| | | |
3Q24 |
TR 38.743 | Mr. Chen, Jiajun | ZTE Corporation | on enhancements for AI/ML for NG-RAN |
TR 38.799 | Mr. Min, Tianyang | NTT DOCOMO INC.. | on Additional Topological Enhancements for NR |
2Q24 |
TR 38.718-01-01 | Mr. Lindell, Per | Ericsson LM | on NR intra-band CA Rel-18 for xCC DL/yCC UL |
TR 38.718-02-01 | Mr. Zhou, Wubin | ZTE Corporation | on NR inter-band CA/DC Rel-18 for 2DL/xUL |
TR 38.718-03-01 | Dr. Ma, Zhifeng | ZTE Corporation | on NR inter-band CA/DC Rel-18 for 3DL/xUL |
TR 38.850 | Mr. BASAIER, JIALADE | China Unicom | on High power UE for NR inter-band CA/DC yDL/1UL |
TR 38.880 | Mr. Xing, Jinqiang | OPPO Beijing | on UE reqs for 3Tx inter-band UL CA and EN-DC |
TR 38.894 | Miss Hu, Dan | HuaWei Technologies Co., Ltd | Reqs for simult. Rx/Tx band comb. NR CA/DC, NR SUL, LTE/NR DC |
TR 38.896 | Mr. BASAIER, JIALADE | China Unicom | High power for FR1 for FDD single band(s) with power class 2 |
TR 38.897 | Dr. Kong, Lingyu | HiSilicon Technologies Co. Ltd | High power UE for NR TDD intra-band CA in FR1 |
TR 38.898 | Mr. Lindell, Per | Ericsson LM | High power UE for FR1 for DC_R18_xBLTE_yBNR_zDLnUL |
TR 38.899 | Dr. Wang, Jin | Huawei Technologies R&D UK | High power UE for FR1 NR inter-band CA/DC or NR SUL |
1Q24 |
TR 38.718-00-02 | Miss Zhang, Xiaoran | China Mobile Com. Corporation | on NR CA band combinations with two SUL cells |
4Q23 |
TS 38.355 | Mr. Guo, Yi | Intel Corporation (UK) Ltd | 5G New Radio SLPP |
TS 38.521-5 | Mr. Balasubramanian, Vijay | Qualcomm Technologies Int | Conformance UE-X/R Satellite access RF |
TS 38.551 | Dr. Szini, Istvan | Apple AB | 5G New Radio: MIMO OTA Conformance testing |
TS 38.561 | Mr. Mohan, Ashwin | Apple Portugal | 5G New Radio: UE TRP/TRS reqs and test for FR1 |
TR 38.741 | Dr. Sayenko, Alexander | Apple AB Denmark | Non-Terrestrial Networks (NTN) L-/S-band for NR |
TR 38.751 | Mr. Du, Hao | vivo Mobile Communication Co., | UE RF requirement for NR FR2 multi-Rx chain DL reception |
TR 38.761 | Miss Zhu, Siting | CAICT | Measurements of MIMO OTA performance of UE |
TR 38.786 | Mr. Xing, Jinqiang | OTECH | UE radio X/R for NR sidelink evolution |
TR 38.843 | Dr. Montojo, Juan | Qualcomm Germany | on AI/ML for NR air interface |
TR 38.846 | Dr. Ma, Zhifeng | ZTE Corporation | on simplification of band combination specification |
TR 38.858 | Mr. WANG, FEI | China Mobile Com. Corporation | on evolution of NR duplex operation |
TR 38.869 | Mr. Pan, Xueming | vivo Mobile Communication Co., | on low-power Wake-up Signal and Receiver for NR |
TR 38.870 | Dr. Wang, Ruixin | vivo Communication Technology | on enhanced OTA test methods for NR FR1 TRP and TRS |
TR 38.871 | Dr. Han, Bin | Qualcomm Incorporated | on NR FR2 OTA testing enhancements |
TR 38.876 | Miss Guo, Chunxia | China Mobile Group Device Co. | on Air-to-ground network for NR |
TR 38.881 | Dr. Liu, Ye | Huawei Technologies France | on Lower MSD for inter-band CA/EN-DC/DC combinations |
TR 38.891 | Miss Zhang, Juan | Beijing Xiaomi Mobile Software | on NR RF reqs for FR2 for Rel-18 |
TR 38.895 | Miss Guo, Chunxia | China Mobile Group Device Co. | on High power UE for NR FR1 TDD single band |
3Q23 |
TR 38.848 | Miss Zhang, Xiaoran | China Mobile Com. Corporation | on Ambient IoT (Internet of Things) in RAN |
TR 38.878 | Mr. Wu, Jingzhou | China Telecommunications | on NR demodulation performance evolution |
2Q23 |
TR 38.877 | Mr. Liu, Liehai | Huawei Tech.(UK) Co.. Ltd | on NR mmWave MB-BS |
1Q23 |
TS 38.181 | Miss Guo, Qiuge | CATT | 5G NR Satellite Access Node Conformance Testing |
TR 38.835 | Mr. SEBIRE, Benoist | Nokia Germany | on XR enhancements for NR |
TR 38.844 | Ms. Sienkiewicz, Esther | Ericsson LM | on efficient utilization of licensed spectrum... |
TR 38.872 | Ms. Shan, Huiping | CATT | on enhancement for 700/800/900MHz band combinations |
TR 38.892 | Mr. Shafi, Mansoor | Spark NZ Ltd | APT 600 MHz NR band |
