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 |
|---|---|---|---|---|---|---|---|---|---|
| R1-1715564 | On Design Aspects for NR-based access to Unlicensed Spectrum |
discussion revision of R1-1714363 |
PANASONIC R&D Center Germany |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715576 | Discussion on NoMA study for Rel-15 SI |
other revision of R1-1713787 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715577 | Discussion on LLS evaluation for NoMA |
other revision of R1-1713788 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715578 | High level consideration on NR unlicensed band operation |
other revision of R1-1713782 revised to R1-1717911 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715579 | NR Numerology on unlicensed bands |
other revision of R1-1713783 revised to R1-1717912 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715580 | NR Frame structure on unlicensed bands |
other revision of R1-1713784 revised to R1-1717913 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715581 | Coexistence and Channel access for NR unlicensed band operations |
other revision of R1-1713785 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715582 | NR standalone operation on unlicensed bands |
other revision of R1-1713786 revised to R1-1717915 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715583 | Remaining issues on ECP |
other revision of R1-1713732 revised to R1-1717910 |
Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715653 | Forward compatibility consideration for ECP design and NR-MBMS | discussion | vivo |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715654 | Measurement results and analysis on UE power consumption |
discussion revised to R1-1717509 |
vivo |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715655 | NR UE power saving |
discussion revised to R1-1717510 |
vivo |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715729 | NTN channel modeling | other | Huawei, HiSilicon |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715730 | V2X channel modeling | other | Huawei, HiSilicon, Spirent |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1715776 | Correction on 3D-InH channel model in TR 36.873 | draftCR | CATT, CATR, Huawei, ZTE | FS_LTE_3D_channel | Rel-14 |
R1-ah-18959 AI: 6.8 |
conditionally agreed | [WTS] [JSN] | |
| R1-1715782 | Correction on car penetration loss in TR 38.901 |
draftCR revised to R1-1716687 |
CATT, CATR, ZTE | FS_NR_newRAT | Rel-14 |
R1-ah-18959 AI: 6.8 |
revised | [WTS] [JSN] | |
| R1-1716063 | On Modulation Scheme for URLLC with Pre-emption based Multiplexing in DL | other | Samsung R&D Institute India |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716064 | Analysis of a Map-based Hybrid Channel Model | other | Samsung R&D Institute India |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716129 | On Autonomous UL Transmissions for NR in Unlicensed Spectrum |
discussion revision of R1-1713985 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716130 | On Channel Access Mechanisms for NR in Unlicensed Spectrum |
discussion revision of R1-1713986 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716131 | On NR Operation in the 60 GHz Unlicensed Band |
discussion revision of R1-1713987 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716132 | On Physical Layer Design Policies for Unlicensed Operation of NR |
discussion revision of R1-1713988 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716133 | Technology Components for Unlicensed Operation |
discussion revision of R1-1713989 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716134 | Discussion of Multi-Antenna and Highly Directional Beam-Forming for Operation in Unlicensed Spectrum |
discussion revision of R1-1713984 |
Ericsson GmbH, Eurolab |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716253 | DRS Design for Unlicensed Spectrum |
discussion revised to R1-1720474 |
Sony |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716452 | Low PAPR Modulation | discussion | Qualcomm Austria RFFE GmbH | Rel-15 |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | ||
| R1-1716551 | LBT Considering Beamforming in Unlicensed Spectrum |
discussion revision of R1-1714177 revised to R1-1717899, R1-1720568 |
ASUSTEK COMPUTER (SHANGHAI) |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716612 | RS design options for pi/2 BPSK with spectrum shaping | other | IITH |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716615 | On positioning in NR Rel-15 | discussion | Nokia, Nokia Shanghai Bell |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716649 | UE Power Saving in NR | discussion | Sony |
R1-ah-18959 AI: 6.8 |
available | [WTS] [JSN] | |||
| R1-1716687 | Correction on car penetration loss in TR 38.901 |
draftCR revision of R1-1715782 revised to R1-1716693 |
CATT, CATR, ZTE | FS_NR_newRAT | Rel-14 |
R1-ah-18959 AI: 6.8 |
revised | [WTS] [JSN] | |
| R1-1716693 | Correction on car penetration loss in TR 38.901 |
draftCR revision of R1-1716687 |
CATT, CATR, ZTE | FS_NR_newRAT | Rel-14 |
R1-ah-18959 AI: 6.8 |
noted | [WTS] [JSN] | |
| R1-1716867 | Chairman's notes of AI 6.8 Other – Channel Modelling | other | Ad-Hoc chair (Nokia) |
R1-ah-18959 AI: 6.8 |
endorsed | [WTS] [JSN] |
33 documents (0.36095213890076 seconds)