Please enter the search related information in the fields below. Partial information works, e.g. "SP-21
" in the "tdoc" field lists all TSG SA documents from 2021. Regular expressions mostly work in all fields (e.g. "2[34].501
" in the "Spec" field lists all documents related to 23.501 and 24.501. Capitalization is disregarded, i.e. "3GPP
" gives the same results as "3gpp
".
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tdoc | Title | Type / Revs | Source | Spec / CR | S/WID | Release | Meeting | Status | Links |
---|---|---|---|---|---|---|---|---|---|
R1-1608561 | Draft Agenda of RAN1#86bis meeting |
agenda revised to R1-1610440 |
RAN1 Chair |
R1-86 AI: 2 |
revised | [WTS] [JSN] | |||
R1-1608562 | Final Report of 3GPP TSG RAN1 #86 v1.0.0 | report | ETSI |
R1-86 AI: 3 |
approved | [WTS] [JSN] | |||
R1-1608563 | Selected highlights from RAN#73 of relevance to RAN1 | other | RAN1 Chair |
R1-86 AI: 4 |
noted | [WTS] [JSN] | |||
R1-1608564 | LS Response on QoS requirements for V2X |
LS in LS is reply to S2-163081 source LS: R2-165773 LS To: SA1, SA2 |
RAN2, Intel | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608565 | LS on Support of CAT 9/10 and CAT 13 |
LS in source LS: R2-165924 LS To: RAN1 |
RAN2, Intel | TEI12 | Rel-12 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608566 | LS on Exceptional Pool Handling for V2X |
LS in source LS: R2-165962 LS To: RAN1 |
RAN2, OPPO | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608567 | LS on Timing reference for LAA SCell |
LS in source LS: R2-165965 LS To: RAN4 |
RAN2, LGE | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608568 | LS on further mobility enhancements |
LS in source LS: R2-165969 LS To: RAN1, RAN3, RAN4 |
RAN2, ZTE | LTE_eMob-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608569 | LS on RAN2 agreements on FeMBMS |
LS in source LS: R2-165970 LS To: RAN WG1 |
RAN2, Qualcomm | MBMS_LTE_enh2-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608570 | Reply LS on ECID positioning for TDD |
LS in LS is reply to R1-161518 source LS: R2-165974 LS To: RAN1, RAN3, RAN4 |
RAN2, CATT | TEI13 | Rel-13 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608571 | LS on introduction of new UL categories in Rel-13 |
LS in source LS: R2-165975 LS To: RAN |
RAN2, Qualcomm | TEI13 | Rel-13 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608572 | LS on CSI measurement ambiguity in LAA |
LS in source LS: R4-165659 LS To: RAN1 |
RAN4, LGE | LTE_LAA-Perf | Rel-13 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608573 | Response LS on Modelling and simulation of IMT networks for use in sharing and compatibility studies |
LS in LS is reply to LS_EOs_5D_234_temp_125R1 source LS: R4-166674 LS To: RAN |
RAN4, Ericsson | FS_NR_newRAT | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608574 | LS on Characteristics of terrestrial IMT systems for frequency sharing/interference analysis in the frequency range between 24.25 GHz and 86 GHz |
LS in LS is reply to RP-160508 source LS: R4-166734 LS To: RAN |
RAN4, Nokia | FS_NR_newRAT | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608575 | Reply LS on blind detection evaluations |
LS in source LS: R4-166811 LS To: RAN1 |
RAN4, MediaTek | LTE_MUST | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608576 | Reply LS on the feasibility of mobility enhancement solutions |
LS in LS is reply to R2-163135, R2-164565 source LS: R4-166817 LS To: RAN2 |
RAN4, Ericsson, ZTE | LTE_eMob-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608577 | Reply LS on SRS carrier switching interruption time |
LS in LS is reply to R1-163453 source LS: R4-166913 LS To: RAN1 |
RAN4, Huawei | LTE_SRS_switch-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608578 | LS on Measurement gap enhancement |
LS in source LS: R4-167024 LS To: RAN2 |
RAN4, Ericsson, Intel | LTE_meas_gap_enh-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608579 | LS for definition of SSTD measurement |
LS in source LS: R4-167153 LS To: RAN1 |
RAN4, CATT | LTE_SC_enh_dualC | Rel-12 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608580 | LS on on UCG parameters for eMTC |
LS in source LS: R4-167198 LS To: RAN1, RAN2 |
RAN4, Intel | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608581 | LS on LTE Rel-13 UE feature list |
LS in source LS: R4-167200 LS To: RAN2 |
RAN4, Qualcomm, Intel | Rel-13 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | ||
R1-1608582 | Reply LS on QoS requirements for V2X |
LS in LS is reply to R2-165773 source LS: S2-164913 LS To: RAN2 |
SA2, LGE | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608583 | Reply LS on NR requirements |
LS in LS is reply to R2-165967 source LS: RP-161916 LS To: RAN2 |
RAN, ZTE | FS_NG_SReq | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1608584 | Complementary turbo and LDPC codes for NR, motivated by a survey of over 100 ASICs | discussion | AccelerComm Ltd | Rel-15 |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | ||
R1-1608585 | Details on SRS switching-from CC and switching-to CC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1608586 | Other considerations on SRS switching | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1608587 | Power headroom report for SRS switching | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1608588 | DCI design for SRS switching | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.2 |
noted | [WTS] [JSN] | |||
R1-1608589 | Details on collision handling for SRS switching | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1608590 | Details on SRS switching for UEs with multiple antennas | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.4 |
available | [WTS] [JSN] | |||
R1-1608591 | Resource allocation in partial coverage | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1608592 | Congestion control for V2V | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608593 | Coexistence of cellular and V2V services | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1608594 | Coexistence of 802.11p and V2V services | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.3 |
noted | [WTS] [JSN] | |||
R1-1608595 | SPS enhancement for V2V mode 1 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608596 | SPS enhancement for V2X on Uu interface | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608597 | Overview of advanced CSI feedback for LTE | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1608598 | Interference measurement enhancement in LTE Rel-14 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1608599 | Uplink channel design for quantized/un-quantized channel representation | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | |||
R1-1608600 | Discussion on non-precoded CSI-RS up to 32 CSI-RS ports | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1608601 | Enhancement on rate matching for different transmission modes | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1608602 | On IFDMA based DMRS design | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1608603 | Downlink control signaling design to support IFDMA based DMRS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1608604 | Discussion on power ratios for MUST Case 1&2 |
other revised to R1-1610802 |
Huawei, HiSilicon |
R1-86 AI: 7.2.3.1 |
revised | [WTS] [JSN] | |||
R1-1608605 | DCI design for MUST Case 1&2 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1608606 | Discussion on VoLTE coverage enhancement | other | Huawei, HiSilicon |
R1-86 AI: 7.2.12 |
noted | [WTS] [JSN] | |||
R1-1608607 | Further Discussion on Scheduling and HARQ Timing for PUSCH on UpPTS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.7 |
noted | [WTS] [JSN] | |||
R1-1608608 | Transmission of PUSCH on UpPTS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1608609 | TP for 36.741 on definition and classification of non-coherent JT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.13 |
available | [WTS] [JSN] | |||
R1-1608610 | Potential enhancements and specification impact analysis of non-coherent JT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | |||
R1-1608611 | Potential enhancements and specification impacts for CS/CB with FD-MIMO | other | Huawei, HiSilicon |
R1-86 AI: 7.2.13.2 |
noted | [WTS] [JSN] | |||
R1-1608612 | Discussion on configuration of SC-MTCH in NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1608613 | Discussion on SC-MTCH transmission in NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608614 | Discussion on NPDCCH search space for multicast in NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608615 | Discussion on collision handling for multicast in NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608616 | Discussion on acknowledgement of SC-MTCH transmission in NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608617 | On reusing existing downlink signals for NB-IoT downlink positioning | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608618 | Design of new downlink positioning reference signal for NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608619 | Configuration of downlink positioning reference signal for NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1608620 | Evaluation of downlink positioning accuracy for NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.2 |
available | [WTS] [JSN] | |||
R1-1608621 | Analysis of power consumption and complexity for NB-IoT downlink positioning | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.2 |
available | [WTS] [JSN] | |||
R1-1608622 | On enabling and disabling of wider bandwidth in FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1608623 | Considerations on the control channel of supporting wider bandwidth in FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | |||
R1-1608624 | DCI design on supporting wider bandwidth in FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | |||
R1-1608625 | On supporting larger channel bandwidth for Rel-14 non-BL UEs in CE mode A | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1608626 | On supporting larger TBS for UEs with maximum 1.4 MHz bandwidth in TDD/HD-FDD | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1608627 | On supporting larger TBS for UEs with larger bandwidth | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1608628 | Consideration on SC-PTM transmission for FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1608629 | Analysis on increasing DL HARQ processes in CE mode A for FD-FDD | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1608630 | HARQ-ACK bundling in HD-FDD | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1608631 | Discussion on sTTI structure | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1608632 | Discussion on CRS based sPDCCH | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608633 | Discussion on DMRS-based sPDCCH | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608634 | Details of two-level DCI schemes for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608635 | Discussion on DCI design for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608636 | Discussion on sPDSCH design | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608637 | Discussion on sPUCCH design | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608638 | Discussion on sPUSCH design | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608639 | UCI on sPUSCH | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608640 | Handling collision between sTTI and 1ms TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608641 | Discussion on UL RS for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608642 | Discussion on CSI feedback for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1608643 | Processing time reduction and related procedures for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1608644 | Design on shortened processing time for 1ms TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608645 | Performance evaluation of short TTI vs. 1ms TTI with processing time reduction | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608646 | TDD-specific design for short TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1608647 | On reusing existing uplink signals for NB-IoT uplink positioning | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1608648 | On 2 HARQ processes for enhancement of NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | |||
R1-1608649 | Discussion on the P-UE resource selection | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608650 | DCI design for sidelink SPS scheduling | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608651 | Discussion on sync priority and SLSS ID set definition | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608652 | Discussion on PSBCH contents and SLSS transmission procedure | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608653 | Discussion on CA issues for shortened TTI operation | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608654 | Processing time reduction and related HARQ timings with 1ms TTI for FS2 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608655 | SRS enhancement to supporting higher data rates | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1608656 | Discussion on sPUCCH resource for shortened TTI | other | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608657 | Sidelink synchronization enhancement for V2X communication | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608658 | Discussion on the necessity of differentiating P-UE and V-UE | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.2.3 |
available | [WTS] [JSN] | |||
R1-1608659 | Discussion on UL CWS adjustment for eLAA | other | Huawei, HiSilicon |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1608660 | Unified MIMO framework for NR above and below 6GHz | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4 |
available | [WTS] [JSN] | |||
R1-1608661 | Summary of [86-20] email discussion on MIMO calibration for NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.5 |
noted | [WTS] [JSN] | |||
R1-1608662 | Phase 1 calibration results for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1608663 | Calibration and evaluation assumptions for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1608664 | High level views on beam management for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1608665 | Beam grouping for beam management |
other revised to R1-1610437 |
ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
revised | [WTS] [JSN] | |||
R1-1608666 | Discussion on beamforming procedure considering high frequency channel characteristics | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1608667 | Discussion on methods of determining Tx and Rx beams for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1608668 | Discussion on interference issues in NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608669 | Discussion on UL MIMO transmission for NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608670 | Discussion on DL MIMO transmission for NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608671 | Beam selection and CSI acquisition for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1608672 | Advanced CSI measurement and reporting framework for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1608673 | Discussion on demodulation reference signal for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1608674 | Discussion on measurement related reference signal for NR-MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1608675 | On Quasi-Co-Location/Beam for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1608676 | Discussion on Control Channel Design for NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1608677 | Discussion on Common Control Channel for NR | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1608678 | MUST system performances with different power ratio choices | discussion | ZTE |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1608679 | Specification for Gray mapped composite constellation for MUST | discussion | ZTE |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1608680 | Signaling design for MUST | discussion | ZTE |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1608681 | Discussion and evaluation for MUST Case 3 | discussion | ZTE |
R1-86 AI: 7.2.3.3 |
noted | [WTS] [JSN] | |||
R1-1608682 | Discussion on design of linear combination codebook | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1608683 | Discussion on interference measurement for MU-CSI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1608684 | Feedback mechanism for linear combination based CSI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | |||
R1-1608685 | Port layout and Class A codebook design for 20-32 ports | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1608686 | Enhancements for DMRS-based Semi-Open-Loop Transmission | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | |||
R1-1608687 | Discussion on UL DMRS enhancement for eFD-MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1608688 | Further discussion on non-precoded CSI-RS design for eFD-MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1608689 | Aperiodic CSI-RS for non-precoded CSI-RS | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1608690 | Remaining issues on aperiodic CSI-RS | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1608691 | Remaining issues on Hybrid CSI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1608692 | Potential Enhancement on the Non-coherent JT | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | |||
R1-1608693 | Aperiodic CSI for NR MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1608694 | Initial evaluation results of non-coherent JT | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1608695 | Initial evaluation results for CS/CB | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.13.2 |
available | [WTS] [JSN] | |||
R1-1608696 | Potential enhancements for CS/CB with FD-MIMO | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.13.2 |
available | [WTS] [JSN] | |||
R1-1608697 | OTDOA design for NB-IoT | discussion | Ericsson |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608698 | OTDOA performance for NB-IoT | discussion | Ericsson |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608699 | A new system simulator for NB-IoT positioning |
discussion revised to R1-1610434 |
Ericsson |
R1-86 AI: 7.2.9.1.1 |
revised | [WTS] [JSN] | |||
R1-1608700 | On modelling of NPRACH based UTDOA performance | discussion | Ericsson |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1608701 | On NPRACH based UTDOA impact on NB-IOT performance | discussion | Ericsson |
R1-86 AI: 7.2.9.1.3 |
available | [WTS] [JSN] | |||
R1-1608702 | On NPRACH based UTDOA capacity | discussion | Ericsson |
R1-86 AI: 7.2.9.1.3 |
available | [WTS] [JSN] | |||
R1-1608703 | L1 configuration for multicast support for NB-IoT | discussion | Ericsson |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1608704 | NB-IoT Paging on non-anchor PRBs | discussion | Ericsson |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1608705 | NB-IoT Paging Capacity | discussion | Ericsson |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1608706 | CR on 36.211 NB-IoT PDSCH symbol mapping | CR | Ericsson | 36.211 13.3.0 CR#292 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
not pursued | [WTS] [JSN] |
R1-1608707 | CR on 36.213 NB-IoT Type1 and Type 2 search space definition |
CR revised to R1-1610733 |
Ericsson | 36.213 13.3.0 CR#751 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] |
R1-1608708 | Optimized PAPR/CM SC-CPS Waveform and Further Results | other | Idaho National Laboratory | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.1.1 |
withdrawn | [WTS] [JSN] | |
R1-1608709 | Optimized PAPR/CM SC-CPS Waveform and Further Results | other | Idaho National Laboratory | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |
R1-1608710 | Frame Structure for Ultra-Low Latency Scheduled-based UL Access | other | Idaho National Laboratory | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |
R1-1608711 | Common signal/information allocation for initial access and mobility | discussion | Mitsubishi Electric Corp |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608712 | RACH preamble transmission | discussion | Mitsubishi Electric Corp |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1608713 | Correction to DMRS for MPDCCH associated with P-RNTI | draftCR | Virtuosys Limited | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
withdrawn | [WTS] [JSN] | |
R1-1608714 | PSSCH/PSBCH decoding issue |
discussion revised to R1-1610461 |
CATT | Rel-14 |
R1-86 AI: 7.1.8 |
revised | [WTS] [JSN] | ||
R1-1608715 | Discussion on randomization on DMRS | discussion | CATT | Rel-14 |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | ||
R1-1608716 | Discussion on details of resource reselection | discussion | CATT | Rel-14 |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | ||
R1-1608717 | Correction on SSTD definition | CR | CATT | 36.214 13.3.0 CR#39 catF | LTE_SC_enh_dualC-Core | Rel-13 |
R1-86 AI: 7.1.9 |
agreed | [WTS] [JSN] |
R1-1608718 | DCI design to support multiple SPS configurations |
discussion revised to R1-1610556 |
CATT | Rel-14 |
R1-86 AI: 7.2.1.1.1 |
revised | [WTS] [JSN] | ||
R1-1608719 | Discussion on P-UE resource selection | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608720 | Measurement metric for the congestion level in V2X | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | ||
R1-1608721 | Synchronization enhancements in PC5-based V2V | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | ||
R1-1608722 | Multiplexing V2V with other signals/channels | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | ||
R1-1608723 | On Prioritization of SL TX for V2X under eNB management | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | ||
R1-1608724 | Considerations on advanced CSI reporting | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1608725 | Aperiodic CSI-IM for interference measurement enhancement | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.1.2 |
noted | [WTS] [JSN] | ||
R1-1608726 | Codebook design for advanced CSI reporting | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1608727 | Non-precoded CSI-RS codebook for 20-32 ports | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | ||
R1-1608728 | CSI feedback and PDSCH transmission for open-loop MIMO | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | ||
R1-1608729 | Consideration on UL DMRS enhancements | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | ||
R1-1608730 | Enhanced non-precoded CSI-RS with CDM-8 | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1608731 | Enhanced non-precoded CSI-RS with CDM-2/4 | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1608732 | Density reduction for class A CSI-RS with 20-32 ports | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1608733 | Remaining issues on aperiodic CSI-RS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1608734 | PDSCH rate-matching for aperiodic CSI-RS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1608735 | Density reduction for beamformed CSI-RS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1608736 | On QCL for aperiodic CSI-RS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1608737 | On remaining issues on hybrid CSI-RS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | ||
R1-1608738 | Support of downlink superposition transmission | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | ||
R1-1608739 | On SRS carrier switching with antenna switching | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.5.4 |
available | [WTS] [JSN] | ||
R1-1608740 | Remaining issues for PUSCH support in UpPTS | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | ||
R1-1608741 | HARQ and scheduling timing design for LTE processing timing reduction with 1ms TTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | ||
R1-1608742 | On sDCI design | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608743 | Design of sPDCCH structure | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608744 | Other issues for sPDCCH design | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608745 | DL/UL sTTI partition | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608746 | DMRS design for sPUSCH | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608747 | DMRS design for DL sTTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608748 | On efficient multiplexing of normal TTI and sTTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608749 | Discussion on UL sTTI operation | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608750 | sPUCCH design for sTTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608751 | Discussion on the simultaneous transmissions of (s)PUCCH and (s)PUSCH | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608752 | UCI transmission for LTE sTTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608753 | Implicit HARQ and scheduling timing design for LTE sTTI | discussion | CATT | Rel-14 |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | ||
R1-1608754 | Explicit HARQ and scheduling timing design for LTE shorten TTI |
discussion revised to R1-1610444 |
CATT | Rel-14 |
R1-86 AI: 7.2.10.2.2 |
revised | [WTS] [JSN] | ||
R1-1608755 | LLS results of PDMA with realistic channel estimation | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608756 | SLS results of PDMA | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608757 | Consideration on grant-free transmission | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608758 | Discussion on MA for URLLC | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608759 | NR numerology | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | ||
R1-1608760 | NR CP length for different numerologies | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | ||
R1-1608761 | NR symbol alignment and operation in unlicensed spectrum | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | ||
R1-1608762 | Way Forward on UE-specific slot configuration | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608763 | NR Time domain structure: subframe, slot and mini-slot and time interval | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608764 | NR frame structure for multiplexing of URLLC and eMBB traffic | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608765 | NR frequency domain structure: PRB | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608766 | Configurable DL control channel monitoring in NR system design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608767 | On-demand access for UE power saving in NR system design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608768 | Performance of Turbo codes with high speed decoding algorithm for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | ||
R1-1608769 | Discussion on implementation of high speed Turbo decoder for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1608770 | Flexibility evaluation of channel coding schemes for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | ||
R1-1608771 | Evaluation of channel coding schemes for NR control channels | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1608772 | LDPC codes design for eMBB | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1608773 | On beam management procedures | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | ||
R1-1608774 | Design of beam training | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | ||
R1-1608775 | MIMO transmission schemes for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | ||
R1-1608776 | Discussion on UL MIMO for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | ||
R1-1608777 | High-level views on CSI acquisition for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | ||
R1-1608778 | DMRS design for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1608779 | Consideration on SRS transmission for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1608780 | Consideration on CSI-RS transmission for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1608781 | Discussion on phase noise compensation RS for NR | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1608782 | Phase1 calibration for NR MIMO | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.4.5 |
withdrawn | [WTS] [JSN] | ||
R1-1608783 | NR Numerology Agnostic Synchronization Channel Design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1608784 | NR System Bandwidth Agnostic Synchronization Channel Design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1608785 | NR Multi-stage Synchronization Channel Design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1608786 | QCL assumption of NR Synchronization Signals and DM RS of Broadcast Channel | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1608787 | NR RACH Procedure | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | ||
R1-1608788 | NR RACH Preamble Design Consideration | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | ||
R1-1608789 | NR RRM measurements and mobility management | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | ||
R1-1608790 | Interference management for dynamic TDD and flexible duplex | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | ||
R1-1608791 | NR DL control channel design considerations | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1608792 | NR UL control channel design considerations | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1608793 | Principle of DL DCI formats design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1608794 | Principle of UL DCI formats design | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1608795 | NR Scheduling procedure | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | ||
R1-1608796 | NR HARQ operation | discussion | CATT | Rel-14 |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | ||
R1-1608797 | design of HARQ-ACK bundling for HD-FDD | discussion | Sequans Communications | Rel-14 |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | ||
R1-1608798 | on supporting 10 DL HARQ processes | discussion | Sequans Communications | Rel-14 |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | ||
R1-1608799 | VoLTE coverage enhancements | discussion | Sequans Communications | Rel-14 |
R1-86 AI: 7.2.8.4 |
withdrawn | [WTS] [JSN] | ||
R1-1608800 | Discussion on real domain OFDM for mMTC | other | Fujitsu |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608801 | Further LLS results for UL non-orthogonal multiple access |
other revised to R1-1610478 |
Fujitsu |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1608802 | DM-RS considerations for UL non-orthogonal multiple access | other | Fujitsu |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1608803 | Discussion on grant-free transmission for UL multiple access | other | Fujitsu |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608804 | NR Frame structure considerations for low latency TDD operation | other | Fujitsu |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608805 | Discussion on flexible/dynamic TDD | other | Fujitsu |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608806 | Guard period setting in TDD based NR frame structure | other | Fujitsu |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608807 | TDD frame structure with mixed numerology | other | Fujitsu |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608808 | Discussion on subframe design with symbol level alignment | other | Fujitsu |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608809 | Over the air calibration for channel reciprocity in NR MIMO | other | Fujitsu |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1608810 | Discussion on Paging in NR | other | Fujitsu |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1608811 | Discussion on CSI Acquisition for Massive MIMO in NR | other | Fujitsu |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1608812 | Discussion on initial access in NR | other | Fujitsu |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608813 | Discussion on PRACH configuration in NR | other | Fujitsu |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1608814 | DL control channel related to multiplexing eMBB and URLLC | other | Fujitsu |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1608815 | Scheduling and CQI feedback for URLLC | other | Fujitsu |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1608816 | Principles for DL Reference Signal Design and QCL Assumptions | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1608817 | DL RS design for NR CSI acquisition and beam management | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1608818 | Reference signal design for demodulation in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1608819 | Discussion on DL MIMO transmission | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608820 | Discussion on UL MIMO transmission | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608821 | UL power control for NR MIMO | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1608822 | Reference signal design for phase noise compensation in HF | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1608823 | Unified single/multiple beam-based initial access procedure in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5 |
available | [WTS] [JSN] | |||
R1-1608824 | RACH preamble and procedures for unified single/multiple beam based access | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1608825 | Low-complexity filter implementation for f-OFDM | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608826 | Delay analysis for f-OFDM | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608827 | Analysis of guard band for FDM of different numerologies in a NR carrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608828 | Overview of PAPR reduction techniques | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608829 | Uplink coverage performance of OFDM with PAPR reduction for below 6 GHz | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1608830 | Discussion on TRP-to-TRP interference mitigation schemes | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1608831 | Discussion on UE-to-UE interference mitigation schemes | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1608832 | On Support of Aggregation of Carrier on Different Levels | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.4 |
available | [WTS] [JSN] | |||
R1-1608833 | Discussion on time alignment with different CP overhead | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608834 | Discussion on time alignment with the same CP overhead | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608835 | Evaluation on CP types for 60kHz subcarrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608836 | Discussion on time domain structures | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608837 | Discussion on slot and mini-slot | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608838 | Discussion on TDD operation on an unpaired spectrum | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1608839 | Discussion on timing relations for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1608840 | Discussion on uplink control channel design in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1608841 | Support of flexible bandwidth | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608842 | Discussion on blank resources | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608843 | Overview of URLLC support for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1608844 | Support of URLLC in DL | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608845 | Support of URLLC in UL |
other revised to R1-1610737 |
Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
revised | [WTS] [JSN] | |||
R1-1608846 | Synchronization signal design in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608847 | Channel raster and synchronization signal locations | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608848 | UL based RRM measurement and mobility | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608849 | DL based measurement and mobility | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608850 | Views on access procedures for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1608851 | Antenna Structure Impacts on MIMO transmission and codebook design | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608852 | Categorization and analysis of MA schemes | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608853 | Further UL LLS Results | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608854 | Further UL SLS Results | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608855 | Advanced multi-user detectors for grant-free transmissions | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608856 | Further discussion on URLLC evaluation | other | Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1608857 | Remaining issues on panel modeling | other | Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1608858 | Discussion on grant-free versus grant-based transmissions for infrequent small packets | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608859 | The retransmission and HARQ schemes for grant-free | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608860 | Solutions for collisions of MA signatures | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608861 | Resource allocation and management for grant-free UL | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608862 | Polar Code Construction for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1608863 | Evaluation of channel coding schemes for control channel | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608864 | Performance Evaluation for NR Channel Coding |
other revised to R1-1610541 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1608865 | Design aspects of Polar Code/LDPC for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1608866 | Evaluation of LDPC performance | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1608867 | Considerations on performance and spectrum efficiency | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1608868 | Analysis of spectral utilization in a NR carrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608869 | Grant-free Non-orthogonal MA for uplink URLLC | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1608870 | Advanced modulation for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1608871 | On TBCC Generator Polynomials | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608872 | Study of LDPC Codes for Control Channel of NR | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608873 | Study of Polar Codes for Control Channel of NR | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608874 | Performance Comparison of Channel Coding Candidates for Short Block Lengths | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608875 | LDPC Code Design for NR | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1608876 | LDPC Code Performance with Rate Matching | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608877 | On Achieving Low Code Rate with LDPC Codes | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608878 | Updated Survey of Channel Coding Implementations | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608879 | Implementation Consideration of Channel Coding Options for NR | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608880 | UTDOA positioning in NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1608881 | Existing Downlink Signals for OTDOA Positioning in NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608882 | NPRS Design for OTDOA Positioning in NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1608883 | SC-PTM seach space design for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608884 | SC-MCCH transmission for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1608885 | SC-MTCH transmission for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608886 | Random access on non-anchor PRB for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1608887 | Paging on non-anchor PRB for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1608888 | Supporting 2 HARQ processes for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1608889 | Larger maximum TBS for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1608890 | Maximum TBS for FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1608891 | Consideration on supporting larger channel bandwidth for FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1608892 | ACK/NACK Bundling in FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1608893 | Increasing the number of HARQ processes in FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1608894 | SPS Design Considerations | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1608895 | SC-PTM Search Space Considerations | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1608896 | OTDOA enhancements for FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.3 |
noted | [WTS] [JSN] | |||
R1-1608897 | VoLTE performance for Cat-M1 UE | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1608898 | VoLTE enhancements for FeMTC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1608899 | Details of partial sensing by pedestrian UEs | discussion | Sequans Communications |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608900 | Subcarrier spacing design for data and reference signal | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608901 | Discussion of the UE support of multiple numerologies | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608902 | Discussion on subframe structure for NR | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608903 | Discussion of the UE processing time on the support of multiple numerologies and frame structures | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1608904 | Effects of channel reciprocity-based MIMO on frame structure design | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608905 | Discussion on Multi-antenna Scheme | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1608906 | Discussion on multi-beam based synchronization signal and DL broadcast channel for NR | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608907 | DL PHY procedure issues for multi-beam based approaches | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1608908 | On DL HARQ for NR | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1608909 | UE measurement based congestion control | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608910 | Discussion on the GNSS based synchronization | discussion | Guangdong OPPO Mobile Telecom. |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608911 | Discussion on resource sensing and selection for pedestrian UEs | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | ||
R1-1608912 | Considerations for shortened processing time | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | ||
R1-1608913 | Discussion on sPDCCH design for sTTI | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608914 | Discussion on sPUSCH design for sTTI | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608915 | Discussion on DL RS design for sTTI | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | ||
R1-1608916 | Further considerations on waveform configuration | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | ||
R1-1608917 | Considerations on random resource selection | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608918 | Multiple access schemes with considering different UE requirements | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1608919 | Considerations on pre-configured resource for grant-free based UL non-orthogonal MA | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | ||
R1-1608920 | Discussion on numerology of NR | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | ||
R1-1608921 | Code segmentation and CRC issues for LDPC codes | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1608922 | Performance analysis of channel coding schemes for NR | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1608923 | Discussion on UL sounding RS design | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1608924 | Discussion on Synchronization signal design | discussion | Spreadtrum Communications | Rel-14 |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | ||
R1-1608925 | Discussion on duplexing modes in NR | other | Fujitsu |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1608926 | Codebook Design for Class A CSI Reporting up to 32 Ports | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1608927 | DMRS-based Semi-open Loop Schemes for Rank 1 Transmission | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1608928 | Remailing details of UL DMRS Base Sequences with IFDMA | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1608929 | Control Signaling Design for UL DMRS with IFDMA | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1608930 | Considerations of Non-precoded CSI-RS for Class A | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1608931 | Remaining Details of aperiodic CSI-RS and overhead Reduction | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1608932 | Remaining Details of Hybrid CSI Reporting | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1608933 | Discussion and Preliminary Simulation Results of NCJT Case 1 of FeCoMP | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | |||
R1-1608934 | Views on beam management for NR | other | Sony |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1608935 | Evaluation of NU-QAM for NR | other | Sony |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1608936 | Signal Space Diversity Use in NR | other | Sony |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1608937 | Resource Allocation in wide bandwidth feMTC | other | Sony |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1608938 | Considerations on HARQ-ACK Bundling in HD-FDD | other | Sony |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1608939 | Considerations on HARQ Processes in FD-FDD | other | Sony |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1608940 | Multicast Support for feMTC | other | Sony |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1608941 | Multicast Support for eNB-IoT | other | Sony |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1608942 | Multiplexing eMBB and URLLC Transmissions | other | Sony |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1608943 | Interleaver based non-orthogonal multiple access | other | Sony |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608944 | Consideration on NR synchronization signal design | other | Sony |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608945 | Discussion on longer CP lengths | other | Sony |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608946 | Discussion on sPDCCH for shortened TTI | other | Sony |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1608947 | Discussion on details of partial sensing for pedestrian UEs | other | Sony |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608948 | Discussion on details of congestion control | other | Sony |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608949 | CSI feedback for channel reciprocity operation | other | Sony |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1608950 | OTDoA enhancements for feMTC | other | Sony |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1608951 | Sub-carrier spacing considerations for NR DL Synchronization | other | Sony |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608952 | System level performance evaluation for MUSA | discussion | ZTE |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608953 | Link level performance evaluation for MUSA | discussion | ZTE |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608954 | Physical layer abstraction method for MMSE-SIC type receiver | discussion | ZTE |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1608955 | Considerations on the Preamble design for grant-free non-orthogonal MA | discussion | ZTE |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1608956 | Summary of [86-18] email discussion on categorization for NR MA schemes | discussion | ZTE |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1608957 | Multiplexing of eMBB and URLLC | discussion | ZTE |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608958 | On indicating HARQ timing and PUCCH | discussion | ZTE |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1608959 | Fast scheduling and transmission for NR | discussion | ZTE |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1608960 | Remaning issue on system level evaluation assumptions for URLLC | discussion | ZTE |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1608961 | Reference numerology for NR | discussion | ZTE |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608962 | About the support of multiple CP families for NR | discussion | ZTE |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1608963 | About RB grid definition and handling inter-numerology interference in NR | discussion | ZTE |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1608964 | About slot structure and scheduling units for NR | discussion | ZTE |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608965 | Initial Link Level Simulation Results for URLLC | discussion | ZTE |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1608966 | Considerations on sweeping time interval in NR | discussion | ZTE |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608967 | Frequency and Channel Raster Issue in NR | discussion | ZTE |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1608968 | Unified Random Access in NR | discussion | ZTE |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1608969 | On 2-step Random Access Procedure | discussion | ZTE |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1608970 | Idle and connected mode mobility in NR | discussion | ZTE |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608971 | Consideration on the flexibility of LDPC codes for NR | discussion | ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608972 | Consideration on channel coding candidates for NR eMBB | discussion | ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608973 | Evaluation on channel coding candidates for eMBB control channel |
discussion revised to R1-1610659 |
ZTE |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1608974 | Consideration on LDPC design for NR | discussion | ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608975 | Consideration on polar codes for NR | discussion | ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608976 | Consideration on outer codes for NR | discussion | ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1608977 | On the maturity of polar decoders, based on a survey of over 150 hardware implementations | discussion | AccelerComm Ltd | Rel-15 |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | ||
R1-1608978 | Periodic CSI reporting for eLAA | other | Samsung |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1608979 | Draft CR on Periodic CSI report | draftCR | Samsung | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
available | [WTS] [JSN] | |
R1-1608980 | Draft CR on start timing of PUSCH |
draftCR revised to R1-1610475 |
Samsung | LTE_eLAA-Core | Rel-13 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1608981 | PHR reporting for two-step scheduling | other | Samsung |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1608982 | CCA slot and tx-rx/rx-tx switching time | other | Samsung |
R1-86 AI: 7.1.7 |
available | [WTS] [JSN] | |||
R1-1608983 | Further randomization on DMRS and scrambling code | other | Samsung |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1608984 | On resource (re)selection in 36.213 | other | Samsung |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1608985 | Remaining issues on resource exclusion in Step 2 | other | Samsung |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1608986 | Remaining issues on resource reservation | other | Samsung |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1608987 | Support of multiple UL SPS configurations | other | Samsung |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608988 | Remaining details on DCI design for Mode 3 | other | Samsung |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1608989 | Partial sensing for pedestrian UE | other | Samsung |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1608990 | Discussion on congestion control | other | Samsung |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1608991 | Discussion on SLSS based Sidelink synchronization | other | Samsung |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1608992 | Remaining details on resource pool configuration | other | Samsung |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | |||
R1-1608993 | Coexistence of PC5-based V2V operation and legacy Uu operation | other | Samsung |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1608994 | Overall operations for processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608995 | DCI for processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608996 | Fall-back mode operation for processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608997 | Discussion on processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608998 | CSI measurement and reporting for processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1608999 | TDD DL HARQ-ACK feedback procedure for processing time reduction with 1ms TTI | other | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609000 | Overview of sTTI operations | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609001 | sDCI for sTTI operation | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609002 | sPDCCH for 2-symbol sTTI | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609003 | sPDCCH for 1-slot sTTI | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609004 | sPDSCH for 2-symbol/1-slot sTTI | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609005 | sPUCCH for 2-symbol, 4-symbol, 1-slot sTTI | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609006 | sPUSCH for 2-symbol, 4-symbol, 1-slot sTTI | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609007 | TDD-specific issues on sTTI operation | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609008 | Coexistence between 1ms TTI and sTTI operations for DL/UL | other | Samsung |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609009 | Processing time reduction for sTTI operation | other | Samsung |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609010 | Initial evaluation results and enhancements for non-coherent JT | other | Samsung |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1609011 | Initial evaluation results and enhancements for CS/CB with FDMIMO | other | Samsung |
R1-86 AI: 7.2.13.2 |
noted | [WTS] [JSN] | |||
R1-1609012 | Linear combination W1 codebook | other | Samsung |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1609013 | Linear combination W2 codebook | other | Samsung |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609014 | Rank 2 linear combination codebook | other | Samsung |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609015 | Discussions on enhanced interference measurement based on NZP CSI-RS | other | Samsung |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1609016 | Discussion on enhanced MU interference measurement based on DMRS | other | Samsung |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1609017 | Discussions on enhanced interference measurement based on aperiodic IMR | other | Samsung |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1609018 | Discussions on periodic CSI reporting for class A in eFD-MIMO | other | Samsung |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | |||
R1-1609019 | Class A codebook extension and enhancement | other | Samsung |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609020 | Discussions on semi-open-loop transmission in eFD-MIMO | other | Samsung |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1609021 | Simulation results for precoder cycling based on semi-open-loop transmission | other | Samsung |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1609022 | Further discussion on UL DMRS enhancement for eFDMIMO | other | Samsung |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1609023 | Discussions on non-precoded CSI-RS port numbering | other | Samsung |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1609024 | Discussions on CDM-4/-8 for non-precoded CSI-RS | other | Samsung |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1609025 | Discussions on remaining details of rate matching and QCL for aperiodic and multi-shot CSI-RS | other | Samsung |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609026 | Completing aperiodic and “multi-shot” CSI-RS for Rel.14 | other | Samsung |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609027 | Partial port hybrid CSI reporting | other | Samsung |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609028 | Completing mechanism 1 of hybrid CSI for Rel.14 |
other revised to R1-1610424 |
Samsung |
R1-86 AI: 7.2.2.5.2 |
revised | [WTS] [JSN] | |||
R1-1609029 | Configurations for SRS/RACH switching | other | Samsung |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609030 | DCI for SRS Triggering and Power Control | other | Samsung |
R1-86 AI: 7.2.5.2 |
noted | [WTS] [JSN] | |||
R1-1609031 | SRS Collisions due to Carrier Switching | other | Samsung |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609032 | SRS Switching for UE with Multiple Antennas | other | Samsung |
R1-86 AI: 7.2.5.4 |
available | [WTS] [JSN] | |||
R1-1609033 | Discussion on Low PAPR waveform for UL | other | Samsung |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609034 | Evaluation results of Low PAPR waveform | other | Samsung |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609035 | Evaluation results of guard-band supporting methods | other | Samsung |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609036 | Discussion on low PAPR non-orthogonal multiple access | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609037 | Discussion on grant-free based multiple access | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609038 | Collision analysis of grant-free based multiple access | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609039 | Support of HARQ in grant-free based multiple access | other | Samsung |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609040 | Basic channel structure for grant-free based multiple access | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609041 | Link level evaluation results for IGMA | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609042 | System level evaluation results for IGMA | other | Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609043 | Discussion on IGMA under multi-cell environments | other | Samsung |
R1-86 AI: 8.1.1.2 |
withdrawn | [WTS] [JSN] | |||
R1-1609044 | Discussion on guard-band supporting methods | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609045 | RB grid for mixed numerology | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609046 | Number of subcarriers per PRB | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609047 | Support of Different Numerologies for Same Vertical | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609048 | Time Alignment Among Different Numerologies for Same CP Overhead | other | Samsung |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1609049 | Time Alignment Among Different Numerologies for Different CP Overhead | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609050 | Numerology for URLLC | other | Samsung |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1609051 | Consideration on UE capability to process multiple numerologies | other | Samsung |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609052 | Numerology for URLLC | other | Samsung |
R1-86 AI: 8.1.2.1 |
withdrawn | [WTS] [JSN] | |||
R1-1609053 | Time domain structure design | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609054 | FDM for eMBB and URLLC | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609055 | Forward compatibility considerations for joint operation of wireless backhaul and access | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609056 | Multiplexing UL URLLC and eMBB | other | Samsung |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609057 | Evaluation results of eMBB with HARQ retransmission in case of multiplexing eMBB and URLLC | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609058 | Evaluation results of superposition scheme in case of multiplexing eMBB and URLLC | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609059 | Multiplexing URLLC and eMBB in DL | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609060 | Impact on eMBB PDSCH BLER by eMBB puncturing to support URLLC | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609061 | User plane latency evaluation results for URLLC in FDD NR | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609062 | User plane latency evaluation results for URLLC in TDD NR | other | Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609063 | Summary of Channel Coding for NR | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609064 | IR-HARQ Performance of Rate-Compatible Quasi-Cyclic LDPC Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609065 | Length-Compatible Quasi-Cyclic LDPC Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609066 | Decoder Architecture for Length-Compatible Quasi-Cyclic LDPC Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609067 | Evaluation of HW Complexity for Flexible Quasi-Cyclic LDPC Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609068 | Discussion on Maximum Code Block Size | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609069 | Design of Short-Length LDPC Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609070 | Analysis on Trade-off between Performance and Complexity | other | Samsung |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609071 | Cross check results of LDPC code proposal | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609072 | Performance of Short-Length Polar Codes | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609073 | Discussion on latency of channel codes for NR | other | Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609074 | Evaluation Assumptions for NR Modulation Schemes | other | Samsung |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609075 | Discussion on modulation for MIMO | other | Samsung |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609076 | Modulation scheme for interference management in NR | other | Samsung |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609077 | Performance evaluation of MLC with natural mapping for MIMO | other | Samsung |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609078 | Low PAPR modulation and waveform | other | Samsung |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609079 | Discussion on beam management RS | other | Samsung |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609080 | Overview on beam management | other | Samsung |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609081 | Discussion on beam recovery | other | Samsung |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609082 | Impact of beam/channel reciprocity for NR | other | Samsung |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609083 | Discussion on beam switching | other | Samsung |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609084 | DMRS-based spatial multiplexing for DL NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609085 | DMRS-based spatial multiplexing for UL NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609086 | Discussion on transmission schemes, transmission modes and control signaling | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609087 | CSI acquisition for DL NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609088 | CSI acquisition for UL NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609089 | Advanced CSI feedback for NR | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609090 | Simulation results for explicit CSI reporting for NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609091 | Discussions on periodic CSI reporting for NR | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609092 | Discussions on aperiodic CSI reporting for NR | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609093 | Discussions on channel and interference measurements for NR | other | Samsung |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609094 | DMRS Design Aspects for NR | other | Samsung |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609095 | DMRS Design Dependence on numerology | other | Samsung |
R1-86 AI: 8.1.4.4 |
withdrawn | [WTS] [JSN] | |||
R1-1609096 | UL CSI-RS (SRS) design for NR | other | Samsung |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609097 | Further discussions on QCL in NR | other | Samsung |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609098 | Discussions on CSI-RS design for NR MIMO | other | Samsung |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609099 | MIMO LLS calibration results for NR on 4GHz frequency band | discussion | Samsung |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609100 | On the support of compensation of phase rotation in NR | other | Samsung |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609101 | Discussions on NR network coordination | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609102 | Evaluation assumptions for NR network coordination | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609103 | Coordinated interference cancellation for NR | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609104 | Evaluation assumptions for NR coordinated interference cancellation based on advanced receivers | other | Samsung |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609105 | Overview on system information delivery and beam alignment/association | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609106 | Discussion on minimum bandwidth for NR | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609107 | Discussion on beam sweeping for initial access signals | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609108 | Time domain mapping of initial access signals for the multi-beam case | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609109 | Discussion on SI delivery for multi-beam before RACH | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609110 | Initial access design consideration for unified framework | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609111 | Multiplexing of synchronization signals and system information delivery channels for below 6 GHz and above 6 GHz | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609112 | Numerology for synchronization signal | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609113 | Overview on issues on NR downlink synchronization | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609114 | Carrier raster and synchronization signal transmission | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609115 | Discussion on NR paging design | other | Samsung |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609116 | RACH procedure considering flexible UE bandwidth | other | Samsung |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609117 | Discussion on RA procedure | other | Samsung |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609118 | RACH design with and without beam reciprocity | other | Samsung |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609119 | RACH preamble design for NR | other | Samsung |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609120 | NR mobility in idle mode | other | Samsung |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609121 | NR mobility in connected-active mode | other | Samsung |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609122 | Discussion on RS for supporting mobility | other | Samsung |
R1-86 AI: 8.1.5.3 |
withdrawn | [WTS] [JSN] | |||
R1-1609123 | Discussion on hierarchical beam sweeping | other | Samsung |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609124 | Discussion on RS resource mapping for beam measurement | other | Samsung |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609125 | Inter-cell Interference Management for Uncoordinated TDD | other | Samsung |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609126 | Dynamic TDD for latency reduction | other | Samsung |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1609127 | Signaling of Slot Structure | other | Samsung |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609128 | DL Control Channel Design | other | Samsung |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1609129 | UL Control Channel Design | other | Samsung |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609130 | Common Control Signaling | other | Samsung |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609131 | DCI Formats and Contents for NR | other | Samsung |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609132 | UCI Contents for NR | other | Samsung |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609133 | Support of Flexible Scheduling Timing | other | Samsung |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609134 | Number of HARQ Processes | other | Samsung |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609135 | Discussion on UE power consumption reduction | other | Samsung |
R1-86 AI: 8.1.7.3 |
available | [WTS] [JSN] | |||
R1-1609136 | Signaling of Resources for forward compatibility | other | Samsung |
R1-86 AI: 8.1.7.3 |
available | [WTS] [JSN] | |||
R1-1609137 | NR-LTE Coexistence | other | Samsung |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609138 | Carrier Aggregation for NR | other | Samsung |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609139 | Overview of NR Unlicensed Spectrum | other | Samsung |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609140 | Remaining evaluation assumption for dense urban macro with 30GHz frequency | other | Samsung |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1609141 | Discussion on congestion control in distributed scheduling mode | discussion | NEC | LTE_V2X | Rel-14 |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |
R1-1609142 | Discussion on congestion control in eNB scheduling mode | discussion | NEC | LTE_V2X | Rel-14 |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |
R1-1609143 | Discussion on determining timing of sidelink synchronization signals for V2X | discussion | NEC | LTE_V2X | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |
R1-1609144 | New DCI design consideration for MUST | discussion | NEC | LTE_MUST | Rel-14 |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |
R1-1609145 | Discussion on numerology multiplexing for supporting different service requirements | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |
R1-1609146 | Discussion on numerology of synchronisation signals | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |
R1-1609147 | Discussion on NR synchronization signal and essential system information mapping | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |
R1-1609148 | Discussion on backward compatibility for IFDMA based scheme | discussion | NEC | LTE_eFDMIMO | Rel-14 |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |
R1-1609149 | Proposals for CSI-RS with CDM4 | discussion | NEC | LTE_eFDMIMO | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |
R1-1609150 | Proposals for CSI-RS with CDM8 | discussion | NEC | LTE_eFDMIMO | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |
R1-1609151 | Proposals for frame structure | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |
R1-1609152 | Proposals for beamformed synchronization signals | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |
R1-1609153 | Discussion on PSS/SSS/PBCH in numerology multiplexing | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |
R1-1609154 | Larger maximum PDSCH/PUSCH channel bandwidth in CE mode A | discussion | NEC | LTE_MTCe2_L1 | Rel-14 |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |
R1-1609155 | Different Options for HARQ-ACK bundling in CE mode A for HD-FDD | discussion | NEC | LTE_MTCe2_L1 | Rel-14 |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |
R1-1609156 | Retuning Symbols for FeMTC in Rel-14 | discussion | NEC | LTE_MTCe2_L1 | Rel-14 |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | |
R1-1609157 | sPDSCH/sPDCCH with 2-symbol sTTI and 1-slot sTTI | discussion | NEC | LTE_LATRED_L2-Core | Rel-14 |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |
R1-1609158 | Principles of L1/L2 Control Channel Design for NR | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |
R1-1609159 | On Number of subcarriers per PRB for NR | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |
R1-1609160 | Latency Reduction for FS2 with 1-ms TTI | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609161 | Considerations on Asymmetric DL&UL sTTI Length Operations | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1609162 | Simultaneous Transmissions of UL Signals for Shortened TTI Operation | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609163 | On signaling details for flexible DMRS in UL shorter TTI | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609164 | sPUCCH Design for shortened TTI | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609165 | Considerations of slot-level sTTI for FS2 | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609166 | MIMO SLS calibration results for NR on 30GHz frequency band | other | Samsung Electronics Co., Ltd |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609167 | Evaluation scenarios and assumptions for DL mobility at above 6GHz | other | Samsung Electronics Co., Ltd |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1609168 | Discussion on RAN4 LS on CSI measurement ambiguity in LAA | discussion | LG Electronics | LTE_LAA-Perf | Rel-13 |
R1-86 AI: 5 |
noted | [WTS] [JSN] | |
R1-1609169 | Correction on CSI reference resource definition in LAA |
draftCR revised to R1-1611027 |
LG Electronics | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1609170 | Correction on CSI measurement in LAA |
draftCR revised to R1-1610773 |
LG Electronics | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1609171 | Correction on NZP CSI-RS aggregation for Class A |
draftCR revised to R1-1610451 |
LG Electronics, Samsung | LTE_eFDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
revised | [WTS] [JSN] | |
R1-1609172 | Discussion on (E)PDCCH candidate configuration | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | ||
R1-1609173 | Discussion on periodic CSI transmission | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | ||
R1-1609174 | Correction on UL grant reception in ending partial subframe |
draftCR revised to R1-1610456 |
LG Electronics | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609175 | Correction on UL burst scheduling |
draftCR revised to R1-1610775 |
LG Electronics | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609176 | Discussion on minimum portion of remaining resources for PSSCH | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.8 |
withdrawn | [WTS] [JSN] | ||
R1-1609177 | Discussion on power offset for PSCCH | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.8 |
withdrawn | [WTS] [JSN] | ||
R1-1609178 | Corrections on excluding resources within selection window | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | ||
R1-1609179 | Corrections on randomizing PSSCH DM-RS | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | ||
R1-1609180 | Corrections on the set of reserved subframes in SL TM 4 | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | ||
R1-1609181 | Remaining details of UE procedure for sidelink and uplink SPS | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | ||
R1-1609182 | Remaining details of (E)PDCCH design of sidelink and uplink SPS | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.1.2 |
available | [WTS] [JSN] | ||
R1-1609183 | Details of random resource selection for P-UE | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | ||
R1-1609184 | Discussion on partial sensing for P-UEs | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | ||
R1-1609185 | Considerations on the co-channel coexistence of multiple RATs for V2X | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.3 |
noted | [WTS] [JSN] | ||
R1-1609186 | Discussion on support of inter-PLMN for Uu and PC5 | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.4 |
available | [WTS] [JSN] | ||
R1-1609187 | Discussion on congestion control for PC5-based V2X | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | ||
R1-1609188 | Discussion on power cotrol for simultaneous SL TX and WAN TX in different carriers | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.2 |
available | [WTS] [JSN] | ||
R1-1609189 | Remaining issues on synchronization enhancements for V2X | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | ||
R1-1609190 | Time domain multiplexing of V2V subframes and other signals/channels | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | ||
R1-1609191 | Discussion on support of small periodicity resource reservation | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | ||
R1-1609192 | Discussion on prioritizing SL TX over WAN TX | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | ||
R1-1609193 | Performance evaluation on linear combination based CSI | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1609194 | Discussion on feedback mechanism enhancement for advanced CSI | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | ||
R1-1609195 | Discussion on Class A codebook for eFD-MIMO | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | ||
R1-1609196 | Discussion on OL and Semi-OL MIMO | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | ||
R1-1609197 | Remaining details on UL DMRS enhancement | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | ||
R1-1609198 | Remaining details on Non-precoded CSI-RS | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1609199 | Remaining details on beamformed CSI-RS enhancement | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1609200 | Remaining details on Hybrid CSI-RS | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | ||
R1-1609201 | Discussion on power ratio and modulation order | discussion | LG Electronics | LTE_MUST | Rel-14 |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |
R1-1609202 | Discussion on Gray mapping for superposed constellation | discussion | LG Electronics | LTE_MUST | Rel-14 |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |
R1-1609203 | Discussion on Signaling Assistance Information and remaining issues | discussion | LG Electronics | LTE_MUST | Rel-14 |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |
R1-1609204 | Fallback operation for FeMTC | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | ||
R1-1609205 | Larger channel bandwidth for FeMTC | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | ||
R1-1609206 | Multicast support for FeMTC | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | ||
R1-1609207 | OTDOA design for eNB-IoT | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | ||
R1-1609208 | Multicast support for eNB-IoT | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | ||
R1-1609209 | Non-anchor PRB enhancements for eNB-IoT | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | ||
R1-1609210 | Low power UE support for eNB-IoT | discussion | LG Electronics | Rel-14 |
R1-86 AI: 7.2.9.5 |
available | [WTS] [JSN] | ||
R1-1609211 | Remaining issues on shortened processing time for 1ms TTI | discussion | LG Electronics |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609212 | Discussion on shortened processing time for FS2 | discussion | LG Electronics |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609213 | Discussion on CSI feedback for 1ms TTI with shortened processing time | discussion | LG Electronics |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609214 | Discussions on sPDCCH for latency reduction | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609215 | Discussions on sPDSCH for latency reduction | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609216 | sPUCCH for HARQ-ACK in shortened TTI | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609217 | sPUCCH for CSI in shortened TTI | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609218 | Discussion on CA operations for latency reduction | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609219 | Discussion on sTTI designs for UL | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609220 | Shortened processing time for shortened TTI length | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609221 | HARQ timing in shortened TTI | discussion | LG Electronics |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609222 | Discussion on DFT-s-OFDM and CP-OFDM for Uplink | discussion | LG Electronics |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609223 | Further evaluation results of NCMA in UL LLS | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609224 | SLS evaluation results for the NR MA | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609225 | Discussion on the MA evaluations and further considerations | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609226 | Discussion on feedback signaling for grant-free MA | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609227 | On MA resource and MA signature configurations | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609228 | General procedures on grant-free/grant-based MA | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609229 | NoMA scheme based on NCMA | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609230 | Discussion on Non-orthogonal Spreading Sequence and codebooks for NoMA | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609231 | Discussion on 60kHz CP options | discussion | LG Electronics |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609232 | Details on symbol-level alignment | discussion | LG Electronics |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1609233 | Discussion on time-alignment between different CP families | discussion | LG Electronics |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609234 | Discussion on frequency-alignment and resource block structure for different numerologies | discussion | LG Electronics |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609235 | Discussion on subframe/slot/mini-slot | discussion | LG Electronics |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609236 | On multiplexing between eMBB and URLLC | discussion | LG Electronics |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609237 | Discussion on control and data transmssion of URLLC | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609238 | Discussion on multi-carrier operation between LTE and NR | discussion | LG Electronics |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609239 | HARQ of LDPC code for NR | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609240 | Comparison of complexity for turbo and LDPC codes | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609241 | Consideration on implementation of flexible channel decoder | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609242 | Length flexibility of QC-LDPC | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609243 | Channel coding selection of eMBB scenario | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609244 | Control channel coding scheme evaluation | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609245 | Multiple CRC for TBCC list decoding | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609246 | Turbo code enhancement | discussion | LG Electronics |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609247 | Views on NR beam management | discussion | LG Electronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609248 | On the impact of UE rotation | discussion | LG Electronics |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1609249 | Views on NR DL MIMO | discussion | LG Electronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609250 | Views on NR UL MIMO | discussion | LG Electronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609251 | Discussion on semi-OL MIMO for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609252 | Discussion on interference management for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609253 | Views on CSI acquisition for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609254 | Discussion on interference measurement for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1609255 | Discussion on channel reciprocity for NR MIMO | discussion | LG Electronics |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609256 | Discussion on beam coordination and QCL for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609257 | Design considerations on NR CSI-RS | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609258 | Discussion on UL sounding signal design for NR | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609259 | Issues on NR DMRS Design | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609260 | Discussion on NR DMRS Pattern | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609261 | Discussion on Common Phase Error Compensation for Above 6GHz | discussion | LG Electronics |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1609262 | Phase 1 system level calibration results for NR MIMO | discussion | LG Electronics |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609263 | Phase 1 link level calibration results for NR MIMO |
discussion revised to R1-1610939 |
LG Electronics |
R1-86 AI: 8.1.4.5 |
revised | [WTS] [JSN] | |||
R1-1609264 | Issues on NR Initial Access | discussion | LG Electronics |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609265 | Numerology for NR Synchronization Signal | discussion | LG Electronics |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609266 | Discussion on PRACH Preamble Design for NR | discussion | LG Electronics |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609267 | Consideration on RACH Procedure in NR | discussion | LG Electronics |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609268 | Measurement for Mobility and Beam Procedure in NR | discussion | LG Electronics |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609269 | Discussion on flexible duplex operations in NR design |