TR 38.893 | Mr. Fong, Gene | Qualcomm Korea | on UE support of regionally-defined subsets of an NR band |
4Q22 |
TS 38.115-1 | Ms. Shan, Huiping | CATT | 5G NR Repeater Conducted conformance testing |
TS 38.115-2 | Mr. Xue, Fei | ZTE Corporation | 5G NR Repeater Radiated conformance testing |
TR 38.859 | Dr. Chatterjee, Debdeep | Intel Corporation (UK) Ltd | on expanded and improved NR positioning |
TR 38.864 | Mr. Wang, Yi | HUAWEI Technologies Japan K.K. | on network energy savings for NR |
3Q22 |
TS 38.161 | Dr. Wang, Ruixin | vivo Communication Technology | NR UE TRP and TRS requirements |
TR 38.853 | Mr. Wendler, Ingo | Swiss Federal Railways Ltd | on 900MHz NR band for Europe for Rail Mobile Radio |
TR 38.865 | Mr. Bergman, Johan | Ericsson LM | on further NR RedCap UE complexity reduction |
TR 38.867 | Mr. Zhang, Nan | ZTE Corporation | on NR Network-controlled Repeaters |
TR 38.879 | Mr. Inoue, Shoki | NTT DOCOMO INC. | on enhancement for Resiliency of gNB-CU-CP |
2Q22 |
TS 38.101-5 | Mr. Jin, Yiran | Samsung R&D Institute UK | 5G NR Satellite access Performance Req. |
TS 38.108 | Dr. Panaitopol, Dorin | THALES | 5G NR Satellite AN radio X/R |
TR 38.717-01-01 | Mr. Lindell, Per | Ericsson LM | on NR intra-band CA Rel-17 for xCC DL/yCC UL |
TR 38.717-02-01 | Dr. Cao, Aijun | ZTE Wistron Telecom AB | on NR inter-band CA/DC Rel-17 for 2DL/xUL |
TR 38.717-03-01 | Miss Song, Yuexia | CATT | on NR inter-band CA/DC Rel-17 for 3DL/1UL |
TR 38.717-03-02 | Dr. Cao, Aijun | ZTE Wistron Telecom AB | on NR inter-band CA/DC Rel-17 for 3DL/2UL |
TR 38.717-04-01 | Mr. Lindell, Per | Ericsson LM | on NR inter-band CA Rel-17 for 4DL/1UL |
TR 38.717-04-02 | Mr. Wu, Yue | Samsung Guangzhou Mobile R&D | on NR inter-band CA Rel-17 for 4DL/2UL |
TR 38.717-05-01 | Mr. Zhang, Peng | HUAWEI Technologies Japan K.K. | on NR inter-band CA Rel-17 for 5DL/1UL |
TR 38.785 | Mr. Lee, Sang-wook | LG Electronics Deutschland | UE radio X/R for enhanced NR sidelink |
TR 38.839 | Dr. Liu, Ye | Huawei Technologies France | on Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC |
TR 38.841 | Mr. Liu, Bo | Chinatelecom Cloud | on High power UE for NR inter-band CA 2DL/xUL |
TR 38.842 | Dr. Wang, Jin | Huawei Technologies R&D UK | on High power UE for NR inter-band CA and SUL |
TR 38.851 | Mr. Vasenkari, Petri | Nokia Corporation | on UE enhancements of NR RF requirements for FR2 |
TR 38.852 | Mr. Wendler, Ingo | Swiss Federal Railways Ltd | on 1900MHz NR band for Europe for Rail Mobile Radio |
TR 38.863 | Mr. Jin, Yiran | Samsung R&D Institute UK | on NTN related RF and co-existence aspects |
TR 38.882 | Mr. Chuberre, Nicolas | THALES | on network verified UE location for NTN in NR |
TR 38.918 | Dr. Song, Dan | China Mobile Com. Corporation | on 5G NR UE full stack testing for Network Slicing |
1Q22 |
TS 38.106 | Miss Zhang, Xiaoran | China Mobile Com. Corporation | 5G New Radio Repeater X/R |
TS 38.114 | Mr. Xie, Yuming | ZTE Corporation | 5G New Radio Repeaters EMC |
TS 38.151 | Dr. Wang, Ruixin | vivo Communication Technology | NR UE MIMO OTA Performance requirements |
TS 38.351 | Dr. Lu, Qianxi | Guangdong OPPO Mobile Telecom | 5G New Radio SRAP |
TR 38.833 | Miss Yang, Shan | China Telecommunications | on further enhancement on NR Demodulation performance |
TR 38.834 | Mr. Liu, Qifei | OPPO | on Measurements of UE OTA performance for NR FR1 |
TR 38.837 | Mr. Feng, Sanjun | vivo Communication Technology | on UE RF Requirements for TxD for NR |
TR 38.849 | Dr. Hejselbaek, Johannes | Nokia Denmark | on 6GHz NR unlicensed operation |
TR 38.854 | Mr. Dalsgaard, Lars | Nokia Denmark | on NR support for high speed train scenario in FR2 |
TR 38.862 | Dr. Ma, Zhifeng | ZTE Corporation | on band combination handling in RAN4 |
TR 38.868 | Mr. Fernando, Chan | Qualcomm Incorporated | on optimizations of pi/2 BPSK uplink power in NR |
TR 38.884 | Dr. