Download results in JSON format
UID | Acronym | Name | Rel | Groups | % | WI-tdoc | Rapporteur | links |
---|---|---|---|---|---|---|---|---|
910040 | Ranging | Ranging-based Service and sidelink positioning | Rel-18 | 99% | SP-210212 | Xiaowei jiang, Xiaomi | [JSN] | |
910034 | Ranging | Stage 1 for Ranging | Rel-18 | S1 | 100% | SP-210212 | Xiaowei jiang, Xiaomi | [JSN] |
910036 | LPHAP | Low Power High Accuracy Positioning for industrial IoT scenarios | Rel-18 | S1 | 100% | SP-210216 | Yuan Wang, Huawei | [JSN] |
910026 | FS_NSCE | Study on network slice management capability exposure | Rel-18 | S5 | 100% | SP-220350 | Xiaobo Yu, Alibaba Group | [JSN] |
910038 | EASNS | Enhanced Access to and Support of Network Slice | Rel-18 | 100% | SP-210210 | Chun, SungDuck, LG Electronics Inc. | [JSN] | |
910032 | EASNS | Stage 1 for EASNS | Rel-18 | S1 | 100% | SP-210210 | Chun, SungDuck, LG Electronics Inc. | [JSN] |
910023 | FS_eNS2_SEC | Study on enhanced security for network slicing Phase 2 | Rel-18 | S3 | 100% | SP-210106 | Zander Lei, Huawei | [JSN] |
910022 | FS_NSCALE | Study on Network Slice Capability Exposure for Application Layer Enablement | Rel-18 | S6 | 100% | SP-211509 | Zheng, Shaowen, CMCC | [JSN] |
910039 | 5TRS | 5G Timing Resiliency System | Rel-18 | 99% | SP-210211 | Betsy Covell, Nokia | [JSN] | |
910033 | 5TRS | Stage 1 for 5TRS | Rel-18 | S1 | 100% | SP-210211 | Betsy Covell, Nokia | [JSN] |
910035 | DI_5G | Data Integrity in 5GS | Rel-18 | S1 | 100% | SP-210213 | Qun wei, China Unicom | [JSN] |
910028 | FS_CICDNS | Study on Continuous integration continuous delivery support for 3GPP NFs. | Rel-18 | S5 | 100% | SP-211427 | Vaishnavi, Ishan, Lenovo | [JSN] |
910031 | FS_eSBMA | Study on Enhancement of service-based management architecture | Rel-18 | S5 | 100% | SP-210136 | Lan Zou, Huawei | [JSN] |
840024 | FS_eNPN | Study on enhanced support of Non-Public Networks | Rel-17 | S2 | 100% | SP-200094 | Peter Hedman | [JSN] |
910016 | eNPN | CT aspects of eNPN | Rel-17 | ct | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910066 | eNPN | CT1 aspects of eNPN | Rel-17 | C1 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910067 | eNPN | CT3 aspects of eNPN | Rel-17 | C3 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910068 | eNPN | CT4 aspects of eNPN | Rel-17 | C4 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910001 | FS_NPN4AVProd | Study on Media Production over 5G NPN | Rel-17 | S4 | 100% | SP-210241 | Lohmar, Thorsten, Ericsson | [JSN] |
910006 | 5G_eLCS_ph2 | CT aspects of 5G_eLCS_ph2 | Rel-17 | ct | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910053 | 5G_eLCS_ph2 | CT1 aspects of 5G_eLCS_ph2 | Rel-17 | C1 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910054 | 5G_eLCS_ph2 | CT3 aspects of 5G_eLCS_ph2 | Rel-17 | C3 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910055 | 5G_eLCS_ph2 | CT4 aspects of 5G_eLCS_ph2 | Rel-17 | C4 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
820026 | FS_UASAPP | Study on application layer support for Uncrewed Aerial System (UAS) | Rel-17 | S6 | 100% | SP-200111 | Niranth Amogh, Huawei | [JSN] |
920045 | UASAPP | Application layer support for Uncrewed Aerial System (UAS) | Rel-17 | 100% | SP-200988 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