discussion revised to R1-1610415 |
LG Electronics |
R1-86 AI: 8.1.6.1 |
revised | [WTS] [JSN] | |||
R1-1609270 | Semi-static DL/UL configuration for inter-cell interference coordination/handling | discussion | LG Electronics |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609271 | Interference coordination for flexible duplex operation | discussion | LG Electronics |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609272 | Remaining issues on evaluation assumptions for flexible duplex | discussion | LG Electronics |
R1-86 AI: 8.1.6.2 |
available | [WTS] [JSN] | |||
R1-1609273 | Overall structure of DL control transmission for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1609274 | Discussion on DL control channel design for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609275 | Discussion on common control signaling for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609276 | Structure of control and data multiplexing for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609277 | Discussion on UL control channel design for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609278 | Discussion on support of CA operation in NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609279 | Discussion on UL power control procedure for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.3 |
available | [WTS] [JSN] | |||
R1-1609280 | Discussion on HARQ timing and resource for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609281 | Discussion on scheduling in time domain for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609282 | Discussion on HARQ latency reduction for NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609283 | Discussion on potential HARQ operation in NR | discussion | LG Electronics |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609284 | Discussion on minimum HARQ-ACK and retransmission timing | discussion | LG Electronics |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609285 | Forward compatibility issues considering NR operation in unlicensed spectrum | discussion | LG Electronics |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609286 | On coexistence of NR and LTE | discussion | LG Electronics |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609287 | Forward compatibility issues on mMTC | discussion | LG Electronics |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609288 | MIMO LLS calibration results for NR on 30GHz frequency band |
other revised to R1-1610443 |
Samsung Electronics Co., Ltd |
R1-86 AI: 8.1.4.5 |
revised | [WTS] [JSN] | |||
R1-1609289 | Considerations on multiple anchor PRBs for NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1609290 | Discussion on SL-SPS DCI and cross carrier scheduling | other | CMCC |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609291 | Enhancing interference measurement for MU transmissions | other | CMCC |
R1-86 AI: 7.2.2.1.2 |
noted | [WTS] [JSN] | |||
R1-1609292 | Views on MUST power ratio signaling | other | CMCC |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609293 | On signaling design for MUST case 3 | other | CMCC |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609294 | Discussion on DMRS design for PUSCH in UpPTS | other | CMCC |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1609295 | Discussion on TBS scaling design for PUSCH in UpPTS | other | CMCC |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1609296 | Discussion on TTI bundling for PUSCH in UpPTS | other | CMCC |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1609297 | Discussion on HARQ timing design for PUSCH in UpPTS | other | CMCC |
R1-86 AI: 7.2.7 |
noted | [WTS] [JSN] | |||
R1-1609298 | Discussion on HARQ timing for shortened TTI in TDD | other | CMCC |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609299 | Discussion and evaluation of UL Waveforms | other | CMCC |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609300 | Discussion on multiple access schemes for URLLC | other | CMCC |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609301 | Discussion on phase noise modeling | other | CMCC |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609302 | Discussion on High Mobility Numerology and RS design | other | CMCC |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609303 | Discussion and evaluation of CP design for NR | other | CMCC |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609304 | Discussion on guard period in NR frame structure | other | CMCC |
R1-86 AI: 8.1.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1609305 | Updated System Level Evaluation for NR MIMO | other | CMCC |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609306 | General Requirements on NR MIMO | other | CMCC |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609307 | Considerations on DL CSI acquisition framework of massive MIMO for new radio | other | CMCC |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609308 | Beam Sweeping using Multi-width Beams | other | CMCC |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609309 | RACH in Gradual UE-Specific (GUS) initial access | other | CMCC |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609310 | On multi-beam-based mobility management | other | CMCC |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609311 | Discussion on uplink control channel design for NR | other | CMCC |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609312 | Remaining evaluation details of High Speed Train Scenario | other | CMCC |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1609313 | Numerologies for different carrier frequencies | discussion | KT Corp. |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1609314 | Initial timing and beam acquisition for multi-beam based approach | discussion | KT Corp. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609315 | On maximum TA and EPDCCH support for n+3 timing | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609316 | On support of n+2 timing for 1ms TTI | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609317 | Dynamic fall-back and required scheduling restrictions for 1ms TTI with different processing times | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609318 | On DCI details for 1ms TTI UL asynchronous HARQ | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609319 | Interaction between synchronous and asynchronous UL HARQ for 1ms TTI | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609320 | On processing time reduction between PDSCH transmission and DL HARQ feedback | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609321 | On processing time reduction between UL grant and UL data transmission | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609322 | On DL control channel design for shorter TTI operation | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609323 | On two-level DL control channel design and subframe structure for shorter TTI operation | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609324 | On design of search space for short PDCCH | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609325 | On details of flexible DMRS design for DL shorter TTI | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609326 | Unified Framework for Beam Management and RRM for NR | discussion | MediaTek Inc. |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609327 | CSI framework for multi-beam operation | discussion | MediaTek Inc. |
R1-86 AI: 8.1.4.3 |
withdrawn | [WTS] [JSN] | |||
R1-1609328 | Definition of a Downlink Basic Beacon Unit in the Unified Framework for NR Initial Access | discussion | MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609329 | Synchronization Signal Design in CP-OFDM Based on Time-Frequency Hopping Patterns | discussion | MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609330 | Link level simulation results for NR initial synchronization and cell search |
discussion revised to R1-1610435 |
MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1609331 | System level simulation results for NR initial synchronization and cell search | discussion | MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1609332 | LLS results for GOCA schemes | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609333 | LLS results for RDMA schemes | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609334 | System level evaluation result on RDMA | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609335 | System level evaluation result on GOCA | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609336 | UE considerations on coding combination for NR data channels |
discussion revised to R1-1610419 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1609337 | Implementation considerations on flexible and efficient LDPC decoders |
discussion revised to R1-1610842 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1609338 | Resolving Polar code memory complexity issue |
discussion revised to R1-1610420 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1609339 | Some issues in 1ms TTI with shortened processing time | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609340 | HARQ with shortened processing time for 1ms TTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609341 | Discussion on sPDCCH for sTTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609342 | Discussion on PUCCH design for sTTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609343 | Study on PDSCH transmission in sTTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609344 | Details on timing advance for SRS on TDD CCs without PUSCH | other | Huawei, HiSilicon |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609345 | MUST UE multiplexing and resource allocation | other | Huawei, HiSilicon |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609346 | Inter-PLMN operation on PC5 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609347 | Timing alignment for cross-carrier operation | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609348 | Considerations on increased number of MBSFN subframes | other | Huawei, HiSilicon |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1609349 | Restricted sets of cyclic shifts for PRACH in high speed scenario | other | Huawei |
R1-86 AI: 7.2.11 |
noted | [WTS] [JSN] | |||
R1-1609350 | On the support for legacy UEs in high speed cells | other | Huawei |
R1-86 AI: 7.2.11 |
available | [WTS] [JSN] | |||
R1-1609351 | Further discussion on the same PCI case for E-CID enhancements | other | Huawei, HiSilicon |
R1-86 AI: 7.2.6.3 |
available | [WTS] [JSN] | |||
R1-1609352 | Further discussion on the UE Rx-Tx measurement over multiple serving cells | other | Huawei, HiSilicon |
R1-86 AI: 7.2.6.3 |
available | [WTS] [JSN] | |||
R1-1609353 | Discussion on Gray conversion for MUST Case 1&2 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609354 | Discussion on UCI in PUSCH on UpPTS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1609355 | Simulation results of non-coherent JT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1609356 | Simulation results of CS/CB with FD-MIMO | other | Huawei, HiSilicon |
R1-86 AI: 7.2.13.2 |
available | [WTS] [JSN] | |||
R1-1609357 | On non-anchor carrier paging | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1609358 | Control channel design on supporting SC-PTM in FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1609359 | Discussion on the OTDOA enhancements for FeMTC | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1609360 | Discussion on sensing procedure for PC5 based V2V | other | Huawei, HiSilicon |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609361 | Discussion on UE capability in decoding PSSCH and PSCCH | other | Huawei, HiSilicon |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1609362 | Discussion on sensing window range for PC5 based V2V | other | Huawei, HiSilicon |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609363 | Discussion on resource pool for PC5 based V2V | other | Huawei, HiSilicon |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609364 | Coexistence of cellular and V2V services in partial network coverage | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1609365 | Details for supporting traffic with smaller periodicity on PC5 based V2V | other | Huawei, HiSilicon |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | |||
R1-1609366 | Draft CR on UL CWS adjustment for eLAA in 36.213 |
draftCR revised to R1-1610996 |
Huawei, HiSilicon | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609367 | Draft CR on PHICH operation for eLAA in 36.213 |
draftCR revised to R1-1610458 |
Huawei, HiSilicon | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609368 | Draft CR on energy detection threshold for DL multi-carrier operation for LAA in 36.213 |
draftCR revised to R1-1610462 |
Huawei, HiSilicon | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1609369 | On half duplex enhancements for VoLTE | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1609370 | Evaluations of feMTC OTDOA | other | Huawei, HiSilicon |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1609371 | On larger TBS for enhancement of NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1609372 | DCI formats for enhancement of NB-IoT | other | Huawei, HiSilicon |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1609373 | Discussion on the remaining issues for sidelink power control | other | Huawei, HiSilicon |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609374 | Study on PUSCH transmission in sTTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609375 | Simultaneous transmission and reception in sTTI | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609376 | Processing time reduction and related procedures | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609377 | RSTD measurement and reporting in NB-IoT | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1609378 | A New DFTS-OFDM Compatible Low PAPR Technique for NR Uplink Waveforms | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609379 | Discussion on Beam Training Procedure of NR MIMO | other | Sony |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609380 | Massive MIMO: Channel State Information (CSI) Acquisition in Angular Domain | other | Sony |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609381 | Discussion on DCI options for providing MUST-near UE co-schedule information | other | Sony |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609382 | Evaluation on channel coding candidates for uRLLC and mMTC |
discussion revised to R1-1610660 |
ZTE |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1609383 | Summary of Link level analysis of candidate waveforms for NR | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | ||
R1-1609384 | Network Assisted Waveform Selection for NR | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | ||
R1-1609385 | Link level analysis for channel coding schemes for control channel | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1609386 | NR Frame Structure Design Requirements | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1609387 | Initial Access and Mobility Requirements for NR | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.5 |
available | [WTS] [JSN] | ||
R1-1609388 | Generalized CSI feedback framework for NR MIMO | discussion | AT&T GNS Belgium SPRL | Rel-15 |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | ||
R1-1609389 | On the channel coding scheme for NR | discussion | NEC | FS_NR_newRAT | Rel-15 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |
R1-1609390 | Low PAPR Waveform Design for NR | discussion | IITH |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609391 | Frequency domain NR frame structure | discussion | ETRI |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609392 | Multiplexing of eMBB and URLLC transmissions | discussion | ETRI |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609393 | Discussion on the slot structure in time domain | discussion | ETRI |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609394 | Design of synchronization signal for supporting different numerologies in NR | discussion | ETRI |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609395 | Discussion of DL hybrid beamforming procedure | discussion | Lenovo |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1609396 | Discussion RACH procedure in beamformed scenarios | discussion | Lenovo |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609397 | Discussion on Higher Data Rate for Further eMTC | discussion | Lenovo |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | |||
R1-1609398 | Uplink Grant-free Access for 5G mMTC | discussion | Lenovo |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609399 | Discussion on grant-free based UL transmission | discussion | Lenovo |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609400 | Discussion on retransmission design for grant-free based UL transmission | discussion | Lenovo |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609401 | Discussion on DCI design to support multiple SPS configurations | discussion | Lenovo |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609402 | Discussion on random selection by pedestrian UEs | discussion | Lenovo |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609403 | Correction on the determination of NPDCCH candidates | CR | ITRI | 36.213 13.3.0 CR#746 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1609404 | Correction on the determination of NPDCCH candidates | CR | ITRI | 36.213 14.0.0 CR#747 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1609405 | On the carrier aggregation system supporting shortened TTI operation | discussion | ITRI |
R1-86 AI: 7.2.10.3 |
available | [WTS] [JSN] | |||
R1-1609406 | Discussion on the power headroom reporting for shortened TTI operation | discussion | ITRI |
R1-86 AI: 7.2.10.3 |
available | [WTS] [JSN] | |||
R1-1609407 | Discussion on frequency domain reduced overhead CSI-RS | discussion | ITRI |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609408 | Discussion on beam management procedure | discussion | ITRI |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609409 | Coordinated and uncoordinated operation in inter-PLMN for V2X scenario | discussion | ITRI |
R1-86 AI: 7.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609410 | Discussion prioritization of multiple synchronization sources on sidelink synchronization protocol for V2V communication | discussion | ITRI |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609411 | Enhancement to sidelink synchronization among multiple synchronization sources for V2X communications | discussion | ITRI |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609412 | Discussion measurement metric and report for zone based resource management in V2V service | discussion | ITRI |
R1-86 AI: 7.2.1.5.7 |
available | [WTS] [JSN] | |||
R1-1609413 | Reference Signal design for UL based measurement, CSI acquisition, and beam management | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609414 | Discussion on beam management aspects for DL MIMO | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609415 | Discussion on beam management aspects for UL MIMO | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609416 | Discussion on CSI measurement and reporting | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609417 | Overview of coordination schemes and interference management techniques in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609418 | DL RS design for downlink-based RRM measurement and TRP/beam discovery | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609419 | In-band Tx requirements for FDM of different numerologies in a NR carrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609420 | In-band Rx requirements for FDM of different numerologies in a NR carrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609421 | General discussion on flexible duplex | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6 |
available | [WTS] [JSN] | |||
R1-1609422 | Evaluation of flexible duplex in indoor hotspot scenario | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6.2 |
available | [WTS] [JSN] | |||
R1-1609423 | Evaluation of flexible duplex in dense urban scenario |
other revised to R1-1610634 |
Huawei, HiSilicon |
R1-86 AI: 8.1.6.2 |
revised | [WTS] [JSN] | |||
R1-1609424 | Evaluation of flexible duplex in urban macro scenario | other | Huawei, HiSilicon |
R1-86 AI: 8.1.6.2 |
available | [WTS] [JSN] | |||
R1-1609425 | Discussion on UE behavior on mixed numerology carrier | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609426 | Evaluation on subcarrier spacing and CP types for UL transmission | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609427 | Evaluation and discussion on CP types for above 6GHz | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1609428 | Numerology for 70 GHz and above | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609429 | Discussion on resource block for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609430 | On multiple carrier operation | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609431 | Discussion on short processing delay | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1609432 | Discussion on downlink control channel design | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609433 | Discussion on DC handling for downlink and uplink | other | Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609434 | Discussion on UE power consumption reduction in NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609435 | Control channel design for URLLC | other | Huawei, HiSilicon |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1609436 | Support of multiple numerologies in synchronization signal design | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1609437 | Scenarios and initial evaluation for UL-based RRM measurement and mobility | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1609438 | Initial evaluation results for initial access | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609439 | Further results on channel coding schemes for NR | other | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609440 | Analysis on orthogonal/non-orthogonal basis for advanced CSI feedback | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609441 | Text Proposal of PHY abstraction method for NR MA | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609442 | Summary of email discussion thread 86-15 and 86-17 on SLS calibration for NR MA | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609443 | Summary of preliminary LLS results |
other revised to R1-1610530 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1609444 | Summary of preliminary SLS results |
other revised to R1-1610531 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
withdrawn | [WTS] [JSN] | |||
R1-1609445 | Discussion on MIMO calibration | other | Huawei, HiSilicon |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609446 | Reference signal design for UL grant-free transmission | other | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609447 | Way Forward on Modeling Line-of-Sight Blockage for V2V | other | Huawei, HiSilicon, Volkswagen, Ericsson, General Motors, Vodafone |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609448 | Low frequency assisted high frequency operation on initial access | other | Huawei, HiSilicon |
R1-86 AI: 8.1.5.4 |
available | [WTS] [JSN] | |||
R1-1609449 | Correction on periodic CSI reporting mode 2-1 for Class B FD-MIMO |
draftCR revised to R1-1610428 |
Intel Corporation, ZTE, ZTE Microelectronics | LTE_EBF_FDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
revised | [WTS] [JSN] | |
R1-1609450 | Correction on periodic CSI reporting mode 1-1 for Class B FD-MIMO |
draftCR revised to R1-1610453 |
Intel Corporation, ZTE, ZTE Microelectronics | LTE_EBF_FDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
revised | [WTS] [JSN] | |
R1-1609451 | Correction of PRACH starting subframes for eMTC |
draftCR revised to R1-1610447 |
Intel Corporation | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1609452 | Correction of NPRACH frequency hopping |
draftCR revised to R1-1610756 |
Intel Corporation | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] | |
R1-1609453 | Proposal to align DMRS cyclic shift for PSCCH and PSSCH (Correction to V2V CR - 36.211) | discussion | Intel Corporation |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609454 | Clarification on Resource Selection Procedure (Correction to V2V CR - 36.213) | discussion | Intel Corporation | Rel-14 |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | ||
R1-1609455 | Clarification on CRC value for initialization of PSSCH sidelink scrambling and DMRS sequence generation (Correction to V2V CR - 36.212) | discussion | Intel Corporation |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1609456 | Random resource selection by pedestrian UEs for V2V communication | discussion | Intel Corporation |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609457 | Partial sensing for P2V communication | discussion | Intel Corporation |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609458 | Design considerations on LTE-V2V coexistence with DSRC technology | discussion | Intel Corporation |
R1-86 AI: 7.2.1.3 |
available | [WTS] [JSN] | |||
R1-1609459 | Sidelink congestion control for V2X services | discussion | Intel Corporation |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1609460 | Discussion on V2V synchronization procedure | discussion | Intel Corporation |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609461 | On PSBCH physical layer design for V2V communication | discussion | Intel Corporation |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609462 | Sidelink enhancements to support V2V traffic with smaller periodicity | discussion | Intel Corporation |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | |||
R1-1609463 | On beam combining codebook for Class B FD-MIMO | discussion | Intel Corporation |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609464 | Discussion on advanced CSI feedback | discussion | Intel Corporation |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609465 | Beam broadening for more than 16 antenna ports | discussion | Intel Corporation |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609466 | Discussion on open loop and semi-open loop | discussion | Intel Corporation |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | |||
R1-1609467 | Discussion on UL DM-RS with IFDMA structure | discussion | Intel Corporation |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1609468 | Remaining details on NZP CSI-RS for Class A FD-MIMO | discussion | Intel Corporation |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1609469 | Remaining details on overhead reduction for Class B CSI-RS | discussion | Intel Corporation |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609470 | Potential CRS reductions for further enhanced MBMS carriers | discussion | Intel Corporation |
R1-86 AI: 7.2.4.4 |
available | [WTS] [JSN] | |||
R1-1609471 | PBCH coverage enhancements for further enhanced MBMS carriers | discussion | Intel Corporation |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1609472 | On SRS transmission without PUSCH | discussion | Intel Corporation |
R1-86 AI: 7.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1609473 | Remaing details of SRS triggering with CC switching | discussion | Intel Corporation |
R1-86 AI: 7.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609474 | Collision handling for SRS CC-based switching | discussion | Intel Corporation |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609475 | CRS Usage together with PRS | discussion | Intel Corporation |
R1-86 AI: 7.2.6.1 |
available | [WTS] [JSN] | |||
R1-1609476 | Overall DCI design options for higher data rates for FeMTC | discussion | Intel Corporation |
R1-86 AI: 7.2.8.1 |
available | [WTS] [JSN] | |||
R1-1609477 | Support of larger max TBS for DL and UL | discussion | Intel Corporation |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1609478 | Support of larger max channel bandwidth for PDSCH/PUSCH | discussion | Intel Corporation |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1609479 | SC-PTM for FeMTC | discussion | Intel Corporation |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1609480 | VoLTE enhancements for HD-FDD and TDD UEs | discussion | Intel Corporation |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1609481 | Multicast support for NB-IoT | discussion | Intel Corporation |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1609482 | Enhancements to paging on non-anchor PRBs | discussion | Intel Corporation |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1609483 | Support of two DL and UL processes and larger max TBS values | discussion | Intel Corporation |
R1-86 AI: 7.2.9.4 |
withdrawn | [WTS] [JSN] | |||
R1-1609484 | On reducing processing time for 1ms TTI | discussion | Intel Corporation |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609485 | DCI formats for shorten TTI | discussion | Intel Corporation |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609486 | On sPDCCH design for shoten TTI | discussion | Intel Corporation |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609487 | UL design aspects of TTI shortening | discussion | Intel Corporation |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609488 | On the processing time reduction for latency reduction | discussion | Intel Corporation |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609489 | CSI feedback enhancements for non coherent JT | discussion | Intel Corporation |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1609490 | Control signalling enhancements for non coherent JT | discussion | Intel Corporation |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1609491 | System level evaluation results for non coherent JT | discussion | Intel Corporation |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | |||
R1-1609492 | Enhancements and system level evaluation of CS/CB CoMP for FD-MIMO | discussion | Intel Corporation |
R1-86 AI: 7.2.13.2 |
available | [WTS] [JSN] | |||
R1-1609493 | Single carrier based waveform for high frequency bands above 40 GHz | discussion | Intel Corporation |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609494 | Further discussion on GI-DFT-s-OFDM for high frequency bands above 40 GHz | discussion | Intel Corporation |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609495 | Views on multiple NR waveform proposals for high bands | discussion | Intel Corporation |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609496 | Considerations on NR waveform with improved spectral containment | discussion | Intel Corporation |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609497 | Link-level analysis of UL NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609498 | System-level analysis of UL NOMA schemes |
discussion revised to R1-1610448 |
Intel Corporation |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1609499 | Grant-free UL transmissions in NR | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609500 | On spreading-based NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609501 | DM-RS design and channel estimation for UL NOMA | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609502 | Retransmissions and repetitions for UL grant-free NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609503 | Reference numerology and time alignment | discussion | Intel Corporation |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609504 | Slot and mini-slot numerology and alignment | discussion | Intel Corporation |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609505 | Capability to support multiple numerologies | discussion | Intel Corporation |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609506 | NR physical resource block definition | discussion | Intel Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609507 | Further details on NR slots | discussion | Intel Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609508 | Frame Structure for NR unlicensed operation | discussion | Intel Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609509 | NR frame structure for forward compatibility | discussion | Intel Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609510 | Discussion on mini-slot structure for URLLC | discussion | Intel Corporation |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1609511 | Discussion on Data channel coding for NR | discussion | Intel Corporation |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609512 | Discussion on Control channel coding for NR | discussion | Intel Corporation |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609513 | Modulation schemes for New RAT | discussion | Intel Corporation |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609514 | Reference Signal and Procedure for UE Beam Refinement (BM P-3) | discussion | Intel Corporation |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609515 | On network beam switching and refinement (BM P-2) | discussion | Intel Corporation |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609516 | Beam management for initial and candidate beam discovery (BM P-1) | discussion | Intel Corporation |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609517 | UL beam management | discussion | Intel Corporation |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609518 | Discussion on NR MIMO Transmission Schemes and Transmission Modes | discussion | Intel Corporation |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609519 | Discussion on Beamforming for NR PDCCH | discussion | Intel Corporation |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1609520 | UL subband precoding for NR | discussion | Intel Corporation |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609521 | Discussion on NR CSI framework | discussion | Intel Corporation |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609522 | Discussion on NR CSI configuration | discussion | Intel Corporation |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609523 | Discussion on NR CSI contents | discussion | Intel Corporation |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609524 | Study on QCL of DM-RS antenna ports | discussion | Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609525 | On QCL to support UE beam management | discussion | Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609526 | On the need of QCL for NR | discussion | Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609527 | Discussion on DM-RS design for NR |
discussion revised to R1-1610429 |
Intel Corporation |
R1-86 AI: 8.1.4.4 |
revised | [WTS] [JSN] | |||
R1-1609528 | Discussion on CSI-RS design for NR | discussion | Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609529 | Study of phase noise tracking | discussion | Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609530 | Evaluation results of NR below 6GHz | discussion | Intel Corporation |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609531 | Discussion on UL Power Control | discussion | Intel Corporation |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609532 | Evaluation results of NR above 6GHz | discussion | Intel Corporation |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609533 | Time Advance derivation for non-reciprocal UE | discussion | Intel Corporation |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1609534 | UL control channel mapping in time | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609535 | UCI embedding onto UL shared channel | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609536 | UCI contents and UL control channel formats | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609537 | UL control coverage enhancement | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609538 | Resource allocation for NR uplink control channel | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609539 | On the NR physical control channel | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1609540 | Reference signal design for NR control channel | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609541 | On the transmission schemes of NR physical control channel | discussion | Intel Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609542 | NR HARQ and scheduling timing | discussion | Intel Corporation |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609543 | On HARQ support for URLLC | discussion | Intel Corporation |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1609544 | LTE/NR coexistence | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609545 | Remaining details of URLLC system level evaluation assumptions | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1609546 | On eMBB and URLLC multiplexing | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1609547 | Interference measurement and reporting for MU transmission in FD-MIMO | discussion | ASTRI, TCL | Rel-14 |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | ||
R1-1609548 | DMRS design for non-orthogonal UL multiple access user channel estimation | other | ETRI |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609549 | Comparison of OFDMA vs LSSA system level UL performance |
other revised to R1-1611023 |
ETRI |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1609550 | On the PRB definition: subcarrier number analysis | discussion | MediaTek Inc. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609551 | Reference signal design consideration | discussion | MediaTek Inc. |
R1-86 AI: 8.1.4.4 |
withdrawn | [WTS] [JSN] | |||
R1-1609552 | Introduction of RACHless handover for Further mobility enhancement in LTE | CR | ZTE Corporation | 36.213 14.0.0 CR#748 catB | LTE_eMob-Core | Rel-14 |
R1-86 AI: 7.1.9 |
agreed | [WTS] [JSN] |
R1-1609553 | Discussion on non-orthogonal MA for eMBB | discussion | CATT |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609554 | Views on remaining issues for NR frame structure | discussion | MediaTek Inc. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609555 | Discussion on slot strucutre and channel format | discussion | MediaTek Inc. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609556 | Cross slot scheduling in NR | discussion | MediaTek Inc. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609557 | On techniques for enhanced UE power efficiency | discussion | MediaTek Inc. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609558 | Consideration on NR-PDCCH design | discussion | MediaTek Inc. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609559 | Discussion on UL control channel design | discussion | MediaTek Inc. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609560 | Preconfigured decoding or transmission candidates in NR | discussion | MediaTek Inc. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609561 | Consideration on HARQ mechanism in NR | discussion | MediaTek Inc. |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609562 | Consideration on narrowband anchor based access | discussion | MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609563 | DL Based RRM Measurement for NR | discussion | MediaTek Inc. |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609564 | Implementation-specific UF-OFDM for New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609565 | Specification impact of VoLTE/ViLTE coverage enhancements | discussion | China Telecommunications | Rel-14 |
R1-86 AI: 7.2.12 |
noted | [WTS] [JSN] | ||
R1-1609566 | DCI design for MUST Case 1 and Case 2 | discussion | China Telecommunications | Rel-14 |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | ||
R1-1609567 | On UL Waveforms below 40 GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609568 | Out of band emissions, in-band emissions and EVM requirement considerations for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609569 | [Draft 36.212 CR] Corrections to RV in eLAA DCI definitions |
draftCR revised to R1-1610459 |
Nokia, Alcatel-Lucent Shanghai Bell | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609570 | Signalling design on supporting SPS for slidelink transmission mode 3 | discussion | Panasonic |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609571 | Discussion on channel busy ratio measurement in V2X |
discussion revision of R1-166969 |
Panasonic |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609572 | Discussion on reference signal design for shortened TTI |
discussion revision of R1-166972 |
Panasonic |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609573 | Discussion on multiplexing between sTTI and TTI in the same subframe |
discussion revision of R1-166973 |
Panasonic |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609574 | UL simultaneous transmission between sTTI and TTI |
discussion revision of R1-166968 revised to R1-1612108 |
Panasonic |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609575 | Discussion on single level DCI and two-level DCI |
discussion revision of R1-166966 revised to R1-1612109 |
Panasonic |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609576 | Draft CR on DCI formats related with LAA in TS 36.212 |
draftCR revised to R1-1610463 |
ETRI | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609577 | Draft CR on timing offset field in TS 36.213 | draftCR | ETRI | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |
R1-1609578 | Some simulation results for eMBB | other | CATR |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609579 | Simulation results for control channel | other | CATR |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609580 | Discussion on non-orthogonal multiple access for URLLC usage scenario | other | CATR |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609581 | Initial system level simulation results of new multiple access scheme | other | CATR |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609582 | Selection of eMBB coding scheme | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609583 | Update on eMBB coding performance | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609584 | LDPC link design for eMBB | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609585 | IR HARQ schemes for LDPC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609586 | Discussion on the IR-HARQ support of polar codes | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609587 | Design and performance of polar codes for eMBB | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609588 | False alarm rate of LDPC decoding and CRC requirement | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1609589 | Performance of coding candidates for control channels | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609590 | Polar codes for control channels | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609591 | Reed-Muller and BCH codes for control channels | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609592 | LDPC codes for control channels | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609593 | Evaluation criteria for URLLC/mMTC coding scheme | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609594 | Performance of mMTC and URLLC channel coding candidates | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609595 | Digital Modulation for 5G New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609596 | Waveform Simulation Results for Above 40 GHz |
discussion revised to R1-1610403 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
revised | [WTS] [JSN] | |||
R1-1609597 | Waveform proposal for carrier frequencies beyond 40 GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609598 | Potential for system level gains for low-PAPR waveforms | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609599 | Way forward waveform for carrier frequencies beyond 40 GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Mitsubishi Electric, InterDigital Communications |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609600 | Gray mapped composite constellation of MUST | discussion | MediaTek Inc. |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609601 | Power allocation for CRS based transmission schemes in MUST | discussion | MediaTek Inc. |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609602 | On scheduling restrictions of MUST | discussion | MediaTek Inc. |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609603 | Fallback transmission mode of MUST | discussion | MediaTek Inc. |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609604 | System-level evaluation and design requirements for MUST Case 3 | discussion | MediaTek Inc. |
R1-86 AI: 7.2.3.3 |
noted | [WTS] [JSN] | |||
R1-1609605 | Correction to DMRS for MPDCCH associated with P-RNTI | CR | Virtuosys Limited, Qualcomm Incorporated, Intel Corporation | 36.211 13.3.0 CR#289 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1609606 | on supporting multicast with large TBS | discussion | Sequans Communications | Rel-14 |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | ||
R1-1609607 | Numerology design and link-level simulation results for high speed scenario |
discussion revised to R1-1610426 |
ETRI |
R1-86 AI: 8.1.2.1 |
revised | [WTS] [JSN] | |||
R1-1609608 | Discussion on the subcarrier spacing selection for NR | discussion | ETRI |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609609 | Discussion on time domain frame structure for high speed train scenario with relay for NR | discussion | ETRI |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1609610 | Discussion on the additional RS for NR | discussion | ETRI |
R1-86 AI: 8.1.4.4 |
withdrawn | [WTS] [JSN] | |||
R1-1609611 | Discussion on RACH procedure for high speed train scenario with relay for NR | discussion | ETRI |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609612 | Discussion on usage scenarios for non-orthogonal multiple access | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609613 | Benchmark with NB-IoT with non- orthogonal multiple access | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609614 | NR DL Control Channel Coding Selection from UE Perspectives | discussion | MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609615 | On the set of power ratios for MUST Case 1 and 2 | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1609616 | On standardization of the composite constellations for MUST Case 1 and 2 | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609617 | On signaling for MUST CASE1/2/3 | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609618 | On slots and mini-slots | discussion | Ericsson |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609619 | On downlink control channels | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609620 | On scrambling | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609621 | On carrier bandwidth | discussion | Ericsson |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609622 | On DL HARQ feedback transmission in UL | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609623 | On fast DL HARQ feedback transmission in UL | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609624 | On scheduled DL HARQ feedback transmission in UL | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609625 | On RB structure for mixed numerologies | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609626 | On RB size | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609627 | On supported numerologies | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609628 | On dynamic TDD | discussion | Ericsson |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609629 | On subframes | discussion | Ericsson |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609630 | On UE-specific DC subcarrier in NR | discussion | Ericsson |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1609631 | On timing of downlink control signaling | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609632 | On modulation schemes for NR | discussion | Ericsson |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1609633 | On URLLC characteristics | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609634 | On URLLC design principles | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609635 | On symbol alignment | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609636 | On NR Operation in the 60 GHz Unlicensed Band | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609637 | On channel access mechanisms for NR in unlicensed spectrum | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609638 | Technology components for unlicensed operation | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609639 | On autonomous UL transmissions for NR in unlicensed spectrum | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609640 | Discussion of multi-antenna and highly directional beam-forming for unlicensed operation | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609641 | On Physical Layer Design Policies for Unlicensed Operation of NR | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609642 | On extended CP | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609643 | On UL waveform - discussion | discussion | Ericsson |
R1-86 AI: 8.1.1.1 |
withdrawn | [WTS] [JSN] | |||
R1-1609644 | On UL waveform - evaluation |
discussion revised to R1-1610441 |
Ericsson |
R1-86 AI: 8.1.1.1 |
revised | [WTS] [JSN] | |||
R1-1609645 | On half-subcarrier shift in NR UL | discussion | Ericsson |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609646 | Summarizing the MA findings in the TR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609647 | On MA resources for grant-free transmission | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609648 | Collision handling for grant-free | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609649 | Grant-free retransmission with diversity and combining for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609650 | Receiver considerations on UL MA | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609651 | Non-orthogonal coded access (NOCA) | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609652 | Calibration results for UL grant-free transmission | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609653 | Preamble transmission procedures for the mMTC uplink | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609654 | Link adaptation for grant-free transmissions | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609655 | Relationship between grant-free and grant-based transmission | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609656 | On the symbol level alignment across different subcarrier spacings | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609657 | On the number of subcarriers per PRB | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609658 | Supported numerologies for NR Phase I | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609659 | Guard band arrangement supporting mixed numerology | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609660 | Intra-carrier sub-band for mixed numerology | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609661 | Comparison of ECP and NCP link performance with 60 kHz subcarrier spacing | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609662 | On the subframe and slot strcutures in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609663 | On the mini-slot structures in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609664 | Comparison of slot and mini-slot based approaches for URLLC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609665 | On bandwidth extension solutions in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609666 | On the indication of forward compatibility resources | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609667 | On the unlicensed band operation in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609668 | NR Synchronization signals for idle and connected mode mobility | discussion | Ericsson |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609669 | Overview of synchronization signal design for NR initial access | discussion | Ericsson |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609670 | NR random access procedure | discussion | Ericsson |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609671 | NR PRACH preamble design | discussion | Ericsson |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609672 | NR PRACH preamble evaluations | discussion | Ericsson |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1609673 | NR random-access response design | discussion | Ericsson |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609674 | NR random-access response signal format | discussion | Ericsson |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609675 | NR DL mobility measurement signal design | discussion | Ericsson |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609676 | MBSFN reference signal design | discussion | Ericsson | MBMS_LTE_enh2 | Rel-14 |
R1-86 AI: 7.2.4.2 |
noted | [WTS] [JSN] | |
R1-1609677 | Synchronization and acquisition of system information for FeMBMS carrier | discussion | Ericsson | MBMS_LTE_enh2 | Rel-14 |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |
R1-1609678 | CRS reductions in FeMBMS carrier with less than 100% MBSFN subframes | discussion | Ericsson | MBMS_LTE_enh2 | Rel-14 |
R1-86 AI: 7.2.4.4 |
available | [WTS] [JSN] | |
R1-1609679 | Clarifications about NPRACH configuration parameters | CR | Nokia, Alcatel-Lucent Shanghai Bell | 36.211 13.3.0 CR#290 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
not pursued | [WTS] [JSN] |
R1-1609680 | Clarifications about NPRACH configuration parameters | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.1.6 |
noted | [WTS] [JSN] | |||
R1-1609681 | Discussion on partial sensing of pedestrian UEs | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609682 | Considerations on SC-PTM in NBIoT | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1609683 | Parameters for transmission of SRS in carrier based switching | discussion | Ericsson |
R1-86 AI: 7.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1609684 | UE reporting of interruption time for SRS in carrier based switching | discussion | Ericsson |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609685 | Power control for SRS carrier based switching | discussion | Ericsson |
R1-86 AI: 7.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609686 | General principles for handling interruptions with SRS carrier based switching | discussion | Ericsson |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609687 | PUCCH in SRS carrier switching | discussion | Ericsson |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609688 | PUSCH in SRS carrier switching | discussion | Ericsson |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609689 | SRS switching within the Special subframe | discussion | Ericsson |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609690 | Views on Framework of NR MIMO and Beam Management | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4 |
available | [WTS] [JSN] | |||
R1-1609691 | Beam Management Views and Designs | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609692 | Initial Simulation Results of Beam Search | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609693 | Views on NR MIMO Transmission Schemes | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609694 | Views on NR CSI Acquisition and Report | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1609695 | Views on NR Reference Signal for Beam and CSI measurement | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609696 | Initial NR MIMO Calibration Results |
discussion revised to R1-1610103 |
Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.5.4 |
withdrawn | [WTS] [JSN] | |||
R1-1609697 | Discussion of NR Initial Access | discussion | Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609698 | Remaining numerology related aspects | discussion | Panasonic Corporation |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609699 | Outstanding Physical Layer Structure Details and Receiver Behavior for Sidelink V2V | other | Ericsson |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609700 | Remaining frame structure discussion | discussion | Panasonic Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609701 | NR synchronization signal and DL broadcast signal |
discussion revised to R1-1612229 |
Panasonic Corporation |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609702 | Discussion on the NR mobility | discussion | Panasonic Corporation |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609703 | Antenna pattern at UE/RSU in NR eV2X | other | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609704 | Discussion on NR duplexing |
discussion revised to R1-1612230 |
Panasonic Corporation |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1609705 | Overview on DL control channel design | discussion | Panasonic Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609706 | Timing relation dependency to slots transmission direction indication method | discussion | Panasonic Corporation |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609707 | Autonomous Resource allocation for multiple retransmissions | discussion | Ericsson |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609708 | Discussion of QC-LDPC code design with regular degree-3 for NR | discussion | National Taiwan University |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1609709 | Radio measurements for congestion control for V2X | discussion | Ericsson |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1609710 | Discussion on Coexistence Between Different Technologies for ITS Services | discussion | Ericsson |
R1-86 AI: 7.2.1.3 |
available | [WTS] [JSN] | |||
R1-1609711 | Detection Sequence in LTE-ITS Sidelink for Coexistence with Other Access Technologies | discussion | Ericsson |
R1-86 AI: 7.2.1.3 |
available | [WTS] [JSN] | |||
R1-1609712 | Congestion Control Framework for V2V | discussion | Ericsson |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609713 | Discussions on simulation scenarios of NR eV2X at 63GHz | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609714 | Discussions on traffic model for NR eV2X | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609715 | QCL Issues of Joint Transmission | other | ZTE, ASTRI |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1609716 | On Resource Assignment and Interference Handling for Flexible TDD | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1609717 | Distributed Synchronization Procedure for V2X over PC5 | discussion | Ericsson |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609718 | On the Need for V2V Gaps | discussion | Ericsson |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1609719 | Mechanisms for releasing V2X SPS | discussion | Ericsson |
R1-86 AI: 7.2.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609720 | Receiver Timing Assumptions for V2V SL Operation | discussion | Ericsson |
R1-86 AI: 7.2.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1609721 | Outstanding details of PSBCH for V2V over PC5 | discussion | Ericsson |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609722 | New Radio MIMO Access Procedures |
discussion revised to R1-1610422 |
National Instruments Corp. |
R1-86 AI: 8.1.5 |
revised | [WTS] [JSN] | |||
R1-1609723 | VoLTE coverage enhancement | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.12 |
noted | [WTS] [JSN] | |||
R1-1609724 | Partial sensing for V2P | discussion | Ericsson |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609725 | Over The Air Calibration For Reciprocity Based MIMO | discussion | National Instruments Corp. |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1609726 | Pool design for V2V | discussion | Ericsson |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | |||
R1-1609727 | Pools for V2X | discussion | Ericsson LM |
R1-86 AI: 7.2.1.2 |
available | [WTS] [JSN] | |||
R1-1609728 | Study of PN Models for above 6 GHz with experimental data | discussion | National Instruments Corp. |
R1-86 AI: 8.1.2.1 |
withdrawn | [WTS] [JSN] | |||
R1-1609729 | Outstanding issues for mode-4 resource allocation | discussion | Ericsson |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1609730 | Resource allocation for exceptional pools | discussion | Ericsson |
R1-86 AI: 7.2.1.5.7 |
available | [WTS] [JSN] | |||
R1-1609731 | V2V Signals Transmission Dropping for SLSS Reception | discussion | Ericsson |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609732 | SL-SPS and DCI design for V2X | discussion | Ericsson |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609733 | SLSS/PSBCH and Transmitter Behavior under Congestion Control Restrictions | discussion | Ericsson |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609734 | Support for smaller resource reservation periods in V2X | discussion | Ericsson |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | |||
R1-1609735 | Zero-Header Zero-Tail Random Access Preambles for New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1609736 | Cyclic delay-Doppler shifted M-Sequences for New Radio PRACH | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609737 | Random Access Principles for New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609738 | RACH resource configuration for single-beam and multi-beam operation | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609739 | On the DL control channel structure for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609740 | On the UL control channel structure for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609741 | Input to control channel design from a scheduler perspective | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1609742 | On HARQ/scheduling timing and self-contained operation | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609743 | Enhanced redundancy matching for HARQ transmission | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609744 | HARQ operation for large transport block sizes | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1609745 | Early Hybrid ARQ Feedback for the 5G New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609746 | HARQ Pooling for Carrier Aggregation in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609747 | Punctured Scheduling for Low Latency Transmissions | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609748 | Semi-persistent scheduling for 5G new radio URLLC | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609749 | Pause-Resume Scheduling for Low Latency Transmissions | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609750 | Support for TDM mode | discussion | Ericsson |
R1-86 AI: 7.2.1.5.7 |
withdrawn | [WTS] [JSN] | |||
R1-1609751 | Discussion on UE decoding capabilities | discussion | Ericsson |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609752 | UL-SPS and DCI design for V2X | discussion | Ericsson |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609753 | Update to channel models for eV2X evaluation | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609754 | Beam management principles | discussion | Ericsson |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1609755 | On codewords and layer mapping | discussion | Ericsson |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609756 | On NR MIMO below 6 GHz | discussion | Ericsson |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1609757 | UL MIMO in NR | discussion | Ericsson |
R1-86 AI: 8.1.4.2 |
withdrawn | [WTS] [JSN] | |||
R1-1609758 | Overview of CSI framework for NR | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609759 | On CSI reporting methods in NR | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
withdrawn | [WTS] [JSN] | |||
R1-1609760 | Decoupled CSI framework for NR | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609761 | Details on the unified CSI framework for NR | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609762 | Port combining codebook for NR | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609763 | Aperiodic CSI and CSI-RS resource pooling | discussion | Ericsson |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1609764 | On UL RS for CSI measurements | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609765 | CSI-RS Design | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609766 | Discussion on QCL | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609767 | Demodulation reference signal design principles | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609768 | Frame structure and DMRS positions | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609769 | DMRS density configurations in the time domain | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609770 | DMRS placement configurations | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609771 | On PRB bundling for NR | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609772 | Concatenated block RS design | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609773 | IC friendliness vs configurable DMRS | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1609774 | Channel model for evaluation of Rural scenario | discussion | Ericsson |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1609775 | Path loss model for evaluation of mMTC |
discussion revised to R1-1610436 |
Ericsson |
R1-86 AI: 8.1.8 |
withdrawn | [WTS] [JSN] | |||
R1-1609776 | Correction for O-I modeling for RMa | CR | Ericsson | 38.9 14.1.0 CR#45 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609777 | Draft CR on eLAA UL Multicarrier channel access | draftCR | BROADCOM LIMITED | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
postponed | [WTS] [JSN] | |
R1-1609778 | Further discussions on FB-OFDM | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609779 | Further evaluations on FB-OFDM | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609780 | Text Proposal on TR38.802 for NR waveform | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609781 | Satellite Aspects- Forward Compatibility Consideration | discussion | Dish Network |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1609782 | Introduction of HS-SCCH Order for HS-SCCH DRx feature in enhanced Cell Fach | CR | Qualcomm Europe Inc.(France) | 25.212 13.1.0 CR#344 catB | FACH_DTXDRX-Core | Rel-14 |
R1-86 AI: 6.3.1 |
agreed | [WTS] [JSN] |
R1-1609783 | Transmission Options for the mMTC Grant-Free Uplink | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1609784 | UE Procedures for HS-SCCH DRx feature in enhanced Cell Fach | CR | Qualcomm Europe Inc.(France) | 25.214 13.4.0 CR#758 catB | FACH_DTXDRX-Core | Rel-14 |
R1-86 AI: 6.3.1 |
agreed | [WTS] [JSN] |
R1-1609785 | e-mail discussion summary [86-28] on additional feature calibration | other | Samsung | Rel-14 |
R1-86 AI: 8.2 |
noted | [WTS] [JSN] | ||
R1-1609786 | Comments on Pool Configuration with Random Resource Selection | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609787 | On resource selection for V2P communication | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609788 | On congestion control for PC5-based V2X | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609789 | Enhancements to sidelink synchronization | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609790 | On Prioritization of V2V Sidelink TX over WAN UL TX | other | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1609791 | Proposals for frame format supporting different CP families | discussion | Mitsubishi Electric |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609792 | mmWave UW DFTsOFDM link level evaluation | discussion | Mitsubishi Electric |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609793 | TR25.996_CR_Equation_Numbering | CR | Fraunhofer HHI | 25.996 13.0.0 CR#2 catD | MIMO, TEI13 | Rel-13 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609794 | TR36.814_CR_Equation_Numbering | CR | Fraunhofer HHI | 36.814 9.0.0 CR#1 catD | FS_RAN_LTEA | Rel-9 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609795 | TR36.873_CR_Equation_Numbering | CR | Fraunhofer HHI | 36.873 12.2.0 CR#5 catD | FS_LTE_3D_channel | Rel-12 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609796 | TR38.900_CR_Section_7.5 | CR | Fraunhofer HHI | 38.9 14.1.0 CR#46 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609797 | TR38.900_CR_Section_7.6.2.2 |
CR revised to R1-1610479 |
Fraunhofer HHI | 38.9 14.1.0 CR#47 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
revised | [WTS] [JSN] |
R1-1609798 | TR38.900_CR_Section_7.7.1 | CR | Fraunhofer HHI | 38.9 14.1.0 CR#48 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609799 | TR38.900_CR_Section_8.4 | CR | Fraunhofer HHI | 38.9 14.1.0 CR#49 catD | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1609800 | On unified NR frame structure for different spectrum types | discussion | ZTE | FS_NR_newRAT |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | ||
R1-1609801 | Discussion on grant-free transmission based on sensing | discussion | ZTE | FS_NR_newRAT |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | ||
R1-1609802 | Operation on high frequency band of unlicensed spectrum in NR | discussion | ZTE | FS_NR_newRAT |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | ||
R1-1609803 | Discussion on NR operation in unlicensed spectrum | discussion | ZTE | FS_NR_newRAT |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | ||
R1-1609804 | Scheduling of V2X SPS resources | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | ||
R1-1609805 | Details of random selection by pedestrian UEs | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | ||
R1-1609806 | Details of resource selection using partial sensing by P-UEs | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | ||
R1-1609807 | Co-channel coexistence between DSRC and LTE V2V on same channel | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.3 |
available | [WTS] [JSN] | ||
R1-1609808 | Discussion on congestion control of PC5 carrier | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.5.1 |
available | [WTS] [JSN] | ||
R1-1609809 | Remaining enhancement to sidelink synchronization | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | ||
R1-1609810 | Discussion on smaller periodicity | discussion | ZTE | LTE_V2X-Core |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | ||
R1-1609811 | TP on PSBCH | discussion | ZTE | LTE_SL_V2V-Core |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | ||
R1-1609812 | Discussion on PSD offset with PSCCH and PSSCH | discussion | ZTE | LTE_SL_V2V-Core |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | ||
R1-1609813 | Uplink waveform evaluations and proposals for NR Phase 1 | discussion | Panasonic Corporation |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1609814 | Multiple access schemes for NR phase 1 | discussion | Panasonic Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609815 | Discussion on frequency domain frame structure for NR | discussion | Panasonic Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609816 | Discussion on uplink control channel for NR | discussion | Panasonic Corporation |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609817 | TP on random selection of PSCCH cyclic shift | discussion | ZTE | LTE_SL_V2V-Core |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | ||
R1-1609818 | NR PSS Design for Wideband and Narrowband UEs | discussion | Sierra Wireless, S.A. | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1609819 | Ack Bundling Design Considerations | discussion | Sierra Wireless, S.A. | Rel-14 |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | ||
R1-1609820 | Considerations on short TTI design | other | Mediatek Inc. |
R1-86 AI: 7.2.10.2 |
available | [WTS] [JSN] | |||
R1-1609821 | Considerations on processing time reduction for legacy TTIs | other | Mediatek Inc. |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609822 | UL RS design for short TTI | other | Mediatek Inc. |
R1-86 AI: 7.2.10.2 |
available | [WTS] [JSN] | |||
R1-1609823 | DL DMRS and DCI design for short TTI | other | Mediatek Inc. |
R1-86 AI: 7.2.10.2 |
available | [WTS] [JSN] | |||
R1-1609824 | Correction on SSTD definition | CR | CATT | 36.214 14.0.0 CR#40 catA | LTE_SC_enh_dualC-Core | Rel-14 |
R1-86 AI: 7.1.9 |
agreed | [WTS] [JSN] |
R1-1609825 | OTFS Performance in High Doppler with Varying Subcarrier Spacing | discussion | Cohere Technologies |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609826 | Clarification of number of repetitions of PUCCH |
draftCR revised to R1-1610648 |
ZTE | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1609827 | Clarification on nrs-Power related description |
draftCR revised to R1-1610649 |
ZTE | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] | |
R1-1609828 | Discussion on support of larger PDSCH/PUSCH bandwidth for MTC | discussion | ZTE |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1609829 | Resource allocation for larger PDSCH/PUSCH bandwidth for MTC | discussion | ZTE |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1609830 | Support of HARQ-ACK bundling for MTC | discussion | ZTE |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1609831 | Discussion on Number of DL processes in FD-FDD for MTC | discussion | ZTE |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1609832 | Discussion on multicast support for MTC | discussion | ZTE |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1609833 | Considerations on multicast support for NB-IoT | discussion | ZTE |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1609834 | Considerations on power consumption and latency reduction | discussion | ZTE |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1609835 | OTDOA positioning for NB-IoT | discussion | ZTE |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1609836 | UTDOA positioning for NB-IoT | discussion | ZTE |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1609837 | Discussion for aspects of supporting Low Power class UE for NB-IoT | discussion | ZTE |
R1-86 AI: 7.2.9.5 |
available | [WTS] [JSN] | |||
R1-1609838 | Remaining issues on multiple PRB support for NB-IoT | discussion | ZTE |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1609839 | Discussion on OTDOA support for eMTC | discussion | ZTE |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1609840 | Frequency domain measurement restriction for reduced overhead NZP CSI-RS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1609841 | On Supported CSI-RS Density Values for Class A in eFD-MIMO | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1609842 | Remaining details on aggregation of CSI-RS configurations | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | ||
R1-1609843 | CDM-8 for NZP CSI-RS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | ||
R1-1609844 | Mechanism for Class B overhead reduction | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1609845 | Remaining details of Aperiodic and Multi-shot CSI-RS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1609846 | On Rate Matching for Beamformed CSI-RS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1609847 | QCL for Multi-Shot or Aperiodic CSI-RS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | ||
R1-1609848 | On Cyclic Shifts for UL DMRS with IFDMA | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | ||
R1-1609849 | On RPF, Control Signalling, and Power Boosting for UL DMRS | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | ||
R1-1609850 | On new UL DMRS sequences of lengths 6, 18 and 30 | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | ||
R1-1609851 | Email summary: [86-14] FD-MIMO Port Layouts and Oversampling Factors | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.4 |
noted | [WTS] [JSN] | ||
R1-1609852 | Performance comparison of different antenna port layouts | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | ||
R1-1609853 | Generalized Hybrid CSI Reporting | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | ||
R1-1609854 | Orthogonal vs. non-orthogonal basis for advanced CSI reporting | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | ||
R1-1609855 | Phase and amplitude vs. phase only beam combining for advanced CSI reporting | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1609856 | Performance of Advanced CSI with 4 & 8 Tx Antennas | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1609857 | Support of advanced CSI for CLASS B | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | ||
R1-1609858 | Feedback Mechanisms for Advanced CSI | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | ||
R1-1609859 | Draft LS on Support for Advanced CSI Reporting in Higher Layer Signaling | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | ||
R1-1609860 | On need of interference measurement enhancement in Rel-14 | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.1.2 |
noted | [WTS] [JSN] | ||
R1-1609861 | Details of Semi-Open Loop Transmission | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | ||
R1-1609862 | Semi-Open Loop Transmission Scheme | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | ||
R1-1609863 | Non-Coherent JT Enhancements | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | ||
R1-1609864 | Further results on CS/CB in indoor scenario | other | Ericsson | Rel-14 |
R1-86 AI: 7.2.13.2 |
noted | [WTS] [JSN] | ||
R1-1609865 | Random Resource Selection for Pedestrian UEs | other | Sharp |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1609866 | Further Discussions on Power Efficient Sensing for P-UEs | other | Sharp |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609867 | Further discussion on the change notification of SC-PTM for FeMTC | other | Sharp |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1609868 | Further discussion on change notification of SC-PTM for NB-IoT | other | Sharp |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1609869 | Shortened processing time operation for 1ms TTI | other | Sharp |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609870 | HARQ-ACK feedback for 1ms TTI with reduced processing time | other | Sharp |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1609871 | Association timing for sTTI with different UL and DL lengths | other | Sharp |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609872 | Processing time reduction for TDD with 1-slot sTTI | other | Sharp |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1609873 | Supporting URLLC in NR: Views and Recommendations | other | Sharp |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1609874 | Supporting URLLC in NR: Views and Recommendations | other | Sharp |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609875 | Numerology for DL synchronization in NR | other | Sharp |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609876 | Numerology for PRACH preamble in NR | other | Sharp |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609877 | DL HARQ and UL scheduling timing in NR | other | Sharp |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1609878 | Beam Management for Control Channel | other | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1609879 | Discussion on the design for synchronization signal | other | Shenzhen Coolpad Technologies |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609880 | Discussion on the DL control channel design | other | Shenzhen Coolpad Technologies |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1609881 | Discussion on the DL control channel design | other | Shenzhen Coolpad Technologies |
R1-86 AI: 8.1.7.1 |
withdrawn | [WTS] [JSN] | |||
R1-1609882 | Joint group DCI for SRS switching | discussion | Nokia, Alcatel-Lucent Shanghai Bell | LTE_SRS_switch | Rel-14 |
R1-86 AI: 7.2.5.2 |
available | [WTS] [JSN] | |
R1-1609883 | HARQ timing for PUSCH transmission in special subframe | discussion | Nokia, Alcatel-Lucent Shanghai Bell | LTE_UL_CAP_enh-Core | Rel-14 |
R1-86 AI: 7.2.7 |
noted | [WTS] [JSN] | |
R1-1609884 | HARQ timing for TTI bundling for PUSCH transmission in special subframe | discussion | Nokia, Alcatel-Lucent Shanghai Bell | LTE_UL_CAP_enh-Core | Rel-14 |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |
R1-1609885 | Non-precoded CSI-RS design for eFD-MIMO | discussion | Potevio |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1609886 | Discussion on flexible slot structure with different numerologies | discussion | Potevio |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609887 | Coexistence of CP OFDM and CP DFT-s-OFDM for NR UL | discussion | InterDigital Communications |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609888 | Details of multiple SPS configurations for V2X over Uu | discussion | Potevio |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609889 | Waveform design considerations for carrier frequencies above 40 GHz | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | ||
R1-1609890 | Requirements on Future Railway Mobile Communcation | discussion | ZTE, China Academy of Railway Sciences (CARS), CATR | FS_NR_newRAT |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | ||
R1-1609891 | Interleaved-based MA in Fading and Asynchronous environments | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1609892 | On the Performance of Interleaved-based Multiple Access Schemes | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1609893 | Considerations on UL grant-free transmissions for mMTC | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | ||
R1-1609894 | System level evaluations for multiple CP lengths | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | ||
R1-1609895 | Summary of Channel Coding Simulation Data Sharing |
discussion revised to R1-1610423 |
InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | ||
R1-1609896 | Performance Evaluation of Channel Codes for eMBB Control Channel | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1609897 | Updated LDPC Simulation Data Sharing | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1609898 | Performance Evaluation of Puncturing Schemes for Polar Codes | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1609899 | Interleaver for Polar Codes | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1609900 | Performance Evaluation of Dual Carrier Modulation for New Radio | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | ||
R1-1609901 | Evaluation of Spatial Modulation with Spatial Correlation and Imperfect Channel Estimation | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | ||
R1-1609902 | On Fractional N-ary Modulation for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | ||
R1-1609903 | Partial reciprocity based UL MIMO schemes | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | ||
R1-1609904 | Impact of UE Calibration in a Reciprocity-based UL MIMO Transmission | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4 |
available | [WTS] [JSN] | ||
R1-1609905 | MIMO transmission schemes for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | ||
R1-1609906 | CSI acquisition for NR MIMO | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | ||
R1-1609907 | Consideration of Short Block-length for CQI Feedback for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | ||
R1-1609908 | Considerations on DCI design for shortened TTI | discussion | Beijing Xiaomi Mobile Software |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609909 | Considerations on demodulation RS design for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1609910 | Considerations on measurement RS design for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1609911 | On the need of phase noise correction reference signal | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | ||
R1-1609912 | Unified Control Channel Design for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1609913 | On Non-orthogonal Control Channel Design for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | ||
R1-1609914 | Shortened TTI design | other | Motorola Mobility |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609915 | Multiplexing of Regular TTI and shortened TTI | other | Motorola Mobility |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609916 | CSI aspects of shortened TTI operation | other | Motorola Mobility |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1609917 | Synchronisation signal in NR | other | Motorola Mobility |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1609918 | Random access in NR | other | Motorola Mobility |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1609919 | Flexible frame structure and control signalling for NR | other | Motorola Mobility |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1609920 | Considerations for Initial Synchronization in NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1609921 | Design and performance evaluation for advanced CSI feedback | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1609922 | Advanced CSI feedback for Class B | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1609923 | Support of multi-shot CSI-RS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609924 | Support of aperiodic CSI-RS | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609925 | Discussion on DMRS sequence design | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1609926 | Codebook design for up to 32 CSI-RS ports |
other revised to R1-1610940 |
Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.4 |
revised | [WTS] [JSN] | |||
R1-1609927 | Discussion on Hybrid CSI reporting | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609928 | DMRS based semi-open loop transmission | other | Huawei, HiSilicon |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1609929 | Introduction of PRACH enhancement for high speed scenario | other | Huawei |
R1-86 AI: 7.2.11 |
available | [WTS] [JSN] | |||
R1-1609930 | Discussion on power allocation issue for MUST Case 1&2 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609931 | Simulation results for MUST Case 3 | other | Huawei, HiSilicon |
R1-86 AI: 7.2.3.3 |
noted | [WTS] [JSN] | |||
R1-1609932 | SC-PTM Enhancements for V2X | discussion | MediaTek Inc. |
R1-86 AI: 7.2.1 |
available | [WTS] [JSN] | |||
R1-1609933 | On suitability of Uu transport and PC5 transport for V2X Solutions | discussion | MediaTek Inc. |
R1-86 AI: 7.2.1 |
available | [WTS] [JSN] | |||
R1-1609934 | Draft LS response to 802.11 regarding LAA |
LS out LS is reply to R1-167908 LS To: IEEE 802 LAN/MAN Standards Committee revised to R1-1611031 |
Qualcomm Incorporated | LTE_LAA-Core | Rel-13 |
R1-86 AI: 5 |
revised | [WTS] [JSN] | |
R1-1609935 | Draft LS response to WFA regarding LAA |
LS out LS To: Wi-Fi Alliance |
Qualcomm Incorporated | LTE_LAA-Core | Rel-13 |
R1-86 AI: 5 |
withdrawn | [WTS] [JSN] | |
R1-1609936 | On RAN2 LS on further mobility enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 5 |
noted | [WTS] [JSN] | |||
R1-1609937 | Discussion on periodic and aperiodic CSI reporting in LAA | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.3 |
noted | [WTS] [JSN] | |||
R1-1609938 | Draft CR on aperiodic CSI reporting in LAA | draftCR | Qualcomm Incorporated | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
not pursued | [WTS] [JSN] | |
R1-1609939 | Draft CR clarification on spectral efficiency |
draftCR revised to R1-1610493 |
Qualcomm Incorporated | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1609940 | Draft CR clarification on PUSCH repetition levels | draftCR | Qualcomm Incorporated | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
not pursued | [WTS] [JSN] | |
R1-1609941 | Clarification on i_0 value |
draftCR revised to R1-1610742 |
Qualcomm Incorporated | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1609942 | CR for clarification on A-CSI without hopping |
draftCR revised to R1-1610494 |
Qualcomm Incorporated, Samsung | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1609943 | CR for clarification on NPRACH and NPUSCH collision |
draftCR revised to R1-1610471 |
Qualcomm Incorporated | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] | |
R1-1609944 | Discussion on UL resource allocation for 10MHz eLAA | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609945 | Draft 212 CR on UL resource allocation for 10MHz eLAA | draftCR | Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
postponed | [WTS] [JSN] | |
R1-1609946 | Draft 213 CR on UL resource allocation for 10MHz eLAA | draftCR | Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
postponed | [WTS] [JSN] | |
R1-1609947 | Discussion on trigger monitoring timeline for two stage triggered grants in eLAA | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609948 | Draft CR on trigger monitoring timeline for triggered grants in eLAA |
draftCR revised to R1-1611021 |
Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609949 | Dicussion on simultanoeus transmission on the non-LAA and LAA Scells | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609950 | Draft CR on SRS dropping rules for eLAA | draftCR | Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
postponed | [WTS] [JSN] | |
R1-1609951 | Discussion on RI transmission on PUSCH for LAA Scells | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609952 | Draft CR for RI transmission on PUSCH for LAA Scells |
draftCR revised to R1-1610998 |
Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1609953 | Frame structure and maximum timing advance for eLAA | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609954 | On UE assumptions for UL LBT and start of UL transmission | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1609955 | Remaining issues for V2V | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1609956 | Uplink SPS enhancements for V2X | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.1.1 |
available | [WTS] [JSN] | |||
R1-1609957 | Sensing based resource selection for V2P | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1609958 | Co-channel coexistence for DSRC and LTE-V2V |
discussion revised to R1-1610418 |
Qualcomm Incorporated |
R1-86 AI: 7.2.1.3 |
revised | [WTS] [JSN] | |||
R1-1609959 | Inter-PLMN support for PC5 and Uu | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609960 | Congestion control for V2V | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1609961 | Synchronization Procedure for V2V | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1609962 | Low latency support for V2V | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.5.5 |
available | [WTS] [JSN] | |||
R1-1609963 | Sidelink gap for V2V transmission | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1609964 | Discussion on advanced CSI reporting for eFD-MIMO | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1609965 | Discussion on interference measurement enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.1.2 |
noted | [WTS] [JSN] | |||
R1-1609966 | Discussion on analog CSI feedback | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | |||
R1-1609967 | Non-precoded CSI-RS Codebooks for 20-32 ports | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1609968 | DMRS based semi-OL Transmission schemes and CSI reporting | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1609969 | Remaining details on uplink DMRS enhancements for FD-MIMO | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1609970 | Non-precoded CSI-RS design for up to 32 ports | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1609971 | Discussion on activation and release mechanism for beamformed CSI-RS | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609972 | Remaining details on aperiodic CSI-RS | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609973 | Remaining details on CSI reporting for hybrid CSI-RS | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609974 | Superposition transmissions | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609975 | Power ratio set considerations for MUST | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1609976 | Mechanisms for efficient operation | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609977 | MUST UE pairing with existing CQI feedback | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1609978 | Design options for longer cyclic prefix and link level simulation results | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.4.1 |
noted | [WTS] [JSN] | |||
R1-1609979 | RS pattern for longer CP | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.4.2 |
noted | [WTS] [JSN] | |||
R1-1609980 | Initial acquisition and system information for eMBMS | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1609981 | MBSFN subframes without a unicast control region and cell-specific reference signals | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.4.4 |
noted | [WTS] [JSN] | |||
R1-1609982 | Considerations on further CRS reduction | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.4.4 |
available | [WTS] [JSN] | |||
R1-1609983 | Details for SRS and PRACH switching and transmission | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.5.1 |
available | [WTS] [JSN] | |||
R1-1609984 | DCI design | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.5.2 |
available | [WTS] [JSN] | |||
R1-1609985 | Collision Handling | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.5.3 |
available | [WTS] [JSN] | |||
R1-1609986 | Support of multiple antennas for SRS switching | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.5.4 |
available | [WTS] [JSN] | |||
R1-1609987 | Introduction of UE inter-frequency RSTD calibration accuracy reporting | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.6.1 |
available | [WTS] [JSN] | |||
R1-1609988 | Draft CR 36.211: Additional PRS configuration indices for PRS-based Terrestrial Beacon Systems | draftCR | Qualcomm Incorporated | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.2 |
available | [WTS] [JSN] | |
R1-1609989 | Draft CR 36.213: Introduction of PRS-only transmission points for PRS-based Terrestrial Beacon Systems | draftCR | Qualcomm Incorporated | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.2 |
available | [WTS] [JSN] | |
R1-1609990 | PRS CP length in MBSFN subframes | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.6.2 |
available | [WTS] [JSN] | |||
R1-1609991 | PUSCH in UpPTS | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1609992 | Support of higher data rates | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1609993 | Support of larger data channel bandwidth | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1609994 | Support of HARQ-ACK bundling in HD-FDD | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1609995 | Support of multicast | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1609996 | OTDOA enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1609997 | VoLTE enhancements for eMTC | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1609998 | Paging channel enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.5 |
available | [WTS] [JSN] | |||
R1-1609999 | Power consumption reduction techniques for eMTC | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.8.5 |
available | [WTS] [JSN] | |||
R1-1610000 | Downlink-based narrowband positioning | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1610001 | Uplink-based narrowband positioning | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1610002 | Support of multicast | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610003 | Non-anchor PRB enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1610004 | Support of larger TBS and 2 HARQ processes | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1610005 | Shortened processing time for 1ms TTI for DL | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610006 | Shortened processing time for 1ms TTI for UL | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610007 | Dl design for shortened TTI | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610008 | UL design for shortened TTI | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610009 | Processing time reduction and related procedures for DL | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610010 | Processing time reduction and related procedures for UL | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610011 | TDD-specific design for shortened TTI | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610012 | Link evaluation of DL data transmission under symbol-dependent impact | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.3 |
available | [WTS] [JSN] | |||
R1-1610013 | PRACH enhancements | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.11 |
available | [WTS] [JSN] | |||
R1-1610014 | Coverage emhancement techniques |
discussion revised to R1-1610438 |
Qualcomm Incorporated |
R1-86 AI: 7.2.12 |
revised | [WTS] [JSN] | |||
R1-1610015 | Specification impact of DFTs-OFDM vs OFDM | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610016 | Enhancements for non-coherent JT | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.13.1 |
available | [WTS] [JSN] | |||
R1-1610017 | Enhancements for coordinated scheduling/beamforming with FD-MIMO | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.13.2 |
available | [WTS] [JSN] | |||
R1-1610018 | Clarification on power ramping for NPRACH | discussion | MediaTek Inc. | Rel-13 |
R1-86 AI: 7.1.6 |
noted | [WTS] [JSN] | ||
R1-1610019 | Discussion on SC-PTM for NB-IoT | discussion | MediaTek Inc. | Rel-14 |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | ||
R1-1610020 | Discussion on two HARQ process | discussion | MediaTek Inc. | Rel-14 |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | ||
R1-1610021 | Support of larger Max TBS | discussion | MediaTek Inc. | Rel-14 |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | ||
R1-1610022 | UE support for multiple numerologies for NR |
discussion revision of R1-167328 |
INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |
R1-1610023 | Frame structure for NR | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |
R1-1610024 | On the number of subcarriers per PRB for NR | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |
R1-1610025 | HARQ bundling design for HD-FDD in Rel-14 MTC | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1610026 | Indication of up to 10 HARQ process number for FD-FDD in Rel-14 MTC | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1610027 | Discussion on multicast support for Rel-14 NB-IoT | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610028 | Correction on equation for MPDCCH search space and starting subframe position |
draftCR revised to R1-1610474 |
NTT DOCOMO, INC., Panasonic | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1610029 | MU interference measurement and MU-CQI enhancement | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.1.2 |
noted | [WTS] [JSN] | |||
R1-1610030 | On feedback enhancements to support advanced CSI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.1.3 |
available | [WTS] [JSN] | |||
R1-1610031 | Semi-open-loop MIMO with beamformed CSI-RS | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | |||
R1-1610032 | Low-density CSI-RS and port sharing | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.4 |
available | [WTS] [JSN] | |||
R1-1610033 | Discussion on Resource Sharing of Beamformed CSI-RS | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610034 | CSI Reporting for Hybrid CSI-RS | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1610035 | Discussion on details of pedestrian UE partial sensing | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610036 | Discussion on eNB management of prioritizing V2x SL Tx over WAN Tx | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.1.5.6 |
available | [WTS] [JSN] | |||
R1-1610037 | Multiple SPS support for sidelink and uplink V2X | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610038 | SLSS Enhancements for GNSS based Synchronization | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610039 | Discussion on background sensing | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1610040 | Discussion on power ratios for MUST scheme | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.3.1 |
available | [WTS] [JSN] | |||
R1-1610041 | Discussion on remaining issues and signaling design for DL MUST | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.3.2 |
available | [WTS] [JSN] | |||
R1-1610042 | Views on shortened processing time for 1ms TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.1 |
noted | [WTS] [JSN] | |||
R1-1610043 | HARQ/Scheduling for shortened processing time for 1ms TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610044 | Views on CSI feedback for 1ms TTI with shortened processing time | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610045 | s(E)PDCCH for shortened TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610046 | sPDSCH for shortened TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610047 | sPUCCH for shortened TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610048 | sPUSCH for shortened TTI | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610049 | Views on processing time reduction and related procedures | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610050 | Views on CSI feedback for shortened TTI with reduced processing time | discussion | NTT DOCOMO, INC. |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610051 | On PRB alignment for different NR numerologies | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |
R1-1610052 | Workplan for Study on NR Access Technology | Work Plan | NTT DOCOMO, INC. |
R1-86 AI: 8.1 |
available | [WTS] [JSN] | |||
R1-1610053 | Draft TR 38.802 Study on New Radio (NR) Access Technology - Physical Layer Aspects |
draft TR revised to R1-1610843 |
NTT DOCOMO, INC. | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1 |
revised | [WTS] [JSN] | |
R1-1610054 | Views on UL waveform for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610055 | Wider BW operation for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610056 | Design for RACH preamble for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610057 | Design for RACH procedure for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1610058 | Initial views on DL control channel design | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610059 | Evaluation of LDPC codes for eMBB | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610060 | Evaluation of polar codes for eMBB | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610061 | Frequency-domain aspects of frame structure | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610062 | General Views on Beam Management for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610063 | Discussion on beam management for reciprocity based operation | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610064 | Hybrid Beamforming for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610065 | High order MU-MIMO with TDD channel reciprocity | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610066 | Discussion on frequency selective precoding for Uplink MIMO transmission | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610067 | CSI Acquisition Schemes for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610068 | Codebook design requirement for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610069 | Discussion on CSI acquisition scheme for Uplink MIMO transmission | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610070 | CSI-RS design for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610071 | Initial investigation of the impact of UE movement | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610072 | Phase-1 MIMO calibration results | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610073 | Discussion on initial access design for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610074 | Performance evaluation results on NR synchronization signals |
discussion revised to R1-1610499 |
NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1610075 | Discussion on mobility measurement design for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610076 | Discussion on multiple access for uplink eMBB | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610077 | SLS evaluation on uplink multiple access | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610078 | LLS evaluation on uplink multiple access | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610079 | Views on RS for demodulation and tracking | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610080 | Remaining numerology aspects | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610081 | Time-domain aspects of frame structure | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610082 | Multiplexing mechanism for eMBB and URLLC | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610083 | Initial views on UL control channel design | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610084 | HARQ and scheduling operation for NR | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610085 | Mechanisms for dynamic TDD | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1610086 | Dynamic TDD in dense urban scenario |
discussion revised to R1-1610480 |
NTT DOCOMO, INC. |
R1-86 AI: 8.1.6.2 |
revised | [WTS] [JSN] | |||
R1-1610087 | Initial evaluation results of dynamic TDD | discussion | NTT DOCOMO, INC. |
R1-86 AI: 8.1.6.2 |
noted | [WTS] [JSN] | |||
R1-1610088 | On time alignment between numerologies of different CP overhead | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |
R1-1610089 | DL control channel framework for NR |
discussion revision of R1-167327 |
INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |
R1-1610090 | Scheduling and support of service multiplexing | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |
R1-1610091 | In-band full duplexing in NR | discussion | HTC Corporation |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610092 | Reduced HARQ timing for NR | discussion | HTC Corporation |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610093 | sPDCCH design for short TTI | discussion | HTC Corporation |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610094 | Clarification on a few PUCCH format 4 and 5 related issues in eCA | discussion | Qualcomm Incorporated | Rel-13 |
R1-86 AI: 7.1.2 |
noted | [WTS] [JSN] | ||
R1-1610095 | Discussion on DL multi-antenna transmission schemes | other | CHTTL |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610096 | On sPDCCH Design | discussion | InterDigital Communications |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610097 | On sPDSCH Design | discussion | InterDigital Communications |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610098 | On sPUCCH Design | discussion | InterDigital Communications |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610099 | On sPUSCH Design | discussion | InterDigital Communications |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610100 | Processing Time Reduction for sTTI | discussion | InterDigital Communications |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610101 | Performance evaluation of explicit CSI feedback | discussion | InterDigital Communications |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1610102 | CSI-RS overhead reduction | discussion | InterDigital Communications |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610103 | Initial NR MIMO Calibration Results |
discussion revision of R1-1609696 |
Beijing Xinwei Telecom Techn. |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610104 | A-CSI-RS Impacts on EPDCCH | discussion | InterDigital Communications |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610105 | PDSCH rate-matching for A-CSI-RS | discussion | InterDigital Communications |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610106 | Discussion on power allocation for SC-PTM | discussion | TD Tech, Huawei | Rel-13 |
R1-86 AI: 7.1.9 |
noted | [WTS] [JSN] | ||
R1-1610107 | Precoder flexibility and forward compatibility of CPS-OFDM waveform | discussion | National Taiwan University |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610108 | Evaluation results of CPS-OFDM waveform | discussion | National Taiwan University |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610109 | NR and LTE coexistence assisted by embedded-GFDM | discussion | National Taiwan University |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610110 | Correction on downlink power allocation for SC-PTM |
CR revised to R1-1610901 |
TD Tech, Huawei | 36.213 13.3.0 CR#749 catF | LTE_SC_PTM-Core | Rel-13 |
R1-86 AI: 7.1.9 |
revised | [WTS] [JSN] |
R1-1610111 | Phase I Waveform proposal: CP-OFDM plus DFT-s-OFDM | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610112 | On the impact of beamforming to link budget comparison of DFTs-OFDM and OFDM | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610113 | Coverage analysis of DFT-s-OFDM and OFDM with low PAPR techniques | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610114 | User Multiplexing of DFTs-OFDM and OFDM in uplink | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610115 | UL reference signal design for eMBB with CP-OFDM and DFT-s-OFDM | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610116 | UL waveform considerations for mmW | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610117 | Common PAPR reduction techniques for OFDM / DFT-s-OFDM | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610118 | Link level simulation results for RSMA vs OMA | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610119 | System level simulation results for calibration | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610120 | System level simulation results for proposed multiple access scheme | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610121 | Battery life analysis for grant-free transmission | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610122 | Mixed grant-free and grant based multiple access | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610123 | URLLC numerology and frame structure design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610124 | 60kHz vs. 120kHz vs. 240kHz performance; impact to PN | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610125 | NR RB Size Design: 12 vs 16 | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610126 | Scaled CP vs ECP: delay spread, Doppler and SNR tradeoff study | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610127 | Numerology tradeoff case study | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610128 | Slot structure, control intervals and scheduling intervals | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610129 | Summary of [86-19] Discussion on Slot Structure Use Cases | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1610130 | Scalable Numerology Control Design for NR | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610131 | NR numerology scaling and alignment | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610132 | Advanced frame structure | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610133 | Multi-TTI and size of slot/minislot and impact to mmW | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610134 | Methodology for UE DOU analysis | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610135 | Evaluation of frame structure design for UE power consumption | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610136 | LDPC for EMBB and URLLC | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610137 | LDPC rate compatible design overview | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610138 | Performance of EMBB channel codes with fading | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610139 | Efficient channel coding implementations for EMBB |
discussion revised to R1-1610678 |
Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610140 | LDPC decoding with adjusted min-sum | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610141 | Short blocklength design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610142 | URLLC channel coding |
discussion revised to R1-1610411 |
Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610143 | Erasure coding and HARQ design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610144 | Evaluation assumptions for NR modulation schemes | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1610145 | Beam management for NR | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610146 | Continuous beamforming and initial evluation results | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610147 | DL open-loop MIMO transmission schemes | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610148 | Uplink MIMO transmission schemes | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610149 | Discussion on CSI acquisition | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610150 | Beam reciprocity aspects | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610151 | Views on RS for CSI acquisition | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610152 | Views on DL DMRS | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610153 | Views on RS for control and tracking | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610154 | Phase 1 calibration results for sub6GHz and Phase 2 calibration assumptions | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610155 | Phase 1 calibration results for above 6GHz and Phase 2 calibration assumptions | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610156 | Single beam SYNC design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610157 | Single beam PBCH design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610158 | Revised simulation assumptions and metrics for SYNC evaluatoin | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610159 | Multi-beam SYNC design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610160 | Multi-beam PBCH design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610161 | Multi-beam SYNC evaluation | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610162 | System Information transmission considering different UE BWs | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610163 | Single beam RACH design | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1610164 | Multi-beam RACH design and evaluation |
discussion revised to R1-1610442 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.2 |
revised | [WTS] [JSN] | |||
R1-1610165 | Multi-beam RACH procedure aspects | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1610166 | Updated evaluation results for high speed rural | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
withdrawn | [WTS] [JSN] | |||
R1-1610167 | Comparative Power Analysis between UL and DL-based Mobility |
discussion revised to R1-1610414 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
revised | [WTS] [JSN] | |||
R1-1610168 | DL based mobility DL channels | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610169 | DL based mobility UL channels | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610170 | UL based mobility DL channels | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610171 | UL based mobility UL channels | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610172 | DL mobility in above 6 GHz bands | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610173 | NR DL/UL mobility for active and inactive states | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610174 | Dynamic TDD control interference considerations | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1610175 | Dynamic TDD data interference considerations | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1610176 | Signaling requirements for dynamic TDD | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610177 | DL control channels overview | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610178 | UL control channels overview | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610179 | UCI content | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610180 | Number of HARQ processes | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610181 | DL processing time consideration | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610182 | UL processing time consideration | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610183 | Updated mMTC battery life evaluation assumptions | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610184 | Summary of email discussion on mMTC evaluation path loss calibration | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610185 | Remaining issue for mMTC evaluation assumption | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610186 | Updated URLLC SLS evaluation assumptions | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610187 | EMBB DL bursty data | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610188 | URLLC system capacity and URLLC/eMBB multiplexing efficiency analysis | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610189 | Summary of KP evaluation results for MMW scenarios | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610190 | Impact of initial access design for access/backhaul relay | discussion | Qualcomm Incorporated |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610191 | Scheduling request design for NR | discussion | Intel Corporation | Rel-14 |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | ||
R1-1610192 | Resource assignment and interference handling in TDD NR RAN | discussion | Intel Corporation | Rel-14 |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | ||
R1-1610193 | Considerations on power scaling rules for 2ms+10ms configurations | other | Huawei, HiSilicon |
R1-86 AI: 6.2.2 |
noted | [WTS] [JSN] | |||
R1-1610194 | HS-SCCH order design for TTI switching | other | Huawei, HiSilicon |
R1-86 AI: 6.2.1 |
noted | [WTS] [JSN] | |||
R1-1610195 | Response to RAN2 LS on MC enhancements | other | Huawei, HiSilicon |
R1-86 AI: 6.2.3 |
noted | [WTS] [JSN] | |||
R1-1610196 | Configuration of physical layer parameters for MC enhancements | other | Huawei, HiSilicon |
R1-86 AI: 6.2.3 |
noted | [WTS] [JSN] | |||
R1-1610197 | Correction on CWp adjustment on Type B1 multi-carrier access procedure for Rel-13 LAA |
draftCR revised to R1-1610450 |
WILUS Inc. | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1610198 | Correction on PUSCH RE mapping in case of multiple subframe scheduling | draftCR | WILUS Inc. | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |
R1-1610199 | Correction on handling UL LBT procedure under UE power limited case |
draftCR revised to R1-1610460 |
WILUS Inc. | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610200 | Clarification on channel access priority class according to UL LBT type indication in eLLA DCI | draftCR | WILUS Inc. | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |
R1-1610201 | Discussion on UL Multi-carrier Transmission for eLAA | other | WILUS Inc. |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1610202 | Discussion on Handling UL Multicarrier Transmission under UE power limited case | other | WILUS Inc. |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1610203 | Synchronization in NR considering beam sweeping | discussion | ASUSTEK COMPUTER (SHANGHAI) |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610204 | Impact of multiplexing multiple numerologies on initial access | discussion | ASUSTEK COMPUTER (SHANGHAI) |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610205 | Discussion on resource assignment and interference handling in TDD NR RAN | discussion | Intel Corporation | Rel-14 |
R1-86 AI: 8.1.6.1 |
withdrawn | [WTS] [JSN] | ||
R1-1610206 | Paging Transmission on Non-Anchor PRB | discussion | III |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1610207 | Discussion on System Information Delivery in NR | discussion | III |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610208 | Draft CR for correction on MPDCCH hopping | draftCR | Qualcomm Incorporated | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
available | [WTS] [JSN] | |
R1-1610209 | On simultaneous transmission of periodic and aperiodic CSI in eLAA | discussion | Qualcomm Incorporated |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |||
R1-1610210 | Draft CR on simultaneous transmission of periodic and aperiodic CSI in eLAA | draftCR | Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
available | [WTS] [JSN] | |
R1-1610211 | Way Forward on modulation for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.3.2 |
noted | [WTS] [JSN] | |||
R1-1610212 | On random resource selection for V2P | discussion | Ericsson |
R1-86 AI: 7.2.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610213 | On Low Latency UL Multiple Access in NR | discussion | Ericsson |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610214 | On Synchronization Requirements for Grant-free MA | discussion | Ericsson |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610215 | RSTD Reporting Enhancement in OTDOA |
discussion revision of R1-166952 |
Nokia, Alcatel-Lucent Shanghai Bell | Rel-14 |
R1-86 AI: 7.2.6.1 |
available | [WTS] [JSN] | ||
R1-1610216 | Discussion of PRS-Based Beacon for Indoor Positioning |
discussion revision of R1-166954 revised to R1-1610427 |
Nokia, Alcatel-Lucent Shanghai Bell | UTRA_LTE_iPos_enh2, UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.2 |
revised | [WTS] [JSN] | |
R1-1610217 | Resource assignment for mixed numerologies | discussion | Panasonic |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610218 | Some Considerations on HARQ Feedback Mechanism | discussion | ZTE |
R1-86 AI: 8.1.7.2 |
available | [WTS] [JSN] | |||
R1-1610219 | On Flexible Duplexing and Associated Interference Management Techniques | discussion | Ericsson |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610220 | Considerations on handling wrap-around issue in subframe pool configuration for V2V | other | Innovative Technology Lab Co. |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | |||
R1-1610221 | Support of OTDOA in NB-IoT | other | Innovative Technology Lab Co. |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1610222 | On support of SC-PTM in NB-IoT | other | Innovative Technology Lab Co., KT Corp. |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610223 | PRACH for very high speed scenario | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.11 |
available | [WTS] [JSN] | |||
R1-1610224 | Coexistence of DFTsOFDM and OFDM in UL below 40GHz | discussion | Mitsubishi Electric RCE |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610225 | TR38.900_CR_Section_7.7.5.1 | CR | Mitsubishi Electric Co., Fraunhofer HHI | 38.9 14.1.0 CR#50 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1610226 | CSI acquisition frameworks for NR MU-MIMO | discussion | Mitsubishi Electric Co. |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610227 | Nonlinear precoding schemes for NR MU-MIMO and their specification impact | discussion | Mitsubishi Electric Co. |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610228 | Discussion on time domain structure for CP length | discussion | KDDI Corporation |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610229 | Performance comparison of nonlinear precoding schemes for NR MU-MIMO | discussion | Mitsubishi Electric Co. |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610230 | Discussion on HARQ Process for Slot-based TTI | discussion | ASUSTEK COMPUTER (SHANGHAI) |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610231 | Initial results for Phase 1 link level MIMO calibration for NR | discussion | Mitsubishi Electric Co. |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610232 | UL power control in multi-beam based approaches | discussion | ASUSTEK COMPUTER (SHANGHAI) |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610233 | On introducing the HS-SCCH orders for enabling TTI Switching in Multicarrier Enhancements in UMTS | other | Ericsson |
R1-86 AI: 6.2.1 |
noted | [WTS] [JSN] | |||
R1-1610234 | On Power Scaling and Multicarrier Enhancements for UMTS | other | Ericsson |
R1-86 AI: 6.2.2 |
noted | [WTS] [JSN] | |||
R1-1610235 | On the “Response LS” related to the configuration of DTX along with the Rel-14 Multicarrier Enhancements for UMTS | other | Ericsson |
R1-86 AI: 6.2.3 |
noted | [WTS] [JSN] | |||
R1-1610236 | Primary Carrier Switching for Multicarrier Enhancements in UMTS | other | Ericsson |
R1-86 AI: 6.2.3 |
noted | [WTS] [JSN] | |||
R1-1610237 | An assessment on the potential gains in cell throughput derived from fully applying DTX on the stand alone UL DPCCH transmissions in CELL_FACH | other | Ericsson |
R1-86 AI: 6.3.2 |
noted | [WTS] [JSN] | |||
R1-1610238 | FC-OFDM discussion based on RAN1#86 agreement | discussion | ORANGE |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610239 | On beam management in NR - procedures | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610240 | Beam managemenet - DCI monitoring | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610241 | Beam management - reciprocity issues | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610242 | Frame structure support for DL and UL sweeping subframes | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610243 | On procedures for beam selection and feedback signalling | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610244 | On beam training based on periodic DL signals | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610245 | Beam training based on aperiodic DL signals | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610246 | Increasing beam management robustness at both BS and UE | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610247 | Multi-Beam Common Control Plane Design | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610248 | DRX and Beam Management |
discussion revised to R1-1610405 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
revised | [WTS] [JSN] | |||
R1-1610249 | Initial results on beam management | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610250 | Scalability of MIMO operation across NR carrier frequencies | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610251 | On simultaneous reception of single-beam and multi-beam uplink | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610252 | Unified MIMO transmission mode for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610253 | Decoupled Control and Data for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610254 | High-level principles for beam coordination and Link Adaptation in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610255 | Non-coherent Multi-node Transmission for URLLC in the 5G New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610256 | On the support of transmit diversity in NR for data and control channels | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610257 | UL MIMO transmission in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610258 | On the support for frequency selectiove precoding in UL MIMO | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610259 | SU-MIMO Performance Characteristics in UMa 30GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610260 | MU-MIMO Performance Characteristics in UMa 30GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610261 | Uplink SU-MIMO Performance Characteristics in 5G-UMa 4GHz | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610262 | Coverage Enhancement Opportunities at High Carrier Frequencies | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610263 | Network Coordination to support advanced receivers | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610264 | CSI feedback types in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610265 | Explicit feedback options in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610266 | On the CSI reporting in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610267 | On the CSI timing relationhips | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610268 | On the channel and interference estimation in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.3 |
available | [WTS] [JSN] | |||
R1-1610269 | Reference symbols supporting CSI acquisition framework | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610270 | Flexible CSI-RS configuration for CSI measurement | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610271 | On the DMRS structure for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610272 | On the number of antenna ports to be supported in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610273 | UL SRS design considerations in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610274 | On QCL Configurations in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610275 | Extended framework for QCL assumptions | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610276 | On PCRS Design for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610277 | On the evaluation of PN model | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610278 | On-demand power boost and cell muting for URLLC in the 5G New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610279 | Latency assumptions for network-based coordination studies | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610280 | Interference Aware Inter Cell Rank Coordination | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610281 | UL Interference Coordination and Power Control | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610282 | Dynamic TDD DL-to-UL Interference Cancellation using Packet Exchange in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610283 | Power control for MIMO | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610284 | MIMO link level calibration results | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610285 | MIMO system level calibration results | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610286 | Numerology for NR Synchronization Signals | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610287 | On the synchronization signal design principle in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610288 | Beam management in initial access | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610289 | Downlink Discovery Signal for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610290 | Initial Synch Signal Performance Results | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610291 | Physical Layer Cell Identity in Initial Access | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610292 | DL Signals for Mobility Measurements in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610293 | Cell Identification in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610294 | On scalable and band agnostic single-beam and multi-beam initial access | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610295 | High speed mobility in NR |
discussion revised to R1-1610416 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.3 |
revised | [WTS] [JSN] | |||
R1-1610296 | On RRM for NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610297 | Evaluation of UW DFT-s-OFDM as a CPless waveform for high speed train scenario | discussion | Mitsubishi Electric Co. |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610298 | System design considerations for UL NoMA | discussion | MediaTek Inc. |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610299 | TP on TR 36.741 Study on FeCoMP | other | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.13 |
endorsed | [WTS] [JSN] | |||
R1-1610300 | CP length for NR | discussion | VODAFONE Group Plc |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610301 | Discussion on inter-PLMN V2X over Uu and PC5 | discussion | Ericsson |
R1-86 AI: 7.2.1.4 |
available | [WTS] [JSN] | |||
R1-1610302 | Discussion on the issue of transmission during the sensing window | discussion | Panasonic |
R1-86 AI: 7.2.1.5.7 |
noted | [WTS] [JSN] | |||
R1-1610303 | Evaluations on DMRS based open and semi-open loop MIMO schemes | discussion | CEWiT |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | |||
R1-1610304 | Super-constellation based power ratios and gray mapping for MUST | discussion | KT Corp. |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610305 | Design aspects of short PUSCH | discussion | KT Corp. |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610306 | Forward compatible reference signal design requirement for interference mitigation | discussion | CEWiT |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610307 | Views on time domain structure for NR | discussion | KT Corp. |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610308 | DraftCR: 36.213 Clarification on the reference subframe k in ECCE determination in a MPDCCH search space | draftCR | Sony | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
not pursued | [WTS] [JSN] | |
R1-1610309 | flexi-OFDMA, a new waveform for NR | discussion | CEWiT, IIT-H, IIT-M, Reliance Jio, Tejas Networks |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610310 | eMBMS RS Design Considerations | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.4.2 |
noted | [WTS] [JSN] | |||
R1-1610311 | eMBMS PSS/SSS/PBCH and SIB1 transmission | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1610312 | Considerations on PBCH coverage enhancement | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1610313 | Correction for correlation modelling for multi-frequency simulations | CR | Ericsson | 38.9 14.1.0 CR#51 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610314 | FEC performance comparison for short frame sizes for NR | discussion | IMT, ORANGE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610315 | On battery models for mMTC | discussion | Ericsson | Rel-14 |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | ||
R1-1610316 | On the evolution of mMTC | discussion | Ericsson |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610317 | On the DM-RS structure | discussion | Ericsson |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610318 | Open Items in Synchronization Signal Design | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610319 | Beam-based design framework for New Radio |
discussion revision of R1-167332 |
INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |
R1-1610320 | Random access aspects for beam-based NR initial access | discussion | INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |
R1-1610321 | DL DMRS design for TTI shortening | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610322 | sPDCCH search space design | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610323 | Design aspects of sPDCCH | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610324 | DL control for short TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610325 | Design aspects of sPDSCH | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610326 | Design aspects of sPUSCH | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610327 | sPUSCH sTTI operation | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610328 | UCI on sPUSCH with short TTI |
discussion revised to R1-1610473 |
Ericsson |
R1-86 AI: 7.2.10.2.1 |
revised | [WTS] [JSN] | |||
R1-1610329 | Design aspects of sPUCCH | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610330 | On reduced processing time for short TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610331 | On the operation with different TTI lengths | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610332 | TDD aspects of short TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610333 | sTTI lengths combination in case of CA | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610334 | Asynchronous HARQ for UL retransmissions with short TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610335 | Handling overlapping allocations with short and 1 ms TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610336 | Puncturing sTTI in legacy TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610337 | UL power-related aspects for sTTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610338 | Draft LS on UL power control related aspects | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610339 | Reduced processing for 1ms TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610340 | Fast CSI for 1ms TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610341 | HARQ and UL scheduling timings for 1ms TTI and reduced processing time | discussion | Ericsson |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610342 | PUCCH collisions with reduced processing time for 1ms TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610343 | Asynchronous HARQ for PUSCH | discussion | Ericsson |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610344 | TBS scaling for short TTI | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610345 | Robust and Efficient Beam Management for NR | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | ||
R1-1610346 | On the use of exising NB-IoT signals for OTDOA | discussion | Ericsson |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1610347 | NB-IoT Collision handling in Multicast | discussion | Ericsson |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610348 | Power consumption and latency reduction by increasing the maximum NPDSCH transport block sizes and using two HARQ |
discussion revised to R1-1610430 |
Ericsson |
R1-86 AI: 7.2.9.4 |
revised | [WTS] [JSN] | |||
R1-1610349 | Power consumption and latency reduction by increasing the maximum NPUSCH transport block size and using two HARQ |
discussion revised to R1-1610431 |
Ericsson |
R1-86 AI: 7.2.9.4 |
revised | [WTS] [JSN] | |||
R1-1610350 | Latency consideration of channel coding candidates for URLLC | discussion | National Taiwan University |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610351 | A framework for initial access for NR |
discussion revised to R1-1612309 |
INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |
R1-1610352 | Random access and support for multiple numerologies for NR |
discussion revised to R1-1612310 |
INTERDIGITAL COMMUNICATIONS | FS_NR_newRAT |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | ||
R1-1610353 | Long Network DTX in NR |
discussion revised to R1-1610628 |
Ericsson |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1610354 | System information acquisition principle for NR | discussion | Ericsson |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610355 | NR IDLE mode operation | discussion | Ericsson |
R1-86 AI: 8.1.5.3 |
withdrawn | [WTS] [JSN] | |||
R1-1610356 | Considerations for DL Broadcast Channel | discussion | InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | ||
R1-1610357 | Unicast control region for FeMBMS carrier | discussion | Ericsson | MBMS_LTE_enh2 | Rel-14 |
R1-86 AI: 7.2.4.4 |
available | [WTS] [JSN] | |
R1-1610358 | System Information modification indication for FeMBMS carrier | discussion | Ericsson | MBMS_LTE_enh2 | Rel-14 |
R1-86 AI: 7.2.4.3 |
available | [WTS] [JSN] | |
R1-1610359 | On the utilization of Advanced Receivers in NR | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610360 | On the cross-link interference mitigation | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610361 | On network energy efficiency requirement and evaluation for the 5G new radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610362 | Uplink power control for 5G New Radio | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610363 | Discussion on subframe bitmap for V2V communication | discussion | Intel Corporation |
R1-86 AI: 7.2.1.5.4 |
available | [WTS] [JSN] | |||
R1-1610364 | Discussion on CSI reporting for hybrid CSI | discussion | Intel Corporation |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1610365 | Discussion multi-shot CSI-RS | discussion | Intel Corporation |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610366 | Discussion on URLLC design aspects | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610367 | Considerations on eV2X NR design | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610368 | Preliminary eV2X evaluation analysis | discussion | Intel Corporation |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610369 | Correction on MPDCCH monitoring in special subframes | CR | Huawei, HiSilicon | 36.213 13.3.0 CR#750 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
not pursued | [WTS] [JSN] |
R1-1610370 | Correction on MPDCCH transmission without repetition |
CR revised to R1-1610778 |
Huawei, HiSilicon | 36.211 13.3.0 CR#291 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610371 | Discussion on Sync Signal Design for NR | discussion | Convida Wireless LLC |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610372 | Synchronization on Beamforming Initial Access Operations | discussion | Convida Wireless LLC |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610373 | On VoLTE coverage enhancements based on CE mode A mechanisms | discussion | Intel Corporation |
R1-86 AI: 7.2.12 |
withdrawn | [WTS] [JSN] | |||
R1-1610374 | Support of link adaptation for UL grant-free NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610375 | Coverage performance for UL NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610376 | Summary of current studies on NR Multiple Access | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610377 | Channel Coding scheme for EMBB |
discussion revised to R1-1610682 |
Intel Corporation |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610378 | Preliminary performance evaluation of different beamforming options for NR synchronization signals | discussion | Intel Corporation |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610379 | On Downlink Control Channel Design for New Radio | discussion | Convida Wireless LLC |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610380 | Discussion on Dynamic Switching of Transmission Modes | discussion | Convida Wireless LLC |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610381 | On OTDOA Positioning for NB-IOT | discussion | Fraunhofer IIS |
R1-86 AI: 7.2.9.1.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610382 | Clarification of PUCCH and SRS not belonging to any narrowband for BL/CE UE | discussion | Ericsson |
R1-86 AI: 7.1.5 |
noted | [WTS] [JSN] | |||
R1-1610383 | Multipath RSTD reporting per cell for enhanced indoor positioning | discussion | Ericsson, Nokia |
R1-86 AI: 7.2.6.1 |
available | [WTS] [JSN] | |||
R1-1610384 | On combining of CRS and PRS for enhanced indoor positioning | discussion | Ericsson |
R1-86 AI: 7.2.6.1 |
available | [WTS] [JSN] | |||
R1-1610385 | PRS patterns for PRS-based TBS for enhanced indoor positioning | discussion | Ericsson |
R1-86 AI: 7.2.6.2 |
available | [WTS] [JSN] | |||
R1-1610386 | On CSI-RSRP reporting support to E-SMLC for enhanced indoor positioning | discussion | Ericsson |
R1-86 AI: 7.2.6.3 |
available | [WTS] [JSN] | |||
R1-1610387 | Defining indoor/outdoor classification for enhanced indoor positioning | discussion | Ericsson |
R1-86 AI: 7.2.6.4 |
available | [WTS] [JSN] | |||
R1-1610388 | Larger max TBS for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1610389 | Larger max channel bandwidth for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1610390 | HARQ-ACK bundling for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.1.3 |
available | [WTS] [JSN] | |||
R1-1610391 | Number of DL HARQ processes for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.1.4 |
available | [WTS] [JSN] | |||
R1-1610392 | Collision handling for multicast support for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610393 | L1 configuration for multicast support for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610394 | OTDOA enhancements for MTC | discussion | Ericsson |
R1-86 AI: 7.2.8.3 |
available | [WTS] [JSN] | |||
R1-1610395 | VoLTE enhancements for CE mode A | discussion | Ericsson |
R1-86 AI: 7.2.8.4 |
available | [WTS] [JSN] | |||
R1-1610396 | PUSCH coverage enhancement for VoLTE | discussion | Ericsson |
R1-86 AI: 7.2.12 |
noted | [WTS] [JSN] | |||
R1-1610397 | OTFS PAPR Analysis |
discussion revised to R1-1610446 |
Cohere Technologies |
R1-86 AI: 8.1.1.1 |
revised | [WTS] [JSN] | |||
R1-1610398 | Power consumption and latency reduction by increasing the maximum NPDSCH transport block sizes |
discussion revised to R1-1610432 |
Ericsson |
R1-86 AI: 7.2.9.4 |
revised | [WTS] [JSN] | |||
R1-1610399 | Power consumption and latency reduction by increasing the maximum NPUSCH transport block size |
discussion revised to R1-1610433 |
Ericsson |
R1-86 AI: 7.2.9.4 |
revised | [WTS] [JSN] | |||
R1-1610400 | On NR DL synchronization | discussion | Intel Corporation |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610401 | On NR RACH procedure | discussion | Intel Corporation |
R1-86 AI: 8.1.5.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610402 | On NR initial access and mobility | discussion | Intel Corporation |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610403 | Waveform Simulation Results for Above 40 GH |
discussion revision of R1-1609596 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610404 | FC-OFDM discussion based on RAN1#86 waveform agreements | discussion | ORANGE |
R1-86 AI: 8.1.1.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610405 | DRX and Beam Management |
discussion revision of R1-1610248 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610406 | Design for larger max PDSCH/PUSCH channel bandwidth | other | Kyocera Corporation |
R1-86 AI: 7.2.8.1.2 |
available | [WTS] [JSN] | |||
R1-1610407 | Design for larger maximum TBS | other | Kyocera Corporation |
R1-86 AI: 7.2.8.1.1 |
available | [WTS] [JSN] | |||
R1-1610408 | DraftCR: 36.213 Clarification on the reference subframe k in ECCE determination in a MPDCCH search space | draftCR | Sony Europe Limited | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
not pursued | [WTS] [JSN] | |
R1-1610409 | CR on 36.211 NB-IoT PDSCH symbol mapping | CR | Ericsson | 36.211 14.0.0 CR#293 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
not pursued | [WTS] [JSN] |
R1-1610410 | CR on 36.213 NB-IoT Type1 and Type 2 search space definition |
CR revised to R1-1610734 |
Ericsson | 36.213 14.0.0 CR#752 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] |
R1-1610411 | URLLC channel coding |
discussion revision of R1-1610142 |
Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610412 | Clarifications about NPRACH configuration parameters | CR | Nokia, Alcatel-Lucent Shanghai Bell | 36.211 14.0.0 CR#294 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
not pursued | [WTS] [JSN] |
R1-1610413 | Introduction of new Transport Block Size for DL 256QAM | discussion | Qualcomm |
R1-86 AI: 7.1.1 |
noted | [WTS] [JSN] | |||
R1-1610414 | Comparative Power Analysis between UL and DL-based Mobility |
discussion revision of R1-1610167 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610415 | Discussion on flexible duplex operations in NR design |
discussion revision of R1-1609269 |
LG Electronics |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610416 | High speed mobility in NR |
discussion revision of R1-1610295 |
Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.5.3 |
available | [WTS] [JSN] | |||
R1-1610417 | Data Sharing on NR Channel Coding Simulation Results | discussion | MediaTek | Rel-14 |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | ||
R1-1610418 | Co-channel coexistence for DSRC and LTE-V2V |
discussion revision of R1-1609958 |
Qualcomm Incorporated |
R1-86 AI: 7.2.1.3 |
noted | [WTS] [JSN] | |||
R1-1610419 | UE considerations on coding combination for NR data channels |
discussion revision of R1-1609336 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610420 | Resolving Polar code memory complexity issue |
discussion revision of R1-1609338 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610421 | Removal of LAA DRS channel access from UL Type 2 Channel Access description |
draftCR revised to R1-1610884 |
Nokia, Alcatel-Lucent Shanghai Bell | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610422 | New Radio MIMO Access Procedures |
discussion revision of R1-1609722 |
National Instruments Corp. |
R1-86 AI: 8.1.5 |
available | [WTS] [JSN] | |||
R1-1610423 | Summary of Channel Coding Simulation Data Sharing |
discussion revision of R1-1609895 revised to R1-1610600 |
InterDigital Communications | Rel-14 |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | ||
R1-1610424 | Completing mechanism 1 of hybrid CSI for Rel.14 |
other revision of R1-1609028 |
Samsung |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1610425 | Rapporteur Work Plan on eFD-MIMO | Work Plan | ETSI | LTE_eFDMIMO-Core | Rel-14 |
R1-86 AI: 7.2.2 |
available | [WTS] [JSN] | |
R1-1610426 | Numerology design and link-level simulation results for high speed scenario |
discussion revision of R1-1609607 |
ETRI |
R1-86 AI: 8.1.2.1 |
available | [WTS] [JSN] | |||
R1-1610427 | Discussion of PRS-Based Beacon for Indoor Positioning |
discussion revision of R1-1610216 |
Nokia, Alcatel-Lucent Shanghai Bell | UTRA_LTE_iPos_enh2, UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.2 |
available | [WTS] [JSN] | |
R1-1610428 | Correction on periodic CSI reporting mode 2-1 for Class B FD-MIMO |
draftCR revision of R1-1609449 revised to R1-1610452 |
Intel Corporation, ZTE, ZTE Microelectronics | LTE_EBF_FDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
revised | [WTS] [JSN] | |
R1-1610429 | Discussion on DM-RS design for NR |
discussion revision of R1-1609527 |
Intel Corporation |
R1-86 AI: 8.1.4.4 |
available | [WTS] [JSN] | |||
R1-1610430 | Power consumption and latency reduction by increasing the maximum NPDSCH transport block sizes and using two HARQ |
discussion revision of R1-1610348 |
Ericsson |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | |||
R1-1610431 | Power consumption and latency reduction by increasing the maximum NPUSCH transport block size and using two HARQ |
discussion revision of R1-1610349 |
Ericsson |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | |||
R1-1610432 | Power consumption and latency reduction by increasing the maximum NPDSCH transport block sizes |
discussion revision of R1-1610398 |
Ericsson |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1610433 | Power consumption and latency reduction by increasing the maximum NPUSCH transport block size |
discussion revision of R1-1610399 |
Ericsson |
R1-86 AI: 7.2.9.4 |
available | [WTS] [JSN] | |||
R1-1610434 | A new system simulator for NB-IoT positioning |
discussion revision of R1-1608699 |
Ericsson |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1610435 | Link level simulation results for NR initial synchronization and cell search |
discussion revision of R1-1609330 |
MediaTek Inc. |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610436 | Path loss model for evaluation of mMTC |
discussion revision of R1-1609775 |
Ericsson |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610437 | Beam grouping for beam management |
other revision of R1-1608665 |
ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
available | [WTS] [JSN] | |||
R1-1610438 | Coverage emhancement techniques |
discussion revision of R1-1610014 |
Qualcomm Incorporated |
R1-86 AI: 7.2.12 |
available | [WTS] [JSN] | |||
R1-1610439 | Correction of typos due to wrong implementation of CR0283 “Clarification of valid subframe in eMTC” | CR | ETSI | 36.211 13.3.0 CR#295 catD | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610440 | Draft Agenda of RAN1#86bis meeting |
agenda revision of R1-1608561 |
RAN1 Chair |
R1-86 AI: 2 |
approved | [WTS] [JSN] | |||
R1-1610441 | On UL waveform - evaluation |
discussion revision of R1-1609644 |
Ericsson |
R1-86 AI: 8.1.1.1 |
available | [WTS] [JSN] | |||
R1-1610442 | Multi-beam RACH design and evaluation |
discussion revision of R1-1610164 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1610443 | MIMO LLS calibration results for NR on 30GHz frequency band |
other revision of R1-1609288 |
Samsung Electronics Co., Ltd |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610444 | Explicit HARQ and scheduling timing design for LTE shorten TTI |
discussion revision of R1-1608754 |
CATT |
R1-86 AI: 7.2.10.2.2 |
available | [WTS] [JSN] | |||
R1-1610445 | MIMO calibration for NR – system level | discussion | InterDigital Communications |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610446 | OTFS PAPR Analysis |
discussion revision of R1-1610397 |
Cohere Technologies |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610447 | Correction of PRACH starting subframes for eMTC |
draftCR revision of R1-1609451 revised to R1-1610914 |
Intel Corporation | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1610448 | System-level analysis of UL NOMA schemes |
discussion revision of R1-1609498 revised to R1-1611008 |
Intel Corporation |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1610449 | void | other | ETSI |
R1-86 AI: 7.1.3 |
withdrawn | [WTS] [JSN] | |||
R1-1610450 | Correction on CWp adjustment on Type B1 multi-carrier access procedure for Rel-13 LAA |
CR revision of R1-1610197 |
WILUS Inc. | 36.213 13.3.0 CR#754 catF | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
agreed | [WTS] [JSN] |
R1-1610451 | Correction on NZP CSI-RS aggregation for Class A |
CR revision of R1-1609171 revised to R1-1612012 |
LG Electronics, Samsung | 36.211 13.3.0 CR#296 catF | LTE_eFDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
agreed | [WTS] [JSN] |
R1-1610452 | Correction to PUCCH reporting mode 2-1 |
CR revision of R1-1610428 |
Intel Corporation, ZTE Corporation, ZTE Microelectronics | 36.213 13.3.0 CR#755 catF | LTE_EBF_FDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
agreed | [WTS] [JSN] |
R1-1610453 | Correction to PUCCH reporting mode 1-1 |
CR revision of R1-1609450 |
Intel Corporation, ZTE Corporation, ZTE Microelectronics | 36.213 13.3.0 CR#756 catF | LTE_EBF_FDMIMO-Core | Rel-13 |
R1-86 AI: 7.1.4 |
agreed | [WTS] [JSN] |
R1-1610454 | Correction to PUCCH reporting mode 2-1 | CR | Intel Corporation, ZTE Corporation, ZTE Microelectronics | 36.213 14.0.0 CR#757 catA | LTE_EBF_FDMIMO-Core | Rel-14 |
R1-86 AI: 7.1.4 |
agreed | [WTS] [JSN] |
R1-1610455 | Correction to PUCCH reporting mode 1-1 | CR | Intel Corporation, ZTE Corporation, ZTE Microelectronics | 36.213 14.0.0 CR#758 catA | LTE_EBF_FDMIMO-Core | Rel-14 |
R1-86 AI: 7.1.4 |
agreed | [WTS] [JSN] |
R1-1610456 | Correction on UL grant reception in ending partial subframe |
CR revision of R1-1609174 |
LG Electronics | 36.213 14.0.0 CR#759 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610457 | Correction on UL burst scheduling | CR | LG Electronics | 36.213 14.0.0 CR#760 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610458 | CR on PHICH operation for eLAA in 36.213 |
CR revision of R1-1609367 |
Huawei, HiSilicon | 36.213 14.0.0 CR#761 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610459 | Corrections to RV in eLAA DCI definitions |
CR revision of R1-1609569 |
Nokia, Alcatel-Lucent Shanghai Bell | 36.212 14.0.0 CR#221 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610460 | Correction on handling UL LBT procedure under UE power limited case |
CR revision of R1-1610199 |
WILUS Inc. | 36.213 14.0.0 CR#762 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610461 | PSSCH/PSBCH decoding issue |
discussion revision of R1-1608714 |
CATT | Rel-14 |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | ||
R1-1610462 | Draft CR on energy detection threshold for DL multi-carrier operation for LAA in 36.213 |
draftCR revision of R1-1609368 |
Huawei, HiSilicon | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
not pursued | [WTS] [JSN] | |
R1-1610463 | Draft CR on DCI formats related with LAA in TS 36.212 |
draftCR revision of R1-1609576 revised to R1-1610476 |
ETRI | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610464 | Draft CR on UL duration and offset field in TS 36.213 |
draftCR revised to R1-1610896 |
ETRI | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610465 | Way Forward on DMRS randomization | discussion | Samsung |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1610466 | Way Forward on resource reselection |
discussion revised to R1-1610769 |
Samsung, CATT |
R1-86 AI: 7.1.8 |
revised | [WTS] [JSN] | |||
R1-1610467 | Correction on equation for MPDCCH search space and starting subframe position | draftCR | NTT DOCOMO, INC., Panasonic | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
withdrawn | [WTS] [JSN] | |
R1-1610468 | Way Forward on collision issue on SC-PTM for eNB-IoT | discussion | LG Electronics |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610469 | Way Forward on SC-PTM configuration for eNB-IoT | discussion | LG Electronics |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610470 | Way Forward on paging PRB configuration for eNB-IoT | discussion | LG Electronics |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1610471 | CR for clarification on NPRACH and NPUSCH collision |
draftCR revision of R1-1609943 revised to R1-1610505 |
Qualcomm Incorporated | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] | |
R1-1610472 | Evaluation of Adjusted-Min-Sum LDPC Decoder and Complexity Aspects of Permutation Networks | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610473 | UCI on sPUSCH with short TTI |
discussion revision of R1-1610328 |
Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610474 | Correction on equation for MPDCCH search space and starting subframe position |
draftCR revision of R1-1610028 revised to R1-1610497 |
NTT DOCOMO, INC., Panasonic | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1610475 | CR on start timing of PUSCH |
CR revision of R1-1608980 |
Samsung | 36.211 13.3.0 CR#297 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610476 | CR on DCI formats related with LAA in TS 36.212 |
CR revision of R1-1610463 |
ETRI | 36.212 14.0.0 CR#222 catD | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610477 | Way Forward on UE background sensing | discussion | NTT DOCOMO, Panasonic |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1610478 | Further LLS results for UL non-orthogonal multiple access |
other revision of R1-1608801 |
Fujitsu |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610479 | TR38.900_CR_Section_7.6.2.2 |
CR revision of R1-1609797 |
Fraunhofer HHI, Samsung, Ericsson, Intel, Nokia, InterDigital | 38.9 14.1.0 CR#471 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1610480 | Dynamic TDD in dense urban scenario |
discussion revision of R1-1610086 |
NTT DOCOMO, INC. |
R1-86 AI: 8.1.6.2 |
available | [WTS] [JSN] | |||
R1-1610481 | void | discussion | ETSI |
R1-86 AI: 8.1.4.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610482 | Way Forward on NR frame structure | discussion | NTT DOCOMO |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610483 | Way Forward on RB grid definition for mixed numerologies - FDM | discussion | ZTE, ZTE Microelectronics, Ericsson, Qualcomm, Nokia, Alcatel-Lucent Shanghai Bell, Panasonic, Convida Wireless |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610484 | Way Forward on coordinated transmission schemes in NR | discussion | LG Electronics, Intel Corporation, Samsung |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610485 | Way Forward on Waveform for NR Uplink | discussion | Qualcomm, Orange, OPPO, ZTE, ZTE Microelectronics, InterDigital, MediaTek, LGE, IITH, Idaho National Lab, Mitsubishi, Panasonic, Vivo, Tejas Networks, IITM, CEWIT, Straight Path, NTU, Kyocera, Samsung, Spreadtrum, Reliance-jio, Sharp, AT&T, Xiaomi, Sony, NEC, Motorola, Lenovo, National Instrument, Apple |
R1-86 AI: 8.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610486 | Way Forward on Spatial Multiplexing Schemes for MU-MIMO |
discussion revised to R1-1610831 |
Mitsubishi Electric, InterDigital |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610487 | Way Forward on beam management | discussion | Ericsson, Intel, CATT, InterDigital Communications |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610488 | Way Forward on wider BW operation for NR | discussion | NTT DOCOMO, AT&T |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610489 | Way Forward on RACH procedure for multi-beam operation | discussion | NTT DOCOMO, ETRI, Qualcomm, Nokia, Alcatel-Lucent Shanghai-Bell, ZTE |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610490 | Way Forward on NR CSI-RS | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610491 | Way Forward on NR DMRS | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610492 | Way Forward on the CSI-RS configuration for NR | discussion | Intel Corporation, Samsung, Ericsson |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610493 | CR clarification on spectral efficiency |
CR revision of R1-1609939 |
Qualcomm Incorporated | 36.213 13.3.0 CR#763 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610494 | CR for clarification on A-CSI without hopping |
CR revision of R1-1609942 revised to R1-1610837 |
Qualcomm Incorporated, Samsung | 36.213 13.3.0 CR#764 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610495 | CR clarification on spectral efficiency | CR | Qualcomm Incorporated | 36.213 14.0.0 CR#765 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610496 | CR for clarification on A-CSI without hopping |
CR revised to R1-1610838 |
Qualcomm Incorporated, Samsung | 36.213 14.0.0 CR#766 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610497 | Correction on equation for MPDCCH search space and starting subframe position |
CR revision of R1-1610474 revised to R1-1610796 |
NTT DOCOMO, INC., Panasonic | 36.213 13.3.0 CR#767 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610498 | Way Forward on NR initial access sgnals/channels | discussion | NTT DOCOMO, Intel Corporation, Ericsson, Qualcomm, InterDigital |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610499 | Performance evaluation results on NR synchronization signals |
discussion revision of R1-1610074 |
NTT DOCOMO, INC. |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610500 | Way Forward on numerology for forward compatibility | discussion | InterDigital, Mitsubishi, Nokia, Alcatel-Lucent Shanghai Bell, Intel |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610501 | Correction on equation for MPDCCH search space and starting subframe position |
CR revised to R1-1610797 |
NTT DOCOMO, INC., Panasonic | 36.213 14.0.0 CR#768 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610502 | Way Forward on symbol level alignments |
discussion revised to R1-1610652 |
LG Electronics |
R1-86 AI: 8.1.2.1 |
revised | [WTS] [JSN] | |||
R1-1610503 | Way Forward on Alignments among different numerologies in frequency domain | discussion | LG Electronics |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610504 | Correction to DMRS for MPDCCH associated with P-RNTI | CR | Virtuosys Limited, Qualcomm Incorporated, Intel Corporation | 36.211 14.0.0 CR#298 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610505 | Clarification on NPRACH and NPUSCH collision |
CR revision of R1-1610471 |
Qualcomm Incorporated | 36.211 13.3.0 CR#299 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610506 | Clarification on NPRACH and NPUSCH collision | CR | Qualcomm Incorporated | 36.211 14.0.0 CR#300 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610507 | Way Forward on Resource Reservation | discussion | Samsung |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1610508 | [Draft] LS on wider bandwidth operation for NR |
LS out LS To: RAN4 revised to R1-1610655 |
NTT DOCOMO | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.1 |
revised | [WTS] [JSN] | |
R1-1610509 | Way Forward on CSI-RS and CSI reporting in NR |
discussion revised to R1-1610716 |
LG Electronics, Ericsson, Intel |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610510 | Way Forward on Beam reporting for NR |
discussion revised to R1-1610923 |
LG Electronics |
R1-86 AI: 8.1.4.1 |
revised | [WTS] [JSN] | |||
R1-1610511 | Way Forward on Beam management for DL control channel | discussion | ZTE, ZTE Microelectronics , Intel, Xinwei |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610512 | Way Forward on Group-based beam management | discussion | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610513 | Way Forward on QCL for NR | discussion | ZTE Corporation, ZTE Microelectronics |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610514 | Way Forward on reference signal for demodulation | discussion | ZTE Corporation, ZTE Microelectronics |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610515 | Way Forward on CSI reporting for NR | discussion | Samsung, Intel, Ericsson, Xinwei |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610516 | Way Forward on Beam management RS | discussion | Samsung, Intel, Verizon Wireless |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610517 | Way Forward on CSI measurement and reporting | discussion | Huawei, HiSilicon, Ericsson, Qualcomm |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610518 | Way Forward on DL MIMO transmission |
discussion revised to R1-1610895 |
Huawei |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610519 | Way Forward on MIMO transmission based on multiple antenna panels |
discussion revised to R1-1610893 |
Huawei |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610520 | Way Forward on the QCL for NR | discussion | Intel Corporation, LGE |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610521 | Way Forward on subframe duration | discussion | ZTE, ZTE Microelectronics,Ericsson, NTT Docomo, Nokia Qualcomm, Panasonic, CATT, Mediatek, Convida Wireless |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610522 | Way Forward on unified structure of DL sync signal | discussion | Intel Corporation, NTT DOCOMO, ZTE, ZTE Microelectronics, ETRI, InterDigital |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610523 | Way Forward on coordination schemes in NR | discussion | Huawei |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610524 | Way Forward on RS definition | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610525 | Way Forward on UL MIMO |
discussion revised to R1-1610685 |
CATT |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610526 | Way Forward on UL link adaptation procedures in NR |
discussion revised to R1-1610721 |
LG Electronics |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610527 | Way forward on CRS usage together with PRS | discussion | Intel Corporation, Acorn Technologies, Huawei, HiSilicon, Sony |
R1-86 AI: 7.2.6.1 |
noted | [WTS] [JSN] | |||
R1-1610528 | Way Forward on support of UL non-orthogonal multiple access | discussion | Huawei, HiSilicon, Convida Wireless, Interdigital |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610529 | Way Forward on support of UL grant-free | discussion | Huawei, HiSilicon, CATT, Convida Wireless, Interdigital |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610530 | Summary of preliminary LLS results |
other revision of R1-1609443 revised to R1-1611062 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1610531 | Summary of preliminary SLS results |
other revision of R1-1609444 revised to R1-1611063 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
revised | [WTS] [JSN] | |||
R1-1610532 | Way Forward on compensation of phase rotation and frequency offset |
discussion revised to R1-1610747 |
Huawei |
R1-86 AI: 8.1.4.4 |
revised | [WTS] [JSN] | |||
R1-1610533 | Way Forward on CSI framework for NR |
discussion revised to R1-1610637 |
Samsung, Ericsson |
R1-86 AI: 8.1.4.3 |
revised | [WTS] [JSN] | |||
R1-1610534 | Way Forward on PMI reporting for NR |
discussion revised to R1-1610638 |
Samsung, AT&T, Ericsson |
R1-86 AI: 8.1.4.3 |
revised | [WTS] [JSN] | |||
R1-1610535 | Way Forward on CSI feedback framework for hybrid beamforming in NR |
discussion revised to R1-1610727 |
CMCC |
R1-86 AI: 8.1.4.3 |
revised | [WTS] [JSN] | |||
R1-1610536 | Evaluation Assumptions for NR Network Coordination |
discussion revised to R1-1611010 |
Samsung, Intel, ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610537 | Way Forward on Network Coordination Framework | discussion | Samsung |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610538 | Way forward on SYNC periodicity |
discussion revised to R1-1610722 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610539 | Way Forward on Beam management |
discussion revised to R1-1610825 |
CATT |
R1-86 AI: 8.1.4.1 |
revised | [WTS] [JSN] | |||
R1-1610540 | Way Forward on slot | discussion | NTT DOCOMO, INC., Ericsson, Panasonic, Nokia, Alcatel-Lucent Shanghai Bell, Qualcomm, Huawei, HiSilicon |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610541 | Performance Evaluation for NR Channel Coding |
other revision of R1-1608864 revised to R1-1610580 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610542 | Way Forward on maximum TA restriction for 1ms TTI processing time reduction | discussion | Qualcomm Incorporated |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610543 | Way Forward on not supporting N+2 in 1ms TTI processing time reduction | discussion | Qualcomm, CATT, Samsung, Huawei, HiSilicon, Intel, MTK, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.1 |
noted | [WTS] [JSN] | |||
R1-1610544 | Observations on channel codes for NR eMBB data | discussion | AccelerComm |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610545 | Way Forward on channel codes for NR eMBB data |
discussion revised to R1-1610604 |
AccelerComm |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610546 | Way Forward on bandwidth adapatation in NR |
discussion revised to R1-1611041 |
MediaTek, Acer, CHTTL, III, Panasonic, Ericsson, AT&T, Nokia, ASB, Qualcomm |
R1-86 AI: 8.1.2.2 |
revised | [WTS] [JSN] | |||
R1-1610547 | Way Forward on timing relationship for NR | discussion | MediaTek, III, Samsung, NTT Docomo, Nokia, ASB, Qualcomm, Ericsson, Huawei, HiSilicon, Sony |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610548 | Way Forward on sTTI scheduling options | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610549 | Way Forward on handling of overlapping PDSCH/sPDSCH and PUSCH/sPUSCH | discussion | Ericsson |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610550 | Way Forward on multiplexing of Sync and Broadcast signals | discussion | Qualcomm Incorporated, CATT |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610551 | Way Forward on NB IoT SC-PTM scheduling | discussion | Ericsson |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610552 | Way Forward on NB IoT SC-MTCH transmission | discussion | Ericsson |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610553 | Way Forward on NB IoT multicast collision handling | discussion | Ericsson |
R1-86 AI: 7.2.9.2 |
available | [WTS] [JSN] | |||
R1-1610554 | Way Forward on the Presence of NRS on Non-anchor PRBs | discussion | Ericsson |
R1-86 AI: 7.2.9.3 |
available | [WTS] [JSN] | |||
R1-1610555 | Way Forward on Paging in non-anchor PRBs | discussion | Ericsson |
R1-86 AI: 7.2.9.3 |
withdrawn | [WTS] [JSN] | |||
R1-1610556 | DCI design to support multiple SPS configurations |
discussion revision of R1-1608718 |
CATT | Rel-14 |
R1-86 AI: 7.2.1.1.1 |
noted | [WTS] [JSN] | ||
R1-1610557 | Way Forward on supporting n+2 minimum timing for shortened processing time in 1ms TTI | discussion | Nokia, Alcatel-Lucent Shanghai Bell, Ericsson, NTT DoCoMo, Sharp |
R1-86 AI: 7.2.10.1 |
noted | [WTS] [JSN] | |||
R1-1610558 | Way Forward on Synchronization signal for NR initial access | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610559 | Way Forward on NR RACH design | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.5.2 |
available | [WTS] [JSN] | |||
R1-1610560 | Way Forward on Antenna Port Layouts and Oversampling Factors | discussion | Ericsson, Sprint, Verizon, DOCOMO, Deutsche Telekom, ATT, Samsung |
R1-86 AI: 7.2.2.1.4 |
noted | [WTS] [JSN] | |||
R1-1610561 | Way Forward on fallback mechanisms for shortened processing time in 1ms TTI | discussion | LG Electronics, Ericsson, Intel, Qualcomm, Huawei, HiSilicon |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610562 | Way Forward on UL scheduling timing for FS2 with shortened processing time in 1ms TTI | discussion | LG Electronics, NTT DOCOMO, Ericsson, ZTE Corp, ZTE Microelectronics, Intel |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610563 | Way Forward on short TTI structure | discussion | LG Electronics, Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610564 | Way Forward on sPUCCH design | discussion | LG Electronics, ZTE Corp, ZTE Microelectronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610565 | LS on Multi-carrier enhancements for UMTS |
LS in source LS: R2-167169 LS To: RAN4 |
RAN2, Ericsson | UTRA_MCe-Core | Rel-14 |
R1-86 AI: 5 |
postponed | [WTS] [JSN] | |
R1-1610566 | Way Forward on NR UL control channel |
discussion revised to R1-1610808 |
Samsung, Qualcomm, Intel, Panasonic, InterDigital, Sony, Ericsson, NTT DOCOMO, Fujitsu |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610567 | Way Forward on multiplexing of sync signal | discussion | Samsung |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610568 | Way Forward on DL HARQ-ACK timing for FS2 | discussion | Samsung |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610569 | Way Forward on sTTI length | discussion | Samsung, Panasonic, Qualcomm, Sharp, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.10.2 |
available | [WTS] [JSN] | |||