910017 | ID_UAS | CT aspects for ID_UAS | Rel-17 | ct | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910069 | ID_UAS | CT1 aspects for ID_UAS | Rel-17 | C1 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910070 | ID_UAS | CT3 aspects for ID_UAS | Rel-17 | C3 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910071 | ID_UAS | CT4 aspects for ID_UAS | Rel-17 | C4 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
830025 | FS_5GSAT_MO | Study on management and orchestration aspects with integrated satellite components in a 5G network | Rel-17 | S5 | 100% | SP-190138 | Floris Drijver, TNO | [JSN] |
910014 | IIoT | CT aspects of support of enhanced Industrial IoT | Rel-17 | ct | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910060 | IIoT | CT1 aspects of support of enhanced Industrial IoT | Rel-17 | C1 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910061 | IIoT | CT3 aspects of support of enhanced Industrial IoT | Rel-17 | C3 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910062 | IIoT | CT4 aspects of support of enhanced Industrial IoT | Rel-17 | C4 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910019 | eV2XAPP | CT aspects of eV2XAPP | Rel-17 | ct | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910076 | eV2XAPP | CT1 aspects of eV2XAPP | Rel-17 | C1 | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910077 | eV2XAPP | CT3 aspects of eV2XAPP | Rel-17 | C3 | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910037 | eV2XARC_Ph2 | Support of advanced V2X services - Phase 2 | Rel-17 | 100% | SP-210090 | LaeYoung Kim, LG Electronics | [JSN] | |
850013 | FS_eV2XARC_Ph2 | Study on V2X services – Phase 2 | Rel-17 | S2 | 100% | SP-190631 | LaeYoung Kim, LG Electronics | [JSN] |
910021 | eV2XARC_Ph2 | Stage 2 of eV2XARC_Ph2 | Rel-17 | S2 | 100% | SP-210090 | LaeYoung Kim, LG Electronics | [JSN] |
910029 | PACMAN | Plug and connect support for management of Network Functions | Rel-17 | S5 | 100% | SP-210260 | Per Elmdahl, Ericsson | [JSN] |
830030 | FS_5MBS | Study on Architectural enhancements for 5MBS | Rel-17 | S2 | 100% | SP-200690 | Meng Li, Huawei | [JSN] |
920051 | MCOver5GS | Mission Critical Services over 5GS | Rel-17 | 100% | SP-200833 | Wendler, Ingo, UIC | [JSN] | |
910005 | eEDGE_5GC | CT aspects of 5G eEDGE | Rel-17 | ct | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910049 | eEDGE_5GC | CT1 aspects of 5G eEDGE | Rel-17 | C1 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910050 | eEDGE_5GC | CT3 aspects of 5G eEDGE | Rel-17 | C3 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910051 | eEDGE_5GC | CT4 aspects of 5G eEDGE | Rel-17 | C4 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
850010 | FS_eNS_Ph2 | Study on Enhancement of Network Slicing Phase 2 | Rel-17 | S2 | 100% | SP-190931 | So, Tricci, ZTE | [JSN] |
920059 | eNS_Ph2 | Stage 3 for Enhancement of Network Slicing Phase 2 | Rel-17 | ct | 99% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910041 | eNS_Ph2 | CT1 aspects of eNS_Ph2 | Rel-17 | C1 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910042 | eNS_Ph2 | CT3 aspects of eNS_Ph2 | Rel-17 | C3 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910043 | eNS_Ph2 | CT4 aspects of eNS_Ph2 | Rel-17 | C4 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910015 | MUSIM | CT aspects of MUSIM | Rel-17 | ct | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
910063 | MUSIM | CT1 aspects of Enabling Multi-USIM Devices | Rel-17 | C1 | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
910064 | MUSIM | CT4 aspects of Enabling Multi-USIM Devices | Rel-17 | C4 | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
910025 | UPIP_SEC_LTE | User Plane Integrity Protection for LTE | Rel-17 | S3 | 100% | SP-210105 | Evans, Tim, Vodafone | [JSN] |
910007 | SPOCUP | Start of Pause of Charging via User Plane | Rel-17 | C4 | 100% | CP-210076 | YONG, YANG, Ericsson, frank | [JSN] |
940048 | eCryptPr | Enhancements of 3GPP profiles for cryptographic algorithms and security protocols | Rel-17 | 100% | SP-210107 | Pinar Comak, Ericsson | [JSN] | |
910024 | eCryptPr | Stage 2 for eCryptPr | Rel-17 | S3 | 100% | SP-210107 | Pinar Comak, Ericsson | [JSN] |
900005 | RDSSI | CT aspects of RDSSI | Rel-17 | C1 | 100% | CP-203234 | Vivek Gupta, Intel | [JSN] |
920049 | eSEAL | Enhanced Service Enabler Architecture Layer for Verticals | Rel-17 | 100% | SP-200987 | Basavaraj (Basu) Pattan, Samsung | [JSN] | |
840084 | FS_ATSSS_Ph2 | Study on ATSSS_Ph2 | Rel-17 | S2 | 100% | SP-200095 | So, Tricci, ZTE | [JSN] |
910013 | ATSSS_Ph2 | CT aspects of ATSSS_Ph2 | Rel-17 | ct | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910056 | ATSSS_Ph2 | CT1 aspects of ATSSS_Ph2 | Rel-17 | C1 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910057 | ATSSS_Ph2 | CT3 aspects of ATSSS_Ph2 | Rel-17 | C3 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910058 | ATSSS_Ph2 | CT4 aspects of ATSSS_Ph2 | Rel-17 | C4 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
840022 | FS_eNA_Ph2 | Study on Enablers for Network Automation for 5G - phase 2 | Rel-17 | S2 | 100% | SP-200098 | Xiaobo Wu, Huawei Technologies | [JSN] |
910012 | eNA_Ph2 | CT aspects of eNA_Ph2 | Rel-17 | ct | 100% | CP-211191 | Huang Zhenning (China Mobile) | [JSN] |
910088 | eNA_Ph2 | CT3 aspects of eNA_Ph2 | Rel-17 | C3 | 100% | CP-213261 | Huang Zhenning (China Mobile) | [JSN] |
910089 | eNA_Ph2 | CT4 aspects of eNA_Ph2 | Rel-17 | C4 | 100% | CP-211191 | Huang Zhenning (China Mobile) | [JSN] |
910018 | 5G_ProSe | CT aspects of proximity based services in 5GS | Rel-17 | ct | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910072 | 5G_ProSe | CT1 aspects of 5G_ProSe | Rel-17 | C1 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910073 | 5G_ProSe | CT3 aspects of 5G_ProSe | Rel-17 | C3 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910074 | 5G_ProSe | CT4 aspects of 5G_ProSe | Rel-17 | C4 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
920081 | 5G_ProSe | CT6 aspects of 5G_ProSe | Rel-17 | C6 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910004 | GBA_5G | CT aspects of Integration of GBA into SBA | Rel-17 | C4 | 100% | CP-210283 | de Gregorio, Jesús (Ericsson) | [JSN] |
910047 | GBA_5G | Integration of Generic Bootstrapping Architecture (GBA) into 5GC | Rel-17 | S3 | 100% | SP-190714 | Vlasios Tsiatsis, Ericsson | [JSN] |
890012 | eUPIP_SEC | Enhancements to User Plane Integrity Protection Support in 5GS | Rel-17 | S3 | 100% | SP-200719 | Anand Palanigounder, Qualcomm Incorporated | [JSN] |
940047 | TEI17_IMSGID | IMS Optimization for HSS Group ID in an SBA environment (St. 2) | Rel-17 | S2 | 100% | SP-200452 | Foti, George, Ericsson | [JSN] |
870003 | TEI17_IMSGID | Stage 2 for TEI17_IMSGID | Rel-17 | S2 | 100% | SP-200452 | Foti, George, Ericsson | [JSN] |
880016 | TEI17_SPSFAS | Stage 2 for TEI17_SPSFAS | Rel-17 | S2 | 100% | SP-200447 | Heng, Nie, China Telecom | [JSN] |
910003 | TEI17_SPSFAS | CT aspects on TEI17_SPSFAS | Rel-17 | ct | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
910045 | TEI17_SPSFAS | CT3 aspects on TEI17_SPSFAS | Rel-17 | C3 | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
910046 | TEI17_SPSFAS | CT4 aspects on TEI17_SPSFAS | Rel-17 | C4 | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
870004 | TEI17_SAPES | Stage 2 for TEI17_SAPES | Rel-17 | S2 | 100% | SP-200453 | Foti, George, Ericsson | [JSN] |
910020 | TEI17_SAPES | CT aspects on TEI17_SAPES | Rel-17 | ct | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
910079 | TEI17_SAPES | CT1 aspects on TEI17_SAPES | Rel-17 | C1 | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
910080 | TEI17_SAPES | CT3 aspects on TEI17_SAPES | Rel-17 | C3 | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
870005 | TEI17_DCAMP | Stage 2 for TEI17_DCAMP | Rel-17 | S2 | 100% | SP-200446 | Pancorbo, Belen (Ericsson) | [JSN] |
910009 | TEI17_DCAMP | CT aspects on TEI17_DCAMP | Rel-17 | ct | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
910082 | TEI17_DCAMP | CT3 aspects on TEI17_DCAMP | Rel-17 | C3 | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
910083 | TEI17_DCAMP | CT4 aspects on TEI17_DCAMP | Rel-17 | C4 | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
870006 | TEI17_IPU | IP address pool information from UDM | Rel-17 | S2 | 100% | SP-200454 | Stefan Rommer | [JSN] |
910010 | TEI17_GEM | CT aspects on TEI17_GEM | Rel-17 | ct | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
910085 | TEI17_GEM | CT3 aspects on TEI17_GEM | Rel-17 | C3 | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
910086 | TEI17_GEM | CT4 aspects on TEI17_GEM | Rel-17 | C4 | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
920041 | TEI17_N3SLICE | Support of different slices over different Non 3GPP access | Rel-17 | 100% | SP-200456 | Laurent Thiebaut, Nokia | [JSN] | |
870008 | TEI17_N3SLICE | Stage 2 for TEI17_N3SLICE | Rel-17 | S2 | 100% | SP-200456 | Laurent Thiebaut, Nokia | [JSN] |
910011 | TEI17_NIESGU | CT3 aspects of N7 Interfaces Enhancements to Support GERAN and UTRAN | Rel-17 | C3 | 100% | CP-211194 | Huang Zhenning (China Mobile) | [JSN] |
920082 | TEI17_NIESGU | CT4 aspects of N7 Interfaces Enhancements to Support GERAN and UTRAN | Rel-17 | C4 | 100% | CP-211194 | Huang Zhenning (China Mobile) | [JSN] |
911034 | IMSProtoc17 | IMS Stage-3 IETF Protocol Alignment | Rel-17 | ct | 75% | CP-201167 | Gkatzikis, Lazaros(Nokia) | [JSN] |
910030 | FIMA | File Management | Rel-17 | S5 | 100% | SP-210135 | Pollakowski, Olaf, Nokia | [JSN] |
850028 | FS_eMDAS | Study on enhancement of Management Data Analytics Service | Rel-17 | S5 | 100% | SP-190930 | Yao, Yizhi, Intel | [JSN] |
940078 | eMDAS | Enhancements of Management Data Analytics Service | Rel-17 | S5 | 100% | SP-210132 | Yao, Yizhi, Intel | [JSN] |
880093 | NR_FR1_35MHz_45MHz_BW | Introduction of channel bandwidths 35MHz and 45MHz for NR FR1 | Rel-17 | 100% | RP-211386 | Huawei | [JSN] | |
880193 | NR_FR1_35MHz_45MHz_BW-Core | Core part: NR_FR1_35MHz_45MHz_BW | Rel-17 | R4 | 100% | RP-211386 | Huawei | [JSN] |
880293 | NR_FR1_35MHz_45MHz_BW-Perf | Perf. Part: NR_FR1_35MHz_45MHz_BW | Rel-17 | R4 | 100% | RP-211386 | Huawei | [JSN] |
911019 | ENDC_R17_1BLTE_1BNR_MSD | Addition of MSD (Maximum Sensitivity Degradation) for inter-band EN-DC combinations (1 band LTE+1 band NR FR1) due to added channel bandwidths | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
911119 | ENDC_R17_1BLTE_1BNR_MSD-Core | Core part: ENDC_R17_1BLTE_1BNR_MSD | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
930259 | ENDC_R17_1BLTE_1BNR_MSD-Perf | Stopped - Perf. Part: ENDC_R17_1BLTE_1BNR_MSD | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
880182 | NR_47GHz_band-Core | Core part: Introduction of NR 47GHz band | Rel-17 | R4 | 100% | RP-212528 | Ericsson | [JSN] |
880282 | NR_47GHz_band-Perf | Perf. part: Introduction of NR 47GHz band | Rel-17 | R4 | 100% | RP-212528 | Ericsson | [JSN] |
880084 | NR_band_n24 | Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
880184 | NR_band_n24-Core | Core part: Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
880284 | NR_band_n24-Perf | Perf. part: Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
880083 | NR_SUL_UL_n24 | Introduction of 1.6 GHz NR supplemental uplink (SUL) band with same uplink frequency range of Band 24 | Rel-17 | 100% | RP-210341 | Ligado Networks | [JSN] | |
880183 | NR_SUL_UL_n24-Core | Core part: NR_SUL_UL_n24 | Rel-17 | R4 | 100% | RP-210341 | Ligado Networks | [JSN] |
880283 | NR_SUL_UL_n24-Perf | Perf. part: NR_SUL_UL_n24 | Rel-17 | R4 | 100% | RP-210341 | Ligado Networks | [JSN] |
880181 | LTE_B24_mod-Core | Core part: LTE_B24_mod | Rel-17 | R4 | 100% | RP-211507 | Ligado Networks | [JSN] |
880281 | LTE_B24_mod-Perf | Perf. part: LTE_B24_mod | Rel-17 | R4 | 100% | RP-211507 | Ligado Networks | [JSN] |
911032 | FS_eIMS5G2 | Study on enhanced IMS to 5GC Integration Phase 2 | Rel-17 | ct | 100% | CP-201358 | Haitao Wei (Huawei) | [JSN] |
880004 | FS_disagg_gNB_Sec | Stopped - Study on security aspects of the Disaggregated gNB Architecture | Rel-17 | S3 | 100% | SP-200349 | Sen XU, China Telecom | [JSN] |
860014 | eV2XARC | Security Aspects of eV2XARC | Rel-16 | S3 | 100% | SP-191125 | Dongjoo Kim, LG Electronics Inc. | [JSN] |
910008 | nrUICC_UEConTest | UICC-terminal interface testing for UEs with non-removable UICCs | Rel-16 | C6 | 80% | CP-210285 | Marquordt, Arne, COMPRION GmbH | [JSN] |
710074 | AASenh_BS_LTE_UTRA | Enhancements of Base Station (BS) RF and EMC requirements for Active Antenna System (AAS) | Rel-15 | 71% | RP-161668 | Huawei | [JSN] | |
710274 | AASenh_BS_LTE_UTRA-Perf | Perf. part: Enhancements of Base Station (BS) RF and EMC requirements for Active Antenna System (AAS) | Rel-15 | R4 | 50% | RP-181297 | Huawei | [JSN] |
710064 | FS_LTE_BW_flex | Stopped - Study on LTE bandwidth flexibility enhancements | Rel-15 | R4 | 100% | RP-161670 | Huawei | [JSN] |
700161 | LTE_SL_V2V-Core | Core part: Support for V2V services based on LTE sidelink | Rel-14 | R1 | 100% | RP-161603 | LG Electronics | [JSN] |
700261 | LTE_SL_V2V-Perf | Perf. part: Support for V2V services based on LTE sidelink | Rel-14 | R4 | 100% | RP-161603 | LG Electronics | [JSN] |
700271 | LTE_CA_R14_2DL2UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/2UL | Rel-14 | R4 | 90% | RP-170312 | Huawei | [JSN] |
700276 | LTE_CA_R14_3DL1UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/1UL | Rel-14 | R4 | 90% | RP-170309 | Huawei | [JSN] |
670256 | LTE_MC_load-Perf | Perf. part: Multicarrier Load Distribution of UEs in LTE | Rel-13 | R4 | 100% | RP-161699 | ZTE | [JSN] |
710069 | LTE_SC_PTM-UEConTest | UE Conformance Test Aspects - Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R5 | 100% | RP-161681 | Huawei | [JSN] |
710068 | LTE_TDD_1447MHz_China-UEConTest | UE Conformance Test Aspects - Introduction of 1447-1467MHz Band for TD-LTE in China | Rel-13 | R5 | 100% | RP-161679 | Huawei | [JSN] |
720087 | FS_LTE_LAA_multinode_test | Study on multi-node testing for LAA | Rel-13 | R4 | 100% | RP-162144 | Huawei | [JSN] |
500025 | IPXS | Stage 2 for Advanced IP Interconnection of Services | Rel-11 | S2 | 100% | SP-100876 | Ericsson | [JSN] |
450028 | NIMTC | Deleted - TR on Stage 2 for Network Improvements for Machine-Type Communications | Rel-10 | S2 | 100% | SP-100863 | Samsung | [JSN] |
450036 | LIPA_SIPTO | TR on Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S2 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450038 | SIPTO | Stage 2/3 for SIPTO for macro networks | Rel-10 | S2,C4,C1 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450138 | SIPTO | Stage 2 for SIPTO for macro networks | Rel-10 | S2 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450145 | ECSRA_LAA | SA4 review of TR on Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S4 | 100% | SP-100467 | Qualcomm | [JSN] |
33022 | LibSec | Liberty Alliance and 3GPP Security Interworking | Rel-7 | S3 | 100% | SP-050145 | Nokia | [JSN] |
33023 | TrustOP | Trust Requirements for Open Platforms in 3GPP | Rel-7 | S3 | 100% | SP-040863 | Nokia | [JSN] |
33024 | AlgUEA2 | Development of UEA2 and UIA2 | Rel-7 | S3 | 100% | SP-040864 | TeliaSonera | [JSN] |
33026 | LI-7A | Lawful Interception in the 3GPP Rel-7 architecture | Rel-7 | S3 | 100% | SP-050237 | BMWI | [JSN] |
330008 | NDSAFTLS | NDS Authentication Framework Extension for Transport Layer Security | Rel-7 | S3 | 100% | SP-060507 | Nokia | [JSN] |
732030 | SEC7 | Security enhancements | Rel-7 | S3,C1,C4 | 100% | - | - | [JSN] |
732031 | SEC7-HSUN | HTTPS connection between a UICC and a NAF | Rel-7 | S3,C1 | 100% | SP-050573 | Gemalto | [JSN] |
732032 | SEC7-2GGBA | 2G GBA: 2G SIM usage in 3GPP GAA framework | Rel-7 | S3 | 100% | SP-050576 | Nokia | [JSN] |
732033 | SEC7-GAA2 | Generic Authentication Architecture usage extensions and optimizations | Rel-7 | S3 | 100% | SP-060429 | Nokia | [JSN] |
32034 | SEC7-NDS-TCAPsec | SS7 TCAP security Gateway | Rel-7 | S3,C4 | 100% | SP-050579 | Siemens | [JSN] |
310004 | SEC7-NDS-TCAPsec-SA3 | SA3 aspects of SEC7-NDS-TCAPsec | Rel-7 | S3 | 100% | SP-050579 | Siemens | [JSN] |
310005 | SEC7-TCAP | TCAPsec Gateway | Rel-7 | C4 | 100% | CP-060170 | Siemens | [JSN] |
31047 | - | Deleted - Stage 1 - Requirements | Rel-6 | S1 | 100% | SP-040331 | Vodafone | [JSN] |
1998 | - | IMS signalling flows | Rel-5 | N1 | 100% | - | - | [JSN] |
1616 | - | Standardisation of detailed stage 2 description | Rel-4 | N4 | 100% | N4-000512 | - | [JSN] |
1679 | - | Stage 3 for IP Transport of CN protocols (e.g. CAP, MAP) | Rel-4 | N4 | 100% | - | - | [JSN] |
2018 | - | CAP | Rel-4 | N2 | 100% | - | - | [JSN] |
2019 | - | MAP | Rel-4 | N4 | 100% | - | - | [JSN] |
1642 | - | Stage 1 for LCS support in the PS domain | Rel-4 | S1 | 100% | - | Pacific Bell Wireless | [JSN] |
All information on this page is aggregated from the 3GPP WorkPlan.