R1-1610570 | Way forward on IFDMA based DMRS | discussion | Intel, Qualcomm |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1610571 | LS reply on Multi-carrier enhancements for UMTS |
LS out LS is reply to R1-168089 LS To: RAN2, RAN3 |
RAN1, Ericsson | UTRA_MCe-Core | Rel-14 |
R1-86 AI: 6.2.3 |
approved | [WTS] [JSN] | |
R1-1610572 | LS to RAN2/3 on RAN1 progress on MC enhancements |
LS out LS To: RAN2, RAN3 |
RAN1, Huawei | UTRA_MCe-Core | Rel-14 |
R1-86 AI: 6.2.1 |
approved | [WTS] [JSN] | |
R1-1610573 | Report of the UMTS sessions | other | UMTS Session Chairman’s Notes (Huawei) |
R1-86 AI: 6 |
endorsed | [WTS] [JSN] | |||
R1-1610574 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610575 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610576 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610577 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610578 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610579 | void | other | ETSI |
R1-86 AI: 6 |
withdrawn | [WTS] [JSN] | |||
R1-1610580 | Performance Evaluation for NR Channel Coding |
other revision of R1-1610541 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610581 | Way Forward on handling of PUSCH and sPUSCH grants for the same subframe and carrier | discussion | Ericsson, Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610582 | Way Forward on sTTI scheduling options |
discussion revised to R1-1610583 |
Ericsson, Panasonic, Samsung, Nokia, ASB, ZTE, ZTE Microelectronics, LG Electronics |
R1-86 AI: 7.2.10.2.1 |
revised | [WTS] [JSN] | |||
R1-1610583 | Way Forward on sTTI scheduling options |
discussion revision of R1-1610582 |
Ericsson, Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610584 | [DRAFT] LS On Shortened TTI and processing time for LTE |
LS out LS To: RAN2, RAN4 revised to R1-1611055 |
Ericsson | LTE_sTTIandPT | Rel-15 |
R1-86 AI: 7.2. |
revised | [WTS] [JSN] | |
R1-1610585 | [DRAFT] LS on implication of sTTI operation on UL ON/OFF time mask |
LS out LS To: RAN4 revised to R1-1611054 |
Ericsson | LTE_sTTIandPT | Rel-15 |
R1-86 AI: 7.2.10.2.1 |
revised | [WTS] [JSN] | |
R1-1610586 | Session Notes | other | Ericsson |
R1-86 AI: 7.2. |
withdrawn | [WTS] [JSN] | |||
R1-1610587 | void | other | ETSI |
R1-86 AI: 7.2. |
withdrawn | [WTS] [JSN] | |||
R1-1610588 | void | other | ETSI |
R1-86 AI: 7.2. |
withdrawn | [WTS] [JSN] | |||
R1-1610589 | void | other | ETSI |
R1-86 AI: 7.2. |
withdrawn | [WTS] [JSN] | |||
R1-1610590 | Way Forward on Evaluation scenarios and assumptions for DL mobility at above-6GHz | other | Samsung, Intel, Qualcomm |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610591 | WF on UL DMRS | discussion | Nokia, Alcatel-Lucent Shanghai, NEC |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1610592 | WF on transmission scheme for semi-open loop |
discussion revision of R1-1610598 revised to R1-1610598 |
CATT, Samsung, Nokia, Alcatel-Lucent Shanghai Bell, Intel |
R1-86 AI: 7.2.2.2 |
revised | [WTS] [JSN] | |||
R1-1610593 | WF on aggregation for non-precoded CSI-RS | discussion | ZTE, ZTE Microelectronics, Qualcomm |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610594 | Way Forward on Signalling Details for CSI-RS Overhead Reduction |
discussion revised to R1-1610601 |
Samsung, InterDigital, ZTE, Ericsson, DoCoMo |
R1-86 AI: 7.2.2.4 |
revised | [WTS] [JSN] | |||
R1-1610595 | Way Forward on Nk and Mk for {20, 28}-port CSI-RS | discussion | Samsung, LGE, CATT, Nokia, ASB, InterDigital, Intel |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610596 | Way Forward on CSI-RS design for CDM-4 and CDM-8 | discussion | LG Electronics, Ericsson, Qualcomm, CATT |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610597 | WF on downlink control signaling for IFDMA based DMRS | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.2.3 |
available | [WTS] [JSN] | |||
R1-1610598 | WF on transmission scheme for semi-open loop |
discussion revision of R1-1610592 revised to R1-1610592 |
CATT |
R1-86 AI: 7.2.2.2 |
available | [WTS] [JSN] | |||
R1-1610599 | void | other | ETSI |
R1-86 AI: 7.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610600 | Updated Summary of Channel Coding Simulation Data Sharing for eMBB Data Channel |
discussion revision of R1-1610423 |
InterDigital Communications |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610601 | Way Forward on Signalling Details for CSI-RS Overhead Reduction |
discussion revision of R1-1610594 |
Samsung, ZTE, Ericsson, DoCoMo, InterDigital |
R1-86 AI: 7.2.2.4 |
revised | [WTS] [JSN] | |||
R1-1610602 | Way Forward on Signalling Details for CSI-RS Overhead Reduction |
discussion revision of R1-1611601 |
Samsung, ZTE, Ericsson, DoCoMo, InterDigital |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610603 | WF on MU-CQI Enhancement | discussion | NTT DOCOMO, Qualcomm, Samsung, NEC, Xinwei |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1610604 | WF on channel codes for NR eMBB data |
discussion revision of R1-1610545 |
AccelerComm, Ericsson, Orange, IMT, LG, NEC, Sony, LG Uplus |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610605 | [DRAFT] LS regarding agreements for FeMBMS |
LS out LS To: RAN2 revised to R1-1611051 |
Qualcomm | MBMS_LTE_enh2-Core | Rel-14 |
R1-86 AI: 7.2.4.3 |
revised | [WTS] [JSN] | |
R1-1610606 | Draft LS for Voice and Video enhancement for LTE |
LS out LS To: RAN2 revised to R1-1611057 |
Huawei | LTE_VoLTE_ViLTE_enh-Core | Rel-14 |
R1-86 AI: 7.2.12 |
revised | [WTS] [JSN] | |
R1-1610607 | Way Forward on Channel Coding | discussion | ZTE, ZTE Microelectronics, Acer, Bell, CATR, China Unicom, China Telecom, CHTTL, Coolpad, Deutsche Telekom, Etisalat, Huawei, HiSilicon, InterDigital, III, ITRI, MediaTek, Nubia Technology, Neul, OPPO, Potevio, Shanghai Tejet, Spreadtrum, TD Tech, Telus, Vivo, Xiaomi, Xinwei, IITH, IITM, CEWiT, Reliance Jio, Tejas Network |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610608 | void | other | ETSI |
R1-86 AI: 7.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610609 | Chairman’s Notes of Agenda Item 7.2.2 Enhancements on Full-Dimension (FD) MIMO for LTE |
discussion revision of R1-1610865 revised to R1-1610610 |
Session Chairmen (Samsung, Nokia) |
R1-86 AI: 7.2.2 |
revised | [WTS] [JSN] | |||
R1-1610610 | Chairman’s Notes of Agenda Item 7.2.2 Enhancements on Full-Dimension (FD) MIMO for LTE |
discussion revision of R1-1610609 |
Session Chairmen (Samsung, Nokia) |
R1-86 AI: 7.2.2 |
endorsed | [WTS] [JSN] | |||
R1-1610611 | Way Forward on RPF-4 support in uplink DMRS | discussion | Huawei, HiSilicon, Nokia, ASB |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1610612 | Way Forward on sequence collision handling in uplink DMRS | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.2.3 |
noted | [WTS] [JSN] | |||
R1-1610613 | Way Forward on CSI feedback for DMRS based open loop transmission | discussion | Huawei, HiSilicon, CATT |
R1-86 AI: 7.2.2.2 |
noted | [WTS] [JSN] | |||
R1-1610614 | Way Forward on downlink control signaling for PDSCH rate matching | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610615 | Way Forward on supporting aperiodic CSI-RS with one resource | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610616 | Way Forward on DL DMRS for sTTI | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610617 | Way Forward on UL DMRS indication for sTTI | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610618 | Way Forward on sDCI | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610619 | Way Forward on sPUCCH formats | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610620 | Way Forward on sPUCCH patterns | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610621 | Way Forward on PRS Frequency Hopping for OTDOA | discussion | Sony, ZTE |
R1-86 AI: 7.2.8.3 |
noted | [WTS] [JSN] | |||
R1-1610622 | Way Forward on DC subcarrier | discussion | Ericsson |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1610623 | Way Forward on CSI-RS Density Values for Class A | discussion | Ericsson, LG Electronics |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610624 | Way Forward on CSI-RS Overhead Reduction for Class A | discussion | Ericsson, Samsung |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610625 | Way Forward on TP Structure for NR Multiple Access in TR 38.802 | discussion | ZTE, ZTE Microelectronics, Qualcomm Inc |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610626 | Way Forward on Physical layer abstraction method for MMSE-SIC/PIC receiver | discussion | ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610627 | Way Forward on technique(s) to handle cross-link interference in flexible duplex | discussion | LG Electronics, Panasonic, Huawei, HiSilicon |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610628 | Long Network DTX in NR |
discussion revision of R1-1610353 |
Ericsson |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610629 | Way Forward on aggregation for NP CSI-RS | discussion | ZTE, ZTE Microelectronics, Qualcomm |
R1-86 AI: 7.2.2.4 |
withdrawn | [WTS] [JSN] | |||
R1-1610630 | Way Forward on RRC reconfiguration for FeMTC features | discussion | Qualcomm, Ericsson, Sony, Sequans, DOCOMO, Virtuosys, Sierra Wireless, Kyocera |
R1-86 AI: 7.2.8.1 |
noted | [WTS] [JSN] | |||
R1-1610631 | Way forward on NR HARQ | discussion | Intel, Nokia, ASB, AT&T, OPPO, MediaTek |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610632 | Way Forward on PDSCH rate matching for supporting aperiodic CSIRS | discussion | LGE |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610633 | Way Forward on phase continuity of DL precodong |
discussion revised to R1-1611037 |
Qualcomm |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610634 | Evaluation of flexible duplex in dense urban scenario |
other revision of R1-1609423 |
Huawei, HiSilicon |
R1-86 AI: 8.1.6.2 |
noted | [WTS] [JSN] | |||
R1-1610635 | Way Forward on Aperiodic CSI-RS for eFD-MIMO | discussion | Samsung, CATT, LG Electronics, Nokia, Alcatel-Lucent Shanghai Bell, ZTE, ZTE Microelectronics, InterDigital, Xinwei, Huawei, HiSilicon, KT Corporation, AT&T, Mitsubishi Electric, Straight Path, Qualcomm |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610636 | Way Forward on Advanced CSI Codebook for eFD-MIMO | discussion | Samsung, NTT DOCOMO, KT Corporation, AT&T, Mitsubishi Electric, Straight Path, NEC |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1610637 | Way Forward on CSI Framework for NR |
discussion revision of R1-1610533 |
Samsung, Ericsson, AT&T, KT Corporation, CATT |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610638 | Way Forward on PMI Reporting for NR |
discussion revision of R1-1610534 |
Samsung, AT&T, Ericsson, NTT DOCOMO |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610639 | Way Forward on configurations of time resources for NPRS | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1610640 | Way Forward on configuration of NPRS transmission on multiple NB-IoT carriers | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
available | [WTS] [JSN] | |||
R1-1610641 | Way Forward on configuration of NPRS power for NB-IoT downlink positioning | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.1.1 |
noted | [WTS] [JSN] | |||
R1-1610642 | Way Forward on SC-MTCH transmission for NB-IoT SC-PTM | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610643 | Way Forward on SC-MCCH transmission for NB-IoT SC-PTM | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610644 | Way Forward on search space design for SC-PTM in NB-IoT | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610645 | Way Forward on timing relationships of 2 HARQ processes for NB-IoT enhancement |
discussion revised to R1-1610994 |
Huawei, HiSilicon |
R1-86 AI: 7.2.9.4 |
revised | [WTS] [JSN] | |||
R1-1610646 | Way Forward on subcarrier spacing selection and switching | discussion | ETRI |
R1-86 AI: 8.1.2.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610647 | Way Forward on SRS Carrier-based Switching | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.5 |
noted | [WTS] [JSN] | |||
R1-1610648 | Clarification of number of repetitions of PUCCH |
CR revision of R1-1609826 |
ZTE, Rohde & Schwarz | 36.213 13.3.0 CR#769 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610649 | Clarification on nrs-Power related description |
CR revision of R1-1609827 |
ZTE | 36.213 13.3.0 CR#770 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610650 | Way Forward on larger PDSCH/PUSCH channel bandwidth for MTC | discussion | ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.8.1.2 |
noted | [WTS] [JSN] | |||
R1-1610651 | Way Forward on HARQ bundling in HD-FDD for MTC | discussion | ZTE, ZTE Microelectronics, Sony, Lenovo, NTT Docomo, Sierra Wireless, Sequans |
R1-86 AI: 7.2.8.1.3 |
noted | [WTS] [JSN] | |||
R1-1610652 | Way Forward on symbol level alignments |
discussion revision of R1-1610502 |
LG Electronics, NTT DOCOMO, Ericsson, Panasonic, Qualcomm, ZTE |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610653 | Correction on channel access priority class according to UL LBT type indication in eLAA |
draftCR revised to R1-1610900 |
WILUS Inc. | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610654 | Way Forward on OTDOA for eMTC |
discussion revised to R1-1610934 |
ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.8.3 |
revised | [WTS] [JSN] | |||
R1-1610655 | LS on wider bandwidth operation for NR |
LS out LS To: RAN4 LS reply in R4-1610591 revision of R1-1610508 |
RAN1, NTT DOCOMO | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.2.1 |
approved | [WTS] [JSN] | |
R1-1610656 | Clarification of number of repetitions of PUCCH | CR | ZTE, Rohde & Schwarz | 36.213 14.0.0 CR#771 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610657 | Clarification on nrs-Power related description | CR | ZTE | 36.213 14.0.0 CR#772 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610658 | Way Forward on beam management | discussion | Ericsson, Samsung, Intel |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610659 | Evaluation on channel coding candidates for eMBB control channel_Figures |
discussion revision of R1-1608973 |
ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610660 | Evaluation on channel coding candidates for uRLLC and mMTC |
discussion revision of R1-1609382 |
ZTE |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610661 | Way Forward on DCI for higher data rates in FeMTC | discussion | Ericsson, Qualcomm, Sony, NTT DoCoMo, Intel, Kyocera, KT Corp., Sierra Wireless |
R1-86 AI: 7.2.8.1 |
noted | [WTS] [JSN] | |||
R1-1610662 | Way Forward on retuning symbols in FeMTC | discussion | Ericsson, NEC, Sequans, Sierra Wireless |
R1-86 AI: 7.2.8.1 |
noted | [WTS] [JSN] | |||
R1-1610663 | Way Forward on TBS for FeMTC | discussion | Ericsson, Qualcomm, Sony |
R1-86 AI: 7.2.8.1.1 |
noted | [WTS] [JSN] | |||
R1-1610664 | Way Forward on FeMTC SC-PTM scheduling | discussion | Ericsson |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610665 | Way Forward on FeMTC multicast collision handling | discussion | Ericsson |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610666 | Way Forward on FeMTC SC-MTCH transmission | discussion | Ericsson, Nokia, ASB |
R1-86 AI: 7.2.8.2 |
noted | [WTS] [JSN] | |||
R1-1610667 | Channel Coding Observations | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610668 | Way Forward on Channel Coding |
discussion revised to R1-1610850 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610669 | Way Forward on flexible duplex | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.6.1 |
noted | [WTS] [JSN] | |||
R1-1610670 | Way Forward on supporting 10 HARQ processes | discussion | Sequans, Intel, Sony, Ericsson |
R1-86 AI: 7.2.8.1.4 |
noted | [WTS] [JSN] | |||
R1-1610671 | Way Forward on NR DL Control | discussion | ZTE, ZTE Microelectronics, Ericsson, Qualcomm, InterDigital |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610672 | Way Forward on the SLSS Transmission | discussion | Huawei, HiSilicon, Qualcomm , LG Electronics, Ericsson, Samsung, CATT, ITRI, NTT DOCOMO, OPPO, Nokia, ASB |
R1-86 AI: 7.2.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610673 | Way Forward on Sync Priority for OOC | discussion | Huawei, HiSilicon, LG Electronics, Qualcomm, ZTE, ITRI, DCM, Xinwei, Samsung, NEC, CATT, Ericsson, Nokia, ASB |
R1-86 AI: 7.2.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610674 | Way Forward on UL beam management | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610675 | Way Forward on UL MIMO transmission | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610676 | Way Forward on UCI transmission for NR |
discussion revised to R1-1611005 |
LG Electronics, Intel |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610677 | Way Forward on common control channel for NR | discussion | LG Electronics, Nokia |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610678 | Efficient Channel Coding Implementations for EMBB |
discussion revision of R1-1610139 |
Qualcomm Incorporated |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610679 | CR to capture additional feature calibration results | CR | Samsung | 38.9 14.1.0 CR#52 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
agreed | [WTS] [JSN] |
R1-1610680 | LS on TTI switching for MC enhancements |
LS in source LS: R2-167171 LS To: RAN1, RAN3 |
RAN2, Huawei | UTRA_MCe-Core | Rel-14 |
R1-86 AI: 5 |
postponed | [WTS] [JSN] | |
R1-1610681 | Way Forward on coexistence between NR and LTE |
discussion revised to R1-1610792 |
LG Electronics, AT&T |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610682 | Channel Coding scheme for EMBB |
discussion revision of R1-1610377 |
Intel Corporation |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610683 | Discussion points on DL control signaling | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610684 | Way Forward on supporting larger channel bandwidth for Rel-14 non-BL UEs | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.8.1.2 |
noted | [WTS] [JSN] | |||
R1-1610685 | Way Forward on UL MIMO |
discussion revision of R1-1610525 |
CATT, Samsung, LG, InterDigital |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610686 | Way Forward on TR structure for NR multiple access | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610687 | Clarification on IF-HARQ for PC-Polar |
discussion revised to R1-1610807 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610688 | Full calibration results for channel model above 6GHz | discussion | Lenovo, Motorola Mobility |
R1-86 AI: 8.2 |
available | [WTS] [JSN] | |||
R1-1610689 | Way forward on eMBB data channel coding |
discussion revised to R1-1610767 |
Samsung |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610690 | Way forward on observations for eMBB data channel coding | discussion | Samsung, Qualcomm Incorporated, Nokia, ASB, KT Corporation, Intel Corporation |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610691 | Way Forward on Channel Coding Design for NR | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610692 | Way Forward on Further Evaluation Assumptions of Control Channel | discussion | Ericsson |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610693 | Way Forward on Basics of LDPC Design |
discussion revised to R1-1610860 |
Ericsson, Intel, Qualcomm |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610694 | Way Forward on NR UL MIMO precoding | discussion | Intel Corporation, NTT DoCoMo, Fujitsu, Samsung |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610695 | Way Forward on HARQ timing for PUSCH UpPTS | discussion | CMCC |
R1-86 AI: 7.2.7 |
noted | [WTS] [JSN] | |||
R1-1610696 | Way Forward on DMRSfor PUSCH UpPTS | discussion | CMCC |
R1-86 AI: 7.2.7 |
noted | [WTS] [JSN] | |||
R1-1610697 | Way Forward on timing design for TTI bundling | discussion | CMCC |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1610698 | Way Forward on TBS scalling design for PUSCH UpPTS | discussion | CMCC |
R1-86 AI: 7.2.7 |
available | [WTS] [JSN] | |||
R1-1610699 | TR38.900_CR_Azimuthal_Angle_Notation |
CR revised to R1-1613189 |
Fraunhofer HHI | 38.9 14.1.0 CR#53 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610700 | TR38.900_CR_Harmonizing_Terminology |
CR revised to R1-1613190 |
Fraunhofer HHI | 38.9 14.1.0 CR#54 catF | FS_6GHz_CH_model | Rel-14 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610701 | TR36.873_CR_Section_7.3 |
CR revised to R1-1613191 |
Fraunhofer HHI | 36.873 12.2.0 CR#6 catF | FS_LTE_3D_channel | Rel-12 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610702 | TR36.873_CR_LOS_Probability |
CR revised to R1-1613192 |
Fraunhofer HHI | 36.873 12.2.0 CR#7 catD | FS_LTE_3D_channel | Rel-12 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610703 | TR36.814_CR_Section_B.1.2.2.1 |
CR revised to R1-1613193 |
Fraunhofer HHI | 36.814 9.0.0 CR#2 catF | FS_RAN_LTEA | Rel-9 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610704 | TR36.814_CR_LOS_Probability |
CR revised to R1-1613194 |
Fraunhofer HHI | 36.814 9.0.0 CR#3 catD | FS_RAN_LTEA | Rel-9 |
R1-86 AI: 8.2 |
postponed | [WTS] [JSN] |
R1-1610705 | Way Forward on CSI-RS pooling |
discussion revised to R1-1610907 |
Ericsson, Samsung, LGE |
R1-86 AI: 8.1.4.3 |
revised | [WTS] [JSN] | |||
R1-1610706 | Way Forward on DCI format for SC-PTM | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610707 | Way Forward on SC-PTM configuration and scheduling | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.8.2 |
available | [WTS] [JSN] | |||
R1-1610708 | Way Forward on handling multiplexing V2V with other signals/channels | discussion | LG Electronics, Samsung, Intel |
R1-86 AI: 7.2.1.5.4 |
noted | [WTS] [JSN] | |||
R1-1610709 | Way Forward on prioritization of SL TX over UL TX | discussion | LG Electronics, NTT DOCOMO, ZTE, NOKIA, Alcatel-Lucent Shanghai Bell, CATT, Samsung |
R1-86 AI: 7.2.1.5.6 |
noted | [WTS] [JSN] | |||
R1-1610710 | Discussion on DL control channels |
discussion revised to R1-1610779 |
Ericsson |
R1-86 AI: 8.1.7.1 |
revised | [WTS] [JSN] | |||
R1-1610711 | Way Forward on the pre-defined SLSS IDs for the GNSS timing | discussion | Huawei, HiSilicon, ZTE, Samsung, ITRI, CATT, LG Electronics, NTT DOCOMO, Qualcomm, Nokia, ASB |
R1-86 AI: 7.2.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610712 | Way Forward on dynamic resource sharing between eMBB and URLLC in DL |
discussion revised to R1-1610925 |
Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
revised | [WTS] [JSN] | |||
R1-1610713 | Way Forward on supporting traffic with small periodicity for LTE-V2X | discussion | Huawei, HiSilicon, LG Electronics, Qualcomm, Ericsson |
R1-86 AI: 7.2.1.5.5 |
noted | [WTS] [JSN] | |||
R1-1610714 | Way Forward on Principle of Generating Power Ratio | discussion | ZTE, ZTE Microelectronics, LG Electronics |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610715 | Way Forward on the Gray conversion | discussion | LG Electronics, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610716 | Way Forward on CSI-RS and CSI reporting in NR |
discussion revision of R1-1610509 |
LG Electronics, Ericsson, Intel, Samsung |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610717 | Way Forward on additional offset in path-loss model for flexible duplex | discussion | LG Electronics, Huawei, HiSilicon |
R1-86 AI: 8.1.6.2 |
noted | [WTS] [JSN] | |||
R1-1610718 | Way Forward on the overhead reduction for Class B CSI-RS | discussion | Intel Corporation |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610719 | Way Forward on evaluation assumptions for compensation of phase rotation and frequency offset | discussion | LG Electronics, InterDigital, KT, Huawei |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1610720 | Way Forward on URLLC System Level Evaluation Methodology | discussion | Intel, Qualcomm, ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610721 | Way Forward on UL link adaptation procedures in NR |
discussion revision of R1-1610526 |
LG Electronics |
R1-86 AI: 8.1.4.2 |
available | [WTS] [JSN] | |||
R1-1610722 | Way forward on SYNC periodicity |
discussion revision of R1-1610538 |
Qualcomm Incorporated |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610723 | Way Forward on Gray Mapped Composite Constellation in MUST | discussion | MediaTek, Qualcomm, Nokia, ASB, ITRI |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610724 | Way Forward on Power Ratio in MUST Cases 1 and 2 | discussion | MediaTek, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610725 | Way Forward on DMRS based Transmission Scheme of MUST Case 3 | discussion | MediaTek, ZTE, ZTE Microelectronics, CMCC |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610726 | Way Forward on PDSCH Starting Symbol in MUST | discussion | MediaTek, ZTE, ZTE Microelectronics, Nokia, ASB, ITRI, CMCC |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610727 | Way Forward on CSI feedback framework for hybrid beamforming in NR |
discussion revision of R1-1610535 revised to R1-1610899 |
CMCC, ZTE, ZTE Microelectronics, CATT, Xinwei |
R1-86 AI: 8.1.4.3 |
revised | [WTS] [JSN] | |||
R1-1610728 | Way Forward on ITS Coexistence Mechanisms | discussion | Ericsson, Huawei, HiSilicon |
R1-86 AI: 7.2.1.3 |
noted | [WTS] [JSN] | |||
R1-1610729 | Way Forward on PDSCH starting symbol | discussion | LG Electronics, Qualcomm |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610730 | Way Forward on new DCI design | discussion | LG Electronics, LG Uplus, MediaTek, ZTE, ZTE Microelectronics, Huawei, HiSilicon |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610731 | Way Forward on PUSCH CSI reporting for hybrid CSIRS mechanism | discussion | LG Electronics, Samsung, Qualcomm |
R1-86 AI: 7.2.2.5.2 |
noted | [WTS] [JSN] | |||
R1-1610732 | Way Forward on QCL issue for aperiodic CSIRS | discussion | LG Electronics, Samsung |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610733 | CR on 36.213 NB-IoT Type1 and Type 2 search space definition |
CR revision of R1-1608707 |
Ericsson | 36.213 13.3.0 CR#7511 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610734 | CR on 36.213 NB-IoT Type1 and Type 2 search space definition |
CR revision of R1-1610410 |
Ericsson | 36.213 14.0.0 CR#7521 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610735 | Way Forward on Network Coordination for Advanced Receivers |
discussion revised to R1-1611047 |
Samsung, Intel, MediaTek, Orange, Vodafone, IITH, Tejas Networks, IITM, KDDI, CeWiT, Reliance Jio |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610736 | Summary of offline discussion on downlink control channels | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610737 | Support of URLLC in UL |
other revision of R1-1608845 |
Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
available | [WTS] [JSN] | |||
R1-1610738 | Way Forward on compensation of phase rotation and frequency offset for CP-OFDM | discussion | Huawei |
R1-86 AI: 8.1.4.4 |
withdrawn | [WTS] [JSN] | |||
R1-1610739 | Way Forward on P-UE sensing timeline in partial sensing | discussion | Huawei, HiSilicon, NTT Docomo |
R1-86 AI: 7.2.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1610740 | Way Forward on V2V PC5 SLSS transmission | discussion | Huawei |
R1-86 AI: 7.2.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610741 | Way Forward on CSI-RS design for CDM-4 and CDM-8 | discussion | LG Electronics, Ericsson, Qualcomm, CATT, Samsung |
R1-86 AI: 7.2.2.4 |
noted | [WTS] [JSN] | |||
R1-1610742 | Clarification on i_0 value |
draftCR revision of R1-1609941 revised to R1-1610911 |
Qualcomm Incorporated | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |
R1-1610743 | Way Forward on UL grant-free workplan | discussion | Huawei, HiSilicon, CMCC |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610744 | Way Forward on non-orthogonal MA workplan | discussion | Huawei, HiSilicon, CMCC |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610745 | Way Forward on summary of UL non-orthogonal MA progress | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610746 | Way Forward on summary of grant-free progress | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610747 | Way Forward on RS for Phase Tracking for CP-OFDM |
discussion revision of R1-1610532 |
Huawei, HiSilicon, LG Electronics, Samsung, NTT DOCOMO, INC., Intel |
R1-86 AI: 8.1.4.4 |
agreed | [WTS] [JSN] | |||
R1-1610748 | Draft LS on power allocation for SC-PTM |
LS out LS To: RAN2 |
Huawei | LTE_SC_PTM-Core | Rel-13 |
R1-86 AI: 7.1.9 |
revised | [WTS] [JSN] | |
R1-1610749 | Way Forward on PUCCH and SRS not belonging to any narrowband for BL/CE UE |
discussion revised to R1-1610919 |
Ericsson, Intel, Qualcomm, Sequans, Sony, ZTE |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] | |||
R1-1610750 | Way Forward on HARQ feedback for eMBB | discussion | MediaTek |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610751 | Way Forward on Symbol Index indication in NR-SS | discussion | Samsung |
R1-86 AI: 8.1.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610752 | Way forward on NR DCI monitoring | discussion | Intel, CATT, Ericsson, Panasonic, ETRI |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610753 | Way Forward on congestion control | discussion | Huawei, HiSilicon, Ericsson, OPPO, Nokia |
R1-86 AI: 7.2.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610754 | Way Forward on Definition of Gray Mapped Composite Constellation | discussion | ZTE, ZTE Microelectronics, LG Electronics |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610755 | Correction of PRACH starting subframes for eMTC | draftCR | Intel Corporation | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
withdrawn | [WTS] [JSN] | |
R1-1610756 | Correction of NPRACH frequency hopping |
draftCR revision of R1-1609452 revised to R1-1610916 |
Intel Corporation | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
revised | [WTS] [JSN] | |
R1-1610757 | Observations on hardware implementations of flexible channel decoders | discussion | AccelerComm |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610758 | Overhead Comparison Between Class-A-Based and Unrestricted Orthogonal Designs | discussion | Samsung |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1610759 | Way Forward on Remaining Issues on Hybrid CSI |
discussion revised to R1-1611013 |
Samsung |
R1-86 AI: 7.2.2.5.2 |
revised | [WTS] [JSN] | |||
R1-1610760 | Clarification on NR HARQ UL/DL timing relationships | discussion | Qualcomm |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610761 | Way Forward on number of ports supported in advanced CSI | discussion | Huawei, HiSilicon, MediaTek, ZTE, ZTE Microelectronics, Nokia, ASB, Deutsche Telekom, Samsung, Intel, CATT, Xinwei, InterDigital, Oppo, AT&T, China Unicom, ITRI |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1610762 | Way Forward on further details in Advanced CSI | discussion | Huawei |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1610763 | Way Forward on NZP CSI-RS based interference measurement | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1610764 | Way Forward on extra scheme supported in hybrid CSI | discussion | Huawei |
R1-86 AI: 7.2.2.5.2 |
available | [WTS] [JSN] | |||
R1-1610765 | LS on RAN2 agreements on FeMBMS |
LS in source LS: R2-167204 LS To: RAN1 |
RAN2, Ericsson | MBMS_LTE_enh2-Core | Rel-14 |
R1-86 AI: 5 |
treated | [WTS] [JSN] | |
R1-1610766 | LS to RAN1 on V2V agreements |
LS in source LS: R2-167188 LS To: RAN1 |
RAN2, LGE | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 5 |
postponed | [WTS] [JSN] | |
R1-1610767 | Way forward on eMBB data channel coding |
discussion revision of R1-1610689 |
Samsung, Qualcomm Incorporated, Nokia, Alcatel-Lucent Shanghai Bell, Verizon Wireless, KT Corporation, KDDI, ETRI, IITH, IITM, CEWiT, Reliance Jio, Tejas Network, Xilinx, Sony, SK Telecom, Intel Corporation, Sharp, MTI, National Instrument, Motorola Mobility, Lenovo, Cohere Technologies, Acorn Technologies, CableLabs, WILUS Inc, NextNav, ASUSTEK, ITL |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610768 | Way Forward on dynamic TDD opreration for NR | discussion | ZTE |
R1-86 AI: 8.1.6.1 |
available | [WTS] [JSN] | |||
R1-1610769 | Way Forward on resource reselection |
discussion revision of R1-1610466 |
Samsung, CATT, Huawei, HiSilicon, ZTE |
R1-86 AI: 7.1.8 |
available | [WTS] [JSN] | |||
R1-1610770 | Way Forward on Clarification of NPRACH for single/multi-tone MSG 3 | discussion | MediaTek |
R1-86 AI: 7.1.6 |
noted | [WTS] [JSN] | |||
R1-1610771 | Way Forward on interference measurement enhancement | discussion | CATT, Samsung, CATR, ITRI, InterDigital, KT, KDDI, LG Electronics, ZTE, Xinwei |
R1-86 AI: 7.2.2.1.2 |
available | [WTS] [JSN] | |||
R1-1610772 | Way Forward for Quantized Advanced CSI Feedback Structure |
discussion revised to R1-1611018 |
Ericsson, Huawei, HiSilicon, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.1.1 |
revised | [WTS] [JSN] | |||
R1-1610773 | Correction on CSI measurement in LAA |
draftCR revision of R1-1609170 revised to R1-1611029 |
LG Electronics | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1610774 | Correction on periodic CSI transmission |
draftCR revised to R1-1610908 |
LG Electronics | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | ||
R1-1610775 | Correction on UL burst scheduling |
draftCR revision of R1-1609175 |
LG Electronics | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610776 | Way Forward on reliable sidelink SPS | discussion | NTT DOCOMO |
R1-86 AI: 7.2.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610777 | Way Forward on NR modulation for high spectral efficency | discussion | Samsung, Qualcomm, Intel, IITH, Tejas Networks, IITM, CeWiT, Reliance Jio, KDDI |
R1-86 AI: 8.1.3.2 |
available | [WTS] [JSN] | |||
R1-1610778 | Correction on MPDCCH transmission without repetition |
CR revision of R1-1610370 |
Huawei, HiSilicon | 36.211 13.3.0 CR#2911 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610779 | Discussion on DL control channels |
discussion revision of R1-1610710 |
Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610780 | LS on power allocation for SC-PTM |
LS out LS To: RAN2 |
RAN1, Huawei | LTE_SC_PTM-Core | Rel-13 |
R1-86 AI: 7.1.9 |
approved | [WTS] [JSN] | |
R1-1610781 | Performance of Advanced CSI with 4 and 8 TX antennas | discussion | Ericsson |
R1-86 AI: 7.2.2.1.1 |
available | [WTS] [JSN] | |||
R1-1610782 | Way Forward on enhancement of CS/CB with FD-MIMO | discussion | Huawei, HiSilicon, Intel, SoftBank Corp, ZTE, ZTE Microelectronics, Samsung |
R1-86 AI: 7.2.13.2 |
noted | [WTS] [JSN] | |||
R1-1610783 | Way Forward on RACH Procedure for Multi-beam without gNB reciprocity | discussion | ZTE, ZTE Microelectronics, Nokia, NTT DOCOMO |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610784 | Way Forward on DL control channel design |
discussion revised to R1-1611036 |
Huawei, HiSilicon, Qualcomm, ZTE, InterDigital, Convida Wireless |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610785 | Way Forward on rate matching for aperiodic CSI-RS | discussion | ZTE, ZTE Microelectronics, Ericsson |
R1-86 AI: 7.2.2.5.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610786 | Way Forward on hybrid CSI mechanism | discussion | ZTE, ZTE Microelectronics, NTT DOCOMO, Ericsson, Intel |
R1-86 AI: 7.2.2.5.2 |
noted | [WTS] [JSN] | |||
R1-1610787 | Way Forward on transmission modes for sTTI | discussion | Huawei, HiSilicon, CMCC, Softbank, Qualcomm, Intel, CATT |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610788 | Way Forward on supporting multiplxing sDCI with different AL in one sPDCCH | discussion | Qualcomm |
R1-86 AI: 7.2.10.2 |
available | [WTS] [JSN] | |||
R1-1610789 | Way Forward on Using Scaled Numerology for DL Control | discussion | Qualcomm, ZTE |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610790 | Way Forward on Multiplexing eMBB and URLLC in DL |
discussion revised to R1-1610902 |
Samsung |
R1-86 AI: 8.1.2.2 |
revised | [WTS] [JSN] | |||
R1-1610791 | Way Forward on Fractional RB usage | discussion | Samsung, ZTE, ZTE Microelectronics, Panasonic, KDDI, IITH, IITM, Tejas Networks, CEWiT, Nokia |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610792 | Way Forward on coexistence between NR and LTE |
discussion revision of R1-1610681 revised to R1-1610800 |
LGE |
R1-86 AI: 8.1.8 |
revised | [WTS] [JSN] | |||
R1-1610793 | Way Forward on SLS observations of non-orthogonal MA | discussion | Huawei, HiSilicon, ZTE |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610794 | Way Forward on UL grant-free technical aspects | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610795 | Way Forward on non-orthogonal multiple access for non-mMTC scenarios | discussion | Huawei, HiSilicon, CATT, Convida Wireless, Interdigital |
R1-86 AI: 8.1.1.2 |
withdrawn | [WTS] [JSN] | |||
R1-1610796 | Correction on equation for MPDCCH search space and starting subframe position |
CR revision of R1-1610497 |
NTT DOCOMO, INC., Panasonic | 36.213 13.3.0 CR#7671 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610797 | Correction on equation for MPDCCH search space and starting subframe position |
CR revision of R1-1610501 |
NTT DOCOMO, INC., Panasonic | 36.213 14.0.0 CR#7681 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610798 | LS on DFN offset |
LS in source LS: R2-167189 LS To: RAN1 |
RAN2, Huawei | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
treated | [WTS] [JSN] | |
R1-1610799 | Way Forward on Modulation for NR | discussion | InterDigital, Qualcomm, Mediatek, Sony, Orange, Huawei, HiSilicon |
R1-86 AI: 8.1.3.2 |
noted | [WTS] [JSN] | |||
R1-1610800 | Way Forward on coexistence between NR and LTE |
discussion revision of R1-1610792 |
LG Electronics, AT&T, Ericsson |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610801 | Way Forward on Categorization of MA Signature | discussion | ZTE, ZTE Microelectronics, Huawei, HiSilicon, ETRI |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610802 | Discussion on power ratios for MUST Case 1&2 |
discussion revision of R1-1608604 |
Huawei, HiSilicon |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610803 | Way Forward on downlink power allocation for MUST Case 1&2 | discussion | Huawei, HiSilicon, NTT DOCOMO |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610804 | Way Forward on power ratios for MUST Case 1&2 | discussion | Huawei, HiSilicon, Qualcomm |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610805 | Way Forward on Gray Conversion for MUST Case 1&2 | discussion | Huawei, HiSilicon, ZTE, ZTE Microelctronics |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610806 | Way Forward on CRS-based MUST Case 3 | discussion | Huawei, HiSilicon, LG Electronics |
R1-86 AI: 7.2.3.3 |
noted | [WTS] [JSN] | |||
R1-1610807 | Clarification on IF-HARQ for PC-Polar |
discussion revision of R1-1610687 |
Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610808 | Way Forward on NR UL control channel |
discussion revision of R1-1610566 |
Samsung, Qualcomm, Intel, Panasonic, InterDigital, Sony, Ericsson, NTT DOCOMO, Fujitsu, OPPO, CATT, CMCC Samsung, Qualcomm, Intel, Panasonic, InterDigital, Sony, Ericsson, NTT DOCOMO, Fujitsu, OPPO, CATT, CMCC |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610809 | Way Forward on MUST UE multiplexing | discussion | Huawei, HiSilicon |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610810 | Way Forward on CP | discussion | Huawei, HiSilicon, Sony, OPPO, CATT, Vodafone, Ericsson, ZTE, Intel , Mediatek, NTT DOCOMO, CATR |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610811 | Way Forward on NR DL Control Channel Structure | discussion | Samsung |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610812 | Way Forward on DCI design for V2X UL SPS | discussion | LG Electronics |
R1-86 AI: 7.2.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610813 | Way Forward on DCI design for SL SPS | discussion | LG Electronics |
R1-86 AI: 7.2.1.1.1 |
noted | [WTS] [JSN] | |||
R1-1610814 | DMRS-based sPDCCH | discussion | ZTE |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610815 | Way Forward on aperiodic CSI-RS selection | discussion | Ericsson, NTT DoCoMo |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610816 | On PHICH collision analysis | discussion | Ericsson |
R1-86 AI: 7.2.2.5.1 |
available | [WTS] [JSN] | |||
R1-1610817 | Way Forward on TBS indication for 1.4MHz feMTC UEs |
discussion revised to R1-1610861 |
Huawei, HiSilicon, Qualcomm |
R1-86 AI: 7.2.8.1.1 |
revised | [WTS] [JSN] | |||
R1-1610818 | Way Forward on PHY abstraction method for MA SLS | discussion | ZTE, ZTE Microelectronics, Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610819 | Way Forward on potential enhancements for Non Coherent Joint Transmission | discussion | ZTE, ZTE Microelectronics, Intel, ASTRI, Huawei, HiSilicon, Nokia, ASB |
R1-86 AI: 7.2.13.1 |
noted | [WTS] [JSN] | |||
R1-1610820 | Way Forward on FeMTC multicast scheduling | discussion | Ericsson, ITL, Nokia, ASB |
R1-86 AI: 7.2.8.2 |
noted | [WTS] [JSN] | |||
R1-1610821 | Observations on hardware implementations of flexible LDPC decoders | discussion | AccelerComm |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610822 | Observations on hardware implementations of flexible polar decoders | discussion | AccelerComm |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610823 | Way Forward on Network Assistance for NR Uplink Waveform | discussion | AT&T, Huawei |
R1-86 AI: 8.1.1.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610824 | Way Forward on bundle size and bundle number in HD-FDD for MTC | discussion | ZTE, ZTE Microelectronics, Sierra Wireless, Ericsson, Lenovo, Sony |
R1-86 AI: 7.2.8.1.3 |
noted | [WTS] [JSN] | |||
R1-1610825 | Way Forward on Beam management |
discussion revision of R1-1610539 revised to R1-1610980 |
CATT, CATR, CMCC, Xinwei |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610826 | Way Forward on summary of grant-free progress | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610827 | Way Forward on DL sTTI pattern | discussion | Huawei, HiSilicon, NTT DOCOMO, Intel, Qualcomm, Ericsson, LGE, Sharp |
R1-86 AI: 7.2.10.2.1 |
agreed | [WTS] [JSN] | |||
R1-1610828 | Way Forward on DL measurement for L3 mobility | discussion | LG Electronics, Samsung, NTT DOCOMO |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610829 | Way Forward on evaluation assumptions for tracking of phase rotation and/or frequency offset |
discussion revised to R1-1611012 |
LG Electronics, Nokia, Huawei, Samsung, Qualcomm, InterDigital, KT |
R1-86 AI: 8.1.4.4 |
revised | [WTS] [JSN] | |||
R1-1610830 | Way Forward on MUST control operation |
discussion revised to R1-1610947 |
Nokia, Alcatel-Lucent Shanghai Bell, Qualcomm |
R1-86 AI: 7.2.3.2 |
revised | [WTS] [JSN] | |||
R1-1610831 | Way Forward on Spatial Multiplexing Schemes for MU-MIMO |
discussion revision of R1-1610486 |
Mitsubishi Electric, InterDigital, Samsung, NTT DOCOMO, IITH, IITM, Tejas Networks, CEWIT, KDDI |
R1-86 AI: 8.1.4.2 |
agreed | [WTS] [JSN] | |||
R1-1610832 | Way Forward on asynchronous UL HARQ in 1ms TTI | discussion | LG Electronics, NTT DOCOMO |
R1-86 AI: 7.2.10.1 |
available | [WTS] [JSN] | |||
R1-1610833 | Way Forward on UL short TTI structure | discussion | LG Electronics, Huawei, HiSilicon, Ericsson, Nokia, Alcatel-Lucent Shanghai Bell, Samsung, NTT DOCOMO, Sharp, Intel, Qualcomm, CATT |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610834 | Way Forward on UL short TTI structure for 4-symbol sTTI | discussion | LG Electronics, Samsung, Ericsson, CATT, NTT DOCOMO, ZTE, ZTE Microelectronics, Huawei, HiSilicon, Panasonic, Sharp |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610835 | Way Forward on sTTI scheduling options | discussion | Ericsson, Panasonic, Samsung, Nokia, ASB, ZTE, ZTE Microelectronics, CATT, LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610836 | Way Forward on handling of PDSCH/sPDSCH assignments for the same subframe and carrier | discussion | Ericsson, Huawei, HiSilicon, Qualcomm, NTT DOCOMO, LG Electronics |
R1-86 AI: 7.2.10.2.1 |
available | [WTS] [JSN] | |||
R1-1610837 | CR for clarification on A-CSI without hopping |
CR revision of R1-1610494 revised to R1-1610944 |
Qualcomm Incorporated, Samsung | 36.213 13.3.0 CR#7641 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610838 | CR for clarification on A-CSI without hopping |
CR revision of R1-1610496 revised to R1-1610945 |
Qualcomm Incorporated, Samsung | 36.213 14.0.0 CR#7661 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
revised | [WTS] [JSN] |
R1-1610839 | Way Forward on Updated Link Level Evaluation Assumptions for Initial Access in NR | discussion | Qualcomm |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610840 | Way Forward on Multiplexing of SYNC and Broadcast Signals | discussion | Qualcomm |
R1-86 AI: 8.1.5.1 |
available | [WTS] [JSN] | |||
R1-1610841 | [Draft] Reply LS on CSI measurement ambiguity in LAA |
LS out LS is reply to R1-1608572 LS To: RAN4 revised to R1-1611026 |
LG Electronics | LTE_LAA-Perf | Rel-13 |
R1-86 AI: 7.1.3 |
revised | [WTS] [JSN] | |
R1-1610842 | Implementation considerations on flexible and efficient LDPC decoders |
discussion revision of R1-1609337 |
MediaTek Inc. |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610843 | Draft TR 38.802 Study on New Radio (NR) Access Technology - Physical Layer Aspects |
draft TR revision of R1-1610053 revised to R1-1610848 |
NTT DOCOMO, INC. | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1 |
revised | [WTS] [JSN] | |
R1-1610844 | Offline discussion summary of initial access for NR | discussion | NTT DOCOMO |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1610845 | Way Forward on NR UL-based RRM measurement | discussion | Huawei, HiSilicon, Qualcomm |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610846 | Way Forward on NR RACH procedure |
discussion revised to R1-1610854 |
Huawei, HiSilicon, Qualcomm, ETRI |
R1-86 AI: 8.1.5.2 |
revised | [WTS] [JSN] | |||
R1-1610847 | [Draft] LS response on DFN offset |
LS out LS is reply to R1-1610798 LS To: RAN2 revised to R1-1610929 |
Ericsson | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
revised | [WTS] [JSN] | |
R1-1610848 | TR 38.802 v0.3.0 Study on New Radio (NR) Access Technology - Physical Layer Aspects |
draft TR revision of R1-1610843 |
NTT DOCOMO, INC. | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1 |
endorsed | [WTS] [JSN] | |
R1-1610849 | Way Forward on the definition of beam reciporcity |
discussion revised to R1-1610971 |
Samsung |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610850 | Way Forward on Channel Coding |
discussion revision of R1-1610668 |
Huawei, HiSilicon, Acer, Bell, CATR, China Unicom, China Telecom, CHTTL, Coolpad, Deutsche Telekom, Etisalat, InterDigital, III, ITRI, MediaTek, Nubia Technology, Nuel, OPPO, Potevio, Spreadtrum, TD Tech, Telus, Vivo, Xiaomi, Xinwei, ZTE, ZTE Microelectronics |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610851 | Reply LS on CSI measurement ambiguity in LAA | discussion | RAN1, LGE |
R1-86 AI: 7.1.3 |
withdrawn | [WTS] [JSN] | |||
R1-1610852 | Correction on PDCCH candidate configuration |
draftCR revised to R1-1611074 |
LG Electronics | LTE_CA_enh_b5C-Core | Rel-13 |
R1-86 AI: 7.1.2 |
noted | [WTS] [JSN] | |
R1-1610853 | Correction on PDCCH candidate configuration |
draftCR revised to R1-1611072 |
LG Electronics | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
noted | [WTS] [JSN] | |
R1-1610854 | Way Forward on NR RACH procedure |
discussion revision of R1-1610846 revised to R1-1610978 |
Huawei, HiSilicon, Qualcomm, ETRI |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610855 | Way Forward on the combination of sTTI length for DL and UL | discussion | Samsung, Qualcomm |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610856 | Way Forward on sTTI length for DL | discussion | Samsung Ericsson Sharp NTT DOCOMO ;Huawei HiSilicon Intel CATT ;ZTE ZTE Microelectronics LG Electronics |
R1-86 AI: 7.2.10.2.1 |
noted | [WTS] [JSN] | |||
R1-1610857 | Observations on Performance and Implementation Issues of AdjMS decoders | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610858 | Draft CR on using 25us LBT for UEs on carriers without eNB Cat 4 LBT foe eLAA | draftCR | Qualcomm | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
postponed | [WTS] [JSN] | |
R1-1610859 | Draft CR on clarification of PUSCH start position for eLAA |
draftCR revised to R1-1610886 |
Panasonic, Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610860 | Way Forward on Basics of LDPC Design |
discussion revision of R1-1610693 revised to R1-1610984 |
Ericsson, Intel, Qualcomm, MediaTek |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610861 | Way Forward on TBS indication for 1.4MHz feMTC UEs |
discussion revision of R1-1610817 |
Huawei, HiSilicon, Nokia, Qualcomm, Sierra Wireless |
R1-86 AI: 7.2.8.1.1 |
noted | [WTS] [JSN] | |||
R1-1610862 | void | other | ETSI |
R1-86 AI: 7.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610863 | void | other | ETSI |
R1-86 AI: 7.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610864 | Chairman's notes of AI 7.2.1 on LTE-based V2X Services | discussion | Ad-Hoc chair (LGE) |
R1-86 AI: 7.2.1 |
endorsed | [WTS] [JSN] | |||
R1-1610865 | Chairman's notes of AI 7.2.2 on Enhancements on Full-Dimension (FD) MIMO for LTE |
discussion revised to R1-1610609 |
Ad-Hoc chair (Nokia) |
R1-86 AI: 7.2.2 |
revised | [WTS] [JSN] | |||
R1-1610866 | Chairman's notes of AI 7.2.3 on Downlink Multiuser Superposition Transmission for LTE | discussion | Ad-Hoc chair (Qualcomm, MediaTek) |
R1-86 AI: 7.2.3 |
endorsed | [WTS] [JSN] | |||
R1-1610867 | Chairman's notes of AI 7.2.4 on eMBMS enhancements for LTE | discussion | Ad-Hoc chair (Nokia, Ericsson) |
R1-86 AI: 7.2.4 |
endorsed | [WTS] [JSN] | |||
R1-1610868 | Chairman's notes of AI 7.2.5 on SRS Carrier Based Switching for LTE | discussion | Ad-Hoc chair (Huawei) |
R1-86 AI: 7.2.5 |
endorsed | [WTS] [JSN] | |||
R1-1610869 | Chairman's notes of AI 7.2.6 on Further Indoor Positioning enhancements for UTRA and LTE | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 7.2.6 |
endorsed | [WTS] [JSN] | |||
R1-1610870 | Chairman's notes of AI 7.2.7 on Uplink Capacity Enhancements for LTE | discussion | Ad-Hoc chair (Ericsson) |
R1-86 AI: 7.2.7 |
endorsed | [WTS] [JSN] | |||
R1-1610871 | Chairman's notes of AI 7.2.8 on Further Enhanced MTC for LTE | discussion | Ad-Hoc chair (Nokia, Ericsson) |
R1-86 AI: 7.2.8 |
endorsed | [WTS] [JSN] | |||
R1-1610872 | Chairman's notes of AI 7.2.9 on Enhancements of NB-IoT | discussion | Ad-Hoc chair (Huawei) |
R1-86 AI: 7.2.9 |
endorsed | [WTS] [JSN] | |||
R1-1610873 | Chairman's notes of AI 7.2.10 on Shortened TTI and processing time for LTE | discussion | Ad-Hoc chair (Ericsson) |
R1-86 AI: 7.2. |
endorsed | [WTS] [JSN] | |||
R1-1610874 | Chairman's notes of AI 7.2.11 on Performance enhancements for high speed scenario | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 7.2.11 |
endorsed | [WTS] [JSN] | |||
R1-1610875 | Chairman's notes of AI 7.2.12 on Study on Enhancement of VoLTE | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 7.2.12 |
endorsed | [WTS] [JSN] | |||
R1-1610876 | Chairman's notes of AI 7.2.13 on Study on Further enhancements to Coordinated Multi-Point Operation | discussion | Ad-Hoc chair (Intel) |
R1-86 AI: 7.2.13 |
endorsed | [WTS] [JSN] | |||
R1-1610877 | Chairman's notes of AI 8.1.1 on waveform and multiple access schemes for NR | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 8.1.1 |
endorsed | [WTS] [JSN] | |||
R1-1610878 | Chairman's notes of AI 8.1.3 on channel coding and modulation for NR | discussion | Ad-Hoc chair (Nokia) |
R1-86 AI: 8.1.3 |
endorsed | [WTS] [JSN] | |||
R1-1610879 | Chairman's notes of AI 8.1.6 on duplexing for NR | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 8.1.6 |
endorsed | [WTS] [JSN] | |||
R1-1610880 | Chairman's notes of AI 8.1.8 | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 8.1.8 |
endorsed | [WTS] [JSN] | |||
R1-1610881 | Chairman's notes of AI 8.2 | discussion | Ad-Hoc chair (Nokia) |
R1-86 AI: 8.2 |
endorsed | [WTS] [JSN] | |||
R1-1610882 | Chairman's notes of AI 7.1 on CRs | discussion | Ad-Hoc chair (Qualcomm) |
R1-86 AI: 7.1 |
endorsed | [WTS] [JSN] | |||
R1-1610883 | Way Forward on Using Scaled Numerology for Control Transmission | discussion | Qualcomm, ZTE, Ericsson |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610884 | Removal of LAA DRS channel access from UL Type 2 Channel Access description |
CR revision of R1-1610421 |
Nokia, Alcatel-Lucent Shanghai Bell | 36.213 14.0.0 CR#773 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610885 | Observations on Area | discussion | Qualcomm |
R1-86 AI: 8.1.3.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610886 | Clarification of PUSCH start position for eLAA |
CR revision of R1-1610859 |
Panasonic, Qualcomm Incorporated | 36.212 14.0.0 CR#223 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610887 | Notes from offline discussion on ulplink control channels | discussion | Ericsson |
R1-86 AI: 8.1.7.1 |
available | [WTS] [JSN] | |||
R1-1610888 | Way Forward on NR MIMO calibration | discussion | ZTE, ZTE Microelectronics, Nokia, ASB, CATT, MediaTek, Xinwei, Huawei, Hisilicon, Intel, Ericsson, Mitsubishi Electric, Samsung |
R1-86 AI: 8.1.4.5 |
agreed | [WTS] [JSN] | |||
R1-1610889 | Way Forward on Phase 1 link-level calibration for NR-MIMO with simplified antenna configuration | discussion | ZTE, ZTE Microelectronics, CATT, MediaTek, Xinwei, Huawei, Hisilicon, Intel, Ericsson, Nokia, ASB, Mitsubishi Electric, NTT DOCOMO, Samsung |
R1-86 AI: 8.1.4.5 |
agreed | [WTS] [JSN] | |||
R1-1610890 | Clarification on assumptions for Phase 1 link-level calibration for NR-MIMO | discussion | ZTE |
R1-86 AI: 8.1.4.5 |
noted | [WTS] [JSN] | |||
R1-1610891 | Way Forward on group-based beam management | discussion | ZTE, ZTE Microelectronics, ASTRI, Nokia, ASB, CATT |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610892 | Way Forward on reference signal for demodulation | discussion | ZTE |
R1-86 AI: 8.1.4.4 |
withdrawn | [WTS] [JSN] | |||
R1-1610893 | Way Forward on MIMO transmission based on multiple antenna panels |
discussion revision of R1-1610519 |
Huawei, HiSilicon, Xinwei, NEC |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610894 | Way Forward on UL beam management | discussion | Samsung, Huawei, Intel |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610895 | Way Forward on DL MIMO transmission |
discussion revision of R1-1610518 revised to R1-1611044 |
Huawei, HiSilicon, CATT |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1610896 | CR on UL duration and offset field in TS 36.213 |
CR revision of R1-1610464 |
ETRI | 36.213 14.0.0 CR#774 catD | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610897 | Observations on Area | discussion | Qualcomm |
R1-86 AI: 8.1.3.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610898 | Way Forward on coordinated transmission in NR | discussion | LG Electronics, Huawei, HiSilicon, Samsung |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610899 | Way Forward on CSI feedback framework for hybrid beamforming in NR |
discussion revision of R1-1610727 |
CMCC, CATT, Xinwei, Samsung, Ericsson, Huawei, HiSilicon, Qualcomm |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610900 | Correction on channel access priority class according to UL LBT type indication in eLAA |
CR revision of R1-1610653 |
WILUS Inc. | 36.213 14.0.0 CR#775 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610901 | Correction on downlink power allocation for SC-PTM |
CR revision of R1-1610110 revised to R1-1611045 |
TD Tech, Huawei | 36.213 13.3.0 CR#7491 catF | LTE_SC_PTM-Core | Rel-13 |
R1-86 AI: 7.1.9 |
revised | [WTS] [JSN] |
R1-1610902 | Way Forward on Multiplexing eMBB and URLLC in DL |
discussion revision of R1-1610790 |
Samsung, Panasonic, ZTE, ZTE Microelectronics, ETRI, Ericsson, CATT, Huawei, NTT DOCOMO, LGE, CMCC, Convida wireless, InterDigital, Sony, Fujitsu |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1610903 | Way Forward on Performance enhancements for high speed scenario | discussion | Huawei, HiSilicon, Nokia, ASB, NTT DOCOMO |
R1-86 AI: 7.2.11 |
noted | [WTS] [JSN] | |||
R1-1610904 | Way Forward on Low PAPR Modulation in NR | discussion | Samsung, Qualcomm, Intel, Vodafone, AT&T, MediaTek, KDDI, InterDigital, IITH, IITM, Tejas Networks, Reliance-Jio, CEWiT, National Instruments |
R1-86 AI: 8.1.3.2 |
noted | [WTS] [JSN] | |||
R1-1610905 | Way Forward on UTDOA for NB-IoT | discussion | ZTE , ZTE Microelectronics |
R1-86 AI: 7.2.9.1.3 |
noted | [WTS] [JSN] | |||
R1-1610906 | Way Forward on channel and interference measurements for NR | discussion | Samsung, Intel, Qualcomm |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610907 | Way Forward on CSI-RS resource pooling |
discussion revision of R1-1610705 |
Ericsson, Samsung, LG, Nokia |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610908 | Correction on periodic CSI transmission |
CR revision of R1-1610774 revised to R1-1611007 |
LG Electronics | 36.213 14.0.0 CR#776 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] |
R1-1610909 | Way Forward on Multipath RSTD | discussion | Ericsson, Nokia, Qualcomm, Acorn Technology |
R1-86 AI: 7.2.6.1 |
noted | [WTS] [JSN] | |||
R1-1610910 | Draft LS on Multipath RSTD report |
LS out LS To: RAN2, RAN4 |
Ericsson | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.1 |
withdrawn | [WTS] [JSN] | |
R1-1610911 | Clarification on i_0 value |
CR revision of R1-1610742 revised to R1-1613070 |
Qualcomm Incorporated | 36.211 13.3.0 CR#301 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610912 | Clarification on i_0 value |
CR revised to R1-1613251 |
Qualcomm Incorporated | 36.211 14.0.0 CR#302 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610913 | Way Forward on enhancement in step 2 for supporting shorter periodicity | discussion | LG Electronics, CATT |
R1-86 AI: 7.2.1.5.5 |
noted | [WTS] [JSN] | |||
R1-1610914 | Correction of PRACH starting subframes for eMTC |
CR revision of R1-1610447 |
Intel Corporation | 36.211 13.3.0 CR#303 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610915 | Correction of PRACH starting subframes for eMTC | CR | Intel Corporation | 36.211 14.0.0 CR#304 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610916 | Correction of NPRACH frequency hopping |
CR revision of R1-1610756 |
Intel Corporation | 36.211 13.3.0 CR#305 catF | NB_IOT-Core | Rel-13 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610917 | Correction of NPRACH frequency hopping | CR | Intel Corporation | 36.211 14.0.0 CR#306 catA | NB_IOT-Core | Rel-14 |
R1-86 AI: 7.1.6 |
agreed | [WTS] [JSN] |
R1-1610918 | Link-level evaluation results of UL NOMA schemes | discussion | Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610919 | Way Forward on PUCCH and SRS not belonging to any narrowband for BL/CE UE |
discussion revision of R1-1610749 |
Ericsson, Alcatel-Lucent Shanghai Bell, Intel, Nokia, NTT DoCoMo, Qualcomm, Sequans, Sony, Sierra Wireless, Virtuosys, ZTE, ZTE Microelectronics |
R1-86 AI: 7.1.5 |
noted | [WTS] [JSN] | |||
R1-1610920 | [Draft] LS response on Exceptional Pool Handling for V2X |
LS out LS is reply to R1-1608566 LS To: RAN2 revised to R1-1610930 |
Ericsson | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 7.1.8 |
revised | [WTS] [JSN] | |
R1-1610921 | Way Forward on VoLTE and ViLTE enhancement | discussion | Huawei, HiSilicon, China Telecommunications |
R1-86 AI: 7.2.12 |
noted | [WTS] [JSN] | |||
R1-1610922 | Way Forward on FeMTC eVoLTE | discussion | Huawei, HiSilicon, Ericsson, Qualcomm, Sequans |
R1-86 AI: 7.2.8.4 |
noted | [WTS] [JSN] | |||
R1-1610923 | Way Forward on Beam reporting for NR |
discussion revision of R1-1610510 |
LG Electronics, Intel, NTT DOCOMO, MediaTek |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610924 | Way Forward on remaining details on PDSCH rate matching | discussion | LG Electronics, InterDigital, Qualcomm, ZTE, ZTE Microelectronics |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610925 | Way Forward on dynamic resource sharing between eMBB and URLLC in DL |
discussion revision of R1-1610712 revised to R1-1610995 |
Huawei, HiSilicon |
R1-86 AI: 8.1.2.2 |
revised | [WTS] [JSN] | |||
R1-1610926 | Correction on MPDCCH transmission without repetition | CR | Huawei, HiSilicon | 36.211 14.0.0 CR#307 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610927 | Way Forward on eMBMS enhancements | discussion | Ericsson, Qualcomm, Intel, Nokia, ASB, BBC, IRT, EBU |
R1-86 AI: 7.2.4.3 |
noted | [WTS] [JSN] | |||
R1-1610928 | Way Forward on PRS-Based RSRP/RSRQ Measurement and Reporting for PRS-Based Beacon | discussion | Nokia, Alcatel-Lucent Shanghai Bell |
R1-86 AI: 7.2.6.2 |
noted | [WTS] [JSN] | |||
R1-1610929 | LS response on DFN offset |
LS out LS is reply to R1-1610798 LS To: RAN2 revision of R1-1610847 |
RAN1, Ericsson | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1.5.3 |
approved | [WTS] [JSN] | |
R1-1610930 | LS response on Exceptional Pool Handling for V2X |
LS out LS is reply to R1-1608566 LS To: RAN2 revision of R1-1610920 |
RAN1, Ericsson | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 7.1.8 |
approved | [WTS] [JSN] | |
R1-1610931 | WF on channel coding observations for short block size | discussion | IMT, Orange, AccelerComm, Ericsson, LG, NEC |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1610932 | Way Forward on supporting 50 ms periodicity | discussion | CATT |
R1-86 AI: 7.2.1.5.5 |
noted | [WTS] [JSN] | |||
R1-1610933 | Way Forward on longer CP | discussion | Qualcomm |
R1-86 AI: 7.2.4.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610934 | Way Forward on OTDOA for eMTC |
discussion revision of R1-1610654 |
ZTE, ZTE Microelectronics, Ericsson, Qualcomm |
R1-86 AI: 7.2.8.3 |
noted | [WTS] [JSN] | |||
R1-1610935 | Outcome offline discussion on V2V maintenance | discussion | LG Electronics |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1610936 | Outcome offline discussion on V2X | discussion | LG Electronics |
R1-86 AI: 7.2.1 |
available | [WTS] [JSN] | |||
R1-1610937 | Way Forward on CSI parameters for NR | discussion | Samsung, Nokia, ASB, AT&T, CATT, NTT DOCOMO, Ericsson, Intel, LG Electronics, InterDigital |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610938 | Outcome of Friday Offline Session on eFD-MIMO | discussion | Samsung |
R1-86 AI: 7.2.2 |
noted | [WTS] [JSN] | |||
R1-1610939 | Phase 1 link level calibration results for NR MIMO |
discussion revision of R1-1609263 |
LG Electronics |
R1-86 AI: 8.1.4.5 |
available | [WTS] [JSN] | |||
R1-1610940 | Codebook design for up to 32 CSI-RS ports |
discussion revision of R1-1609926 |
Huawei, HiSilicon |
R1-86 AI: 7.2.2.1.4 |
available | [WTS] [JSN] | |||
R1-1610941 | Way Forward on MAC CE based activation/release mechanism | discussion | Qualcomm |
R1-86 AI: 7.2.2.5.1 |
noted | [WTS] [JSN] | |||
R1-1610942 | Way Forward on Class A codebook enhancements | discussion | Qualcomm, LG Electronics, Xinwei |
R1-86 AI: 7.2.2.1.4 |
noted | [WTS] [JSN] | |||
R1-1610943 | Offline outcome of Wednesday evening on 8.1.7.1 | discussion | NTT DOCOMO |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1610944 | CR for clarification on A-CSI without hopping |
CR revision of R1-1610837 |
Qualcomm Incorporated, Samsung | 36.213 13.3.0 CR#7642 catF | LTE_MTCe2_L1-Core | Rel-13 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610945 | CR for clarification on A-CSI without hopping |
CR revision of R1-1610838 |
Qualcomm Incorporated, Samsung | 36.213 14.0.0 CR#7662 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1610946 | Way Forward on URLLC HARQ | discussion | Intel |
R1-86 AI: 8.1.7.2 |
noted | [WTS] [JSN] | |||
R1-1610947 | Way Forward on MUST control operation |
discussion revision of R1-1610830 |
Nokia, Alcatel-Lucent Shanghai Bell, NEC |
R1-86 AI: 7.2.3.2 |
noted | [WTS] [JSN] | |||
R1-1610948 | Way Forward on power ratios for Case 1 and 2 | discussion | Huawei, HiSilicon, Qualcomm, Nokia, ASB |
R1-86 AI: 7.2.3.1 |
noted | [WTS] [JSN] | |||
R1-1610949 | Way Forward on forward compatibility for NR | discussion | Samsung, LG Electronics, Nokia, ASB, Ericsson, Huawei, HiSilicon, Qualcomm, AT&T, Panasonic |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610950 | WF on interference measurement for CSI acquisition | discussion | Qualcomm, Huawei, HiSilicon, Samsung |
R1-86 AI: 8.1.4.3 |
noted | [WTS] [JSN] | |||
R1-1610951 | Way Forward on LLS evaluation assumption for control channel evaluation in URLLC | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610952 | Way Forward on Semi-static resource sharing between URLLC and eMBB | discussion | LG Electronics, Panasonic |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1610953 | Way Forward on carrier aggregation | discussion | Huawei, HiSilicon, Nokia, Alcatel-Lucent Shanghai Bell, NTT DOCOMO, Qualcomm, ZTE |
R1-86 AI: 8.1.2.1 |
noted | [WTS] [JSN] | |||
R1-1610954 | WF on synchronization and carrier rasters |
discussion revised to R1-1611035 |
Huawei, HiSilicon, Ericsson, NTT Docomo, Fujitsu |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1610955 | WF on channel model for Rural macro scenario | discussion | Ericsson |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610956 | WF on Common Features and General Framework of MA Schemes | discussion | Huawei, HiSilicon, CATR, CATT, CMCC, Samsung, ETRI, MediaTek |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610957 | WF on Further Summary of LLS Results | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610958 | WF on Grant-free URRLC Performance Evaluations | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1610959 | WF on Updated Link Level Evaluation Assumptions for Initial Access in NR |
discussion revised to R1-1610987 |
Qualcomm, NTT DOCOMO, Samsung, Intel |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1610960 | Way Forward on RACH preamble | discussion | NTT DOCOMO, Intel, Sharp, ZTE |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610961 | Way Forward on O2I model for rural scenario | discussion | Huawei, HiSilicon, CATT, CATR, CMCC |
R1-86 AI: 8.1.8 |
noted | [WTS] [JSN] | |||
R1-1610962 | Way Forward on Unified RACH Procedure | discussion | ZTE, ZTE Microelectronics, NTT DOCOMO, Nokia, Alcatel-Lucent Shanghai Bell, Sharp, Intel |
R1-86 AI: 8.1.5.2 |
agreed | [WTS] [JSN] | |||
R1-1610963 | Way Forward on Group-based beam management | discussion | ZTE |
R1-86 AI: 8.1.4.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610964 | WF on Beam Recovery | discussion | Samsung, Qualcomm, Intel, KT, LGE, Ericsson |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610965 | WF on SLS/LLS results summary | discussion | LG Electronics |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1610966 | Draft LS on V2X UE transmission chain |
LS out LS To: RAN2, RAN4 revised to R1-1611000 |
Huawei | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1 |
revised | [WTS] [JSN] | |
R1-1610967 | WF on MIMO transmisison techniques in NR | discussion | LG Electronics, Qualcomm, KT |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610968 | Way Forward on search space of NB-IoT SC-PTM | discussion | Huawei, HiSilicon, ZTE |
R1-86 AI: 7.2.9.2 |
noted | [WTS] [JSN] | |||
R1-1610969 | Draft LS on SC-MCCH transmission in NB-IoT |
LS out LS To: RAN2 revised to R1-1611033 |
HiSilicon | NB_IOTenh, LTE_feMTC | Rel-14 |
R1-86 AI: 7.2.9.2 |
revised | [WTS] [JSN] | |
R1-1610970 | Draft LS on collisions between SC-PTM and Paging in NB-IoT |
LS out LS To: RAN2, RAN3, SA2 revised to R1-1611034 |
HiSilicon | NB_IOTenh | Rel-14 |
R1-86 AI: 7.2.9.2 |
revised | [WTS] [JSN] | |
R1-1610971 | Way Forward on the definition of beam reciporcity |
discussion revision of R1-1610849 |
Samsung, Qualcomm, InterDigital, Intel, IITM, IITH, CeWIT, Tejas Networks, KT, MediaTek, AT&T, Verizon, Motorola Mobility, Reliance Jio |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1610972 | [DRAFT] LS on Multipath RSTD reporting and CRS usage together with PRS |
LS out LS To: RAN2 revised to R1-1611052 |
Ericsson, Intel | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.1 |
revised | [WTS] [JSN] | |
R1-1610973 | WF on prioritizing V2X SL TX over WAN TX | discussion | NTT DOCOMO, LGE, ZTE, NOKIA, Alcatel-Lucent Shanghai Bell, CATT, Samsung, Qualcomm |
R1-86 AI: 7.2.1.5.6 |
noted | [WTS] [JSN] | |||
R1-1610974 | Outcomes of Thursday offline session on NR MIMO | discussion | Samsung |
R1-86 AI: 8.1.4 |
available | [WTS] [JSN] | |||
R1-1610975 | WF on DL measurement for L3 mobility | discussion | Samsung, LG Electronics, NTT DOCOMO, AT&T, Ericsson, Intel |
R1-86 AI: 8.1.5.3 |
noted | [WTS] [JSN] | |||
R1-1610976 | WF on Updated Link Level Evaluation Assumptions for RACH Preamble |
discussion revised to R1-1610986 |
Qualcomm |
R1-86 AI: 8.1.5.2 |
revised | [WTS] [JSN] | |||
R1-1610977 | WF on V2V support for TDD | discussion | Intel, CATT |
R1-86 AI: 7.1.8 |
noted | [WTS] [JSN] | |||
R1-1610978 | Way Forward on NR RACH procedure |
discussion revision of R1-1610854 |
Huawei, HiSilicon, NTT Docomo, Qualcomm, ETRI, Intel, Nokia |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1610979 | [DRAFT] LS on NR RACH procedure |
LS out revised to R1-1610990 |
Huawei | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.5.2 |
revised | [WTS] [JSN] | |
R1-1610980 | Way Forward on Beam management |
discussion revision of R1-1610825 revised to R1-1611014 |
CATT |
R1-86 AI: 8.1.4.1 |
revised | [WTS] [JSN] | |||
R1-1610981 | Way forward on observations of eMBB data channel coding for short block length |
discussion revised to R1-1610993 |
InterDigital |
R1-86 AI: 8.1.3.1 |
revised | [WTS] [JSN] | |||
R1-1610982 | WF on NR channel coding selection | discussion | CMCC |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610983 | WF on SRS-based UL link adaptation | discussion | LG Electronics, CATT, Huawei, HiSilicon, Samsung |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1610984 | Way Forward on Basics of LDPC Design |
discussion revision of R1-1610860 |
Ericsson, Intel, Qualcomm, NTU, Nokia, ASB, LG, Samsung |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610985 | [DRAFT] Reply LS on A New PRACH Cyclic Shift Restriction Set |
LS out LS is reply to R1-163371 LS To: RAN4, RAN2 revised to R1-1611056 |
Huawei | LTE_high_speed | Rel-14 |
R1-86 AI: 7.2.11 |
revised | [WTS] [JSN] | |
R1-1610986 | WF on Updated Link Level Evaluation Assumptions for RACH Preamble |
discussion revision of R1-1610976 |
Qualcomm |
R1-86 AI: 8.1.5.2 |
agreed | [WTS] [JSN] | |||
R1-1610987 | WF on Updated Link Level Evaluation Assumptions for Initial Access in NR |
discussion revision of R1-1610959 |
Qualcomm, NTT DOCOMO, Samsung, Intel |
R1-86 AI: 8.1.5.1 |
agreed | [WTS] [JSN] | |||
R1-1610988 | [Draft] LS on supported modulations for Sidelink V2X | LS out | Ericsson | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 7.2.1.5.7 |
withdrawn | [WTS] [JSN] | |
R1-1610989 | LS on supported modulations for Sidelink V2X | LS out | RAN1, Ericsson | LTE_SL_V2V-Core | Rel-14 |
R1-86 AI: 7.2.1.5.7 |
withdrawn | [WTS] [JSN] | |
R1-1610990 | [Draft] LS on NR RACH Procedure |
LS out LS To: RAN2 revision of R1-1610979 revised to R1-1610992 |
Huawei | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.5.2 |
revised | [WTS] [JSN] | |
R1-1610991 | WF on Updated System Level Evaluation Assumptions for Initial Access in NR |
discussion revised to R1-1611038 |
Qualcomm |
R1-86 AI: 8.1.5.1 |
revised | [WTS] [JSN] | |||
R1-1610992 | LS on NR RACH Procedure |
LS out LS To: RAN2 revision of R1-1610990 |
RAN1, Huawei | FS_NR_newRAT | Rel-14 |
R1-86 AI: 8.1.5.2 |
approved | [WTS] [JSN] | |
R1-1610993 | Way forward on observations of eMBB data channel coding for large block length |
discussion revision of R1-1610981 |
InterDigital |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1610994 | Way Forward on timing relationships of 2 HARQ processes for NB-IoT enhancement |
discussion revision of R1-1610645 |
Huawei, HiSilicon, Deutsche Telekom, Vodafone, China Unicom, IITH, CEWIT, IITM, Tejas Networks, Reliance Jio, Ericsson, ITL, Lenovo, Neul, Potevio, u-blox, Sony |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | |||
R1-1610995 | Way Forward on dynamic resource sharing between eMBB and URLLC in DL |
discussion revision of R1-1610925 |
Huawei, HiSilicon, CATR,Potevio,Samsung |
R1-86 AI: 8.1.2.2 |
available | [WTS] [JSN] | |||
R1-1610996 | Draft CR on UL CWS adjustment for eLAA in 36.213 |
draftCR revision of R1-1609366 revised to R1-1611022 |
Huawei, HiSilicon, Qualcomm, Broadcom, LGE, Ericsson, Intel | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1610997 | WF on Channel Coding Design for NR | discussion | Ericsson, LG |
R1-86 AI: 8.1.3.1 |
withdrawn | [WTS] [JSN] | |||
R1-1610998 | CR for RI transmission on PUSCH for LAA Scells |
CR revision of R1-1609952 |
Qualcomm | 36.212 14.0.0 CR#224 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1610999 | WF on UL Power Control | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.4.5 |
noted | [WTS] [JSN] | |||
R1-1611000 | LS on V2X UE transmission chain |
LS out LS To: RAN2, RAN4 revision of R1-1610966 |
RAN1, Huawei | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1 |
approved | [WTS] [JSN] | |
R1-1611001 | void | other | ETSI |
R1-86 AI: 7.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1611002 | void | other | ETSI |
R1-86 AI: 7.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1611003 | void | other | ETSI |
R1-86 AI: 7.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1611004 | void | other | ETSI |
R1-86 AI: 7.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1611005 | Way Forward on UCI transmission for NR |
discussion revision of R1-1610676 |
LG Electronics, Intel, Panasonic |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1611006 | Draft LS on configuration of NPRS power for NB-IoT downlink positioning |
LS out LS To: RAN4 revised to R1-1611032 |
Huawei | NB_IOTenh | Rel-14 |
R1-86 AI: 7.2.9.1.1 |
revised | [WTS] [JSN] | |
R1-1611007 | Correction on periodic CSI transmission |
CR revision of R1-1610908 |
LG Electronics | 36.213 14.0.0 CR#7761 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1611008 | System-level analysis of UL NOMA schemes |
discussion revision of R1-1610448 |
Intel Corporation |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1611009 | Draft LS for SRS Carrier-Based Switching Agreements |
LS out LS To: RAN2, RAN4 revised to R1-1611049 |
Huawei | LTE_SRS_switch | Rel-14 |
R1-86 AI: 7.2.5 |
revised | [WTS] [JSN] | |
R1-1611010 | Evaluation Assumptions for NR Network Coordination |
discussion revision of R1-1610536 |
Samsung, Intel, ZTE, ZTE Microelectronics, Huawei |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1611011 | WF on RACH preamble evaluation assumptions | discussion | Nokia, Alcatel-Lucent Shanghai Bell, NTT DOCOMO |
R1-86 AI: 8.1.5.2 |
noted | [WTS] [JSN] | |||
R1-1611012 | Way Forward on evaluation assumptions for tracking of phase rotation and/or frequency offset |
discussion revision of R1-1610829 |
LG Electronics, Nokia, Huawei, Samsung, Qualcomm, InterDigital, KT, ZTE |
R1-86 AI: 8.1.4.4 |
agreed | [WTS] [JSN] | |||
R1-1611013 | Way Forward on Remaining Issues on Hybrid CSI |
discussion revision of R1-1610759 |
Samsung, Ericsson |
R1-86 AI: 7.2.2.5.2 |
noted | [WTS] [JSN] | |||
R1-1611014 | Way Forward on Beam management |
discussion revision of R1-1610980 |
CATT, CATR, CMCC, Xinwei, Samsung |
R1-86 AI: 8.1.4.1 |
noted | [WTS] [JSN] | |||
R1-1611015 | WF on Assumptions for Comparing Different SYNC Multiplexing Techniques | discussion | Qualcomm |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1611016 | Way Forward on P-UE sensing timeline in partial sensing | discussion | Huawei, HiSilicon, Sequans, ZTE, Sony |
R1-86 AI: 7.2.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1611017 | [DRAFT]LS on FeMTC VoLTE enhancements |
LS out LS To: RAN2, RAN4 revised to R1-1611053 |
Huawei | LTE_feMTC | Rel-14 |
R1-86 AI: 7.2.8.4 |
revised | [WTS] [JSN] | |
R1-1611018 | Way Forward for Quantized Advanced CSI Feedback Structure |
discussion revision of R1-1610772 |
Ericsson, Huawei, HiSilicon, ZTE, ZTE Microelectronics, CATT, Qualcomm |
R1-86 AI: 7.2.2.1.1 |
noted | [WTS] [JSN] | |||
R1-1611019 | WF on timing relationship for 2 HARQ processes for Rel-14 NB-IoT | discussion | MediaTek, Qualcomm, DoCoMo, AT&T, Softbank, ITRI, Sharp, MTI, APT, Xinwei, ZTE, ZTE Microelectronics, KDDI |
R1-86 AI: 7.2.9.4 |
noted | [WTS] [JSN] | |||
R1-1611020 | Correction of typos due to wrong implementation of CR0283 “Clarification of valid subframe in eMTC” | CR | MCC, Qualcomm | 36.211 14.0.0 CR#308 catA | LTE_MTCe2_L1-Core | Rel-14 |
R1-86 AI: 7.1.5 |
agreed | [WTS] [JSN] |
R1-1611021 | Draft CR on trigger monitoring timeline for triggered grants in eLAA |
draftCR revision of R1-1609948 revised to R1-1611025 |
Qualcomm Incorporated | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
revised | [WTS] [JSN] | |
R1-1611022 | CR on UL CWS adjustment for eLAA in 36.213 |
CR revision of R1-1610996 |
Huawei, HiSilicon, Qualcomm, Broadcom, LGE, Ericsson, Intel | 36.213 14.0.0 CR#778 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1611023 | Comparison of OFDMA vs LSSA system level UL performance |
other revision of R1-1609549 |
ETRI |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1611024 | Offline Thursday discussion summary of initial access for NR | discussion | NTT DOCOMO |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1611025 | CR on trigger monitoring timeline for triggered grants in eLAA |
CR revision of R1-1611021 revised to R1-1613509 |
Qualcomm Incorporated | 36.213 14.0.0 CR#779 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1611026 | Reply LS on CSI measurement ambiguity in LAA |
LS out LS is reply to R1-1608572 LS To: RAN4 revision of R1-1610841 |
RAN1, LG Electronics | LTE_LAA-Perf | Rel-13 |
R1-86 AI: 7.1.3 |
approved | [WTS] [JSN] | |
R1-1611027 | Correction on CSI reference resource definition in LAA |
CR revision of R1-1609169 |
LG Electronics | 36.213 13.3.0 CR#780 catF | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
agreed | [WTS] [JSN] |
R1-1611028 | Correction on CSI reference resource definition in LAA |
CR revised to R1-1613722 |
LG Electronics | 36.213 14.0.0 CR#781 catA | LTE_LAA-Core | Rel-14 |
R1-86 AI: 7.1.3 |
agreed | [WTS] [JSN] |
R1-1611029 | Correction on CSI measurement in LAA |
CR revision of R1-1610773 |
LG Electronics | 36.213 13.3.0 CR#782 catF | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.3 |
agreed | [WTS] [JSN] |
R1-1611030 | Correction on CSI measurement in LAA | CR | LG Electronics | 36.213 14.0.0 CR#783 catA | LTE_LAA-Core | Rel-14 |
R1-86 AI: 7.1.3 |
agreed | [WTS] [JSN] |
R1-1611031 | Response LS to IEEE 802.11 regarding LAA |
LS out LS is reply to R1-167908 LS To: IEEE 802 LAN/MAN Standards Committee revision of R1-1609934 |
RAN1, Qualcomm | LTE_LAA-Core | Rel-13 |
R1-86 AI: 7.1.7 |
approved | [WTS] [JSN] | |
R1-1611032 | LS on configuration of NPRS power for NB-IoT downlink positioning |
LS out LS To: RAN4 LS reply in R4-1701270 revision of R1-1611006 |
RAN1, Huawei | NB_IOTenh-Core | Rel-14 |
R1-86 AI: 7.2.9.1.1 |
approved | [WTS] [JSN] | |
R1-1611033 | LS on SC-MCCH transmission in NB-IoT |
LS out LS To: RAN2 revision of R1-1610969 |
RAN1, HiSilicon | NB_IOTenh-Core, LTE_feMTC-Core | Rel-14 |
R1-86 AI: 7.2.9.2 |
approved | [WTS] [JSN] | |
R1-1611034 | LS on collisions between SC-PTM and Paging in NB-IoT |
LS out LS To: RAN2, RAN3, SA2 revision of R1-1610970 |
RAN1, HiSilicon | NB_IOTenh-Core | Rel-14 |
R1-86 AI: 7.2.9.2 |
approved | [WTS] [JSN] | |
R1-1611035 | WF on synchronization and carrier rasters |
discussion revision of R1-1610954 |
Huawei, HiSilicon |
R1-86 AI: 8.1.5.1 |
noted | [WTS] [JSN] | |||
R1-1611036 | WF on DL control channel design |
discussion revision of R1-1610784 |
Huawei, HiSilicon, Qualcomm, ZTE |
R1-86 AI: 8.1.7.1 |
noted | [WTS] [JSN] | |||
R1-1611037 | Way Forward on phase continuity of DL precodong |
discussion revision of R1-1610633 |
Qualcomm, Huawei, HiSilicon, Xinwei, Ericsson, ZTE, ZTE Microelectronics, Intel |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1611038 | WF on Updated System Level Evaluation Assumptions for Initial Access in NR |
discussion revision of R1-1610991 |
Qualcomm |
R1-86 AI: 8.1.5.1 |
agreed | [WTS] [JSN] | |||
R1-1611039 | Offline outcome of Thursday afternoon on 8.1.7 | discussion | NTT DOCOMO |
R1-86 AI: 8.1.7 |
noted | [WTS] [JSN] | |||
R1-1611040 | Offline outcome of Thursday afternoon on 8.1.2 | discussion | NTT DOCOMO |
R1-86 AI: 8.1.2 |
noted | [WTS] [JSN] | |||
R1-1611041 | Way Forward on bandwidth adapatation in NR |
discussion revision of R1-1610546 |
MediaTek, Acer, CHTTL, III, Panasonic, Ericsson, Nokia, ASB, Samsung, LG, Intel |
R1-86 AI: 8.1.2.2 |
noted | [WTS] [JSN] | |||
R1-1611042 | Draft LS on L1 parameters for Carrier-Based Switching |
LS out LS To: RAN2 revised to R1-1611050 |
Huawei | LTE_SRS_switch | Rel-14 |
R1-86 AI: 7.2.5 |
revised | [WTS] [JSN] | |
R1-1611043 | Discussion about Mini-slots | discussion | ZTE |
R1-86 AI: 8.1.2.2 |
withdrawn | [WTS] [JSN] | |||
R1-1611044 | Way Forward on DL MIMO Transmission |
discussion revision of R1-1610895 |
Huawei, HiSilicon, Ericsson, CATT |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1611045 | Correction on downlink power allocation for SC-PTM |
CR revision of R1-1610901 |
TD Tech, Huawei | 36.213 13.3.0 CR#7492 catF | LTE_SC_PTM-Core | Rel-13 |
R1-86 AI: 7.1.9 |
agreed | [WTS] [JSN] |
R1-1611046 | Way Forward on SRS transmission | discussion | CATT, Nokia, ASB |
R1-86 AI: 8.1.4.4 |
noted | [WTS] [JSN] | |||
R1-1611047 | Way Forward on Network Coordination for Advanced Receivers |
discussion revision of R1-1610735 revised to R1-1611064 |
Samsung, Intel, MediaTek, Orange, Vodafone, IITH, Tejas Networks, IITM, KDDI, CeWiT, Reliance Jio |
R1-86 AI: 8.1.4.2 |
revised | [WTS] [JSN] | |||
R1-1611048 | Summary of RAN1 agreements for Rel-14 FeMTC | other | Ericsson |
R1-86 AI: 7.2.8 |
available | [WTS] [JSN] | |||
R1-1611049 | LS for SRS Carrier-Based Switching Agreements |
LS out LS To: RAN2, RAN4 revision of R1-1611009 |
RAN1, Huawei | LTE_SRS_switch-Core | Rel-14 |
R1-86 AI: 7.2.5 |
approved | [WTS] [JSN] | |
R1-1611050 | LS on L1 parameters for Carrier-Based Switching |
LS out LS To: RAN2 revision of R1-1611042 |
RAN1, Huawei | LTE_SRS_switch-Core | Rel-14 |
R1-86 AI: 7.2.5 |
approved | [WTS] [JSN] | |
R1-1611051 | LS regarding agreements for FeMBMS |
LS out LS To: RAN2 revision of R1-1610605 |
RAN1, Qualcomm | MBMS_LTE_enh2-Core | Rel-14 |
R1-86 AI: 7.2.4.3 |
approved | [WTS] [JSN] | |
R1-1611052 | LS on Multipath RSTD reporting and CRS usage together with PRS |
LS out LS To: RAN2 revision of R1-1610972 |
RAN1, Ericsson, Intel | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6.1 |
approved | [WTS] [JSN] | |
R1-1611053 | LS on FeMTC VoLTE enhancements |
LS out LS To: RAN2, RAN4 revision of R1-1611017 |
RAN1, Huawei | LTE_feMTC-Core | Rel-14 |
R1-86 AI: 7.2.8.4 |
approved | [WTS] [JSN] | |
R1-1611054 | LS on implication of sTTI operation on UL ON/OFF time mask |
LS out LS To: RAN4 LS reply in R4-1701258, R4-1704840, R4-1707650, R4-1710868 revision of R1-1610585 |
RAN1, Ericsson | LTE_sTTIandPT-Core | Rel-15 |
R1-86 AI: 7.2.10.2.1 |
approved | [WTS] [JSN] | |
R1-1611055 | LS On Shortened TTI and processing time for LTE |
LS out LS To: RAN2, RAN4 revision of R1-1610584 |
RAN1, Ericsson | LTE_sTTIandPT-Core | Rel-15 |
R1-86 AI: 7.2. |
approved | [WTS] [JSN] | |
R1-1611056 | Reply LS on A New PRACH Cyclic Shift Restriction Set |
LS out LS is reply to R1-163371 LS To: RAN4, RAN2 revision of R1-1610985 |
RAN1, Huawei | LTE_high_speed-Core | Rel-14 |
R1-86 AI: 7.2.11 |
approved | [WTS] [JSN] | |
R1-1611057 | LS for Voice and Video enhancement for LTE |
LS out LS To: RAN2 revision of R1-1610606 |
RAN1, Huawei | LTE_VoLTE_ViLTE_enh-Core | Rel-14 |
R1-86 AI: 7.2.12 |
approved | [WTS] [JSN] | |
R1-1611058 | WF on further MA results summary | discussion | LG Electronics, Huawei, HiSilicon, ZTE, Samsung |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1611059 | Way Forward on Data Sharing | discussion | Qualcomm |
R1-86 AI: 8.1.3.1 |
noted | [WTS] [JSN] | |||
R1-1611060 | Offline outcome of Friday morning | discussion | NTT DOCOMO |
R1-86 AI: 8.1.2 |
noted | [WTS] [JSN] | |||
R1-1611061 | [Draft] LS on RAN1 agreements potentially related to RAN2/4 in LTE-based V2X services |
LS out LS To: RAN2, RAN4 revised to R1-1611066 |
LGE | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1 |
revised | [WTS] [JSN] | |
R1-1611062 | Summary of preliminary LLS results |
discussion revision of R1-1610530 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1611063 | Summary of preliminary SLS results |
discussion revision of R1-1610531 |
Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
available | [WTS] [JSN] | |||
R1-1611064 | Way Forward on Network Coordination for Advanced Receivers |
discussion revision of R1-1611047 |
Samsung, Intel, MediaTek, AT&T, Orange, Vodafone, IITH, Tejas Networks, IITM, KDDI, CeWiT, Reliance Jio |
R1-86 AI: 8.1.4.2 |
noted | [WTS] [JSN] | |||
R1-1611065 | To capture LLS and SLS simulation results for NR MA Huawei, HiSilicon | discussion | Huawei, HiSilicon |
R1-86 AI: 8.1.1.2 |
noted | [WTS] [JSN] | |||
R1-1611066 | LS on RAN1 agreements potentially related to RAN2/4 in LTE-based V2X services |
LS out LS To: RAN2, RAN4 revision of R1-1611061 |
RAN1, LGE | LTE_V2X-Core | Rel-14 |
R1-86 AI: 7.2.1 |
approved | [WTS] [JSN] | |
R1-1611067 | List of agreements for “SRS Carrier-Based Switching” | other | Huawei |
R1-86 AI: 7.2.5 |
available | [WTS] [JSN] | |||
R1-1611068 | Summary of RAN1 agreements for Rel-14 work item on ‘Performance enhancements for high speed scenario’ | other | Huawei, HiSilicon, NTT DOCOMO | LTE_high_speed-Core | Rel-14 |
R1-86 AI: 7.2.11 |
available | [WTS] [JSN] | |
R1-1611069 | Summary of RAN1 agreements for Rel-14 Further Indoor Positioning | other | Huawei, HiSilicon, NextNav | UTRA_LTE_iPos_enh2-Core | Rel-14 |
R1-86 AI: 7.2.6 |
available | [WTS] [JSN] | |
R1-1611070 | Summary of RAN1 Agreements for Rel-14 DL MUST | other | MediaTek | LTE_MUST-Core | Rel-14 |
R1-86 AI: 7.2.3 |
available | [WTS] [JSN] | |
R1-1611071 | NR channel coding BLER database | other | InterDigital |
R1-86 AI: 8.1.3.1 |
available | [WTS] [JSN] | |||
R1-1611072 | Correction on PDCCH candidate configuration |
CR revision of R1-1610853 |
LG Electronics | 36.213 14.0.0 CR#784 catF | LTE_eLAA-Core | Rel-14 |
R1-86 AI: 7.1.7 |
agreed | [WTS] [JSN] |
R1-1611073 | New Transport Block Size (TBS) tables for Rel-14 NB-IoT | other | Ericsson |
R1-86 AI: 7.2.9.4 |
agreed | [WTS] [JSN] | |||
R1-1611074 | Correction on PDCCH candidate configuration |
CR revision of R1-1610852 |
Nokia, Alcatel-Lucent Shanghai Bell | 36.213 13.3.0 CR#753 catF | LTE_CA_enh_b5C-Core | Rel-13 |
R1-86 AI: 7.1.2 |
agreed | [WTS] [JSN] |
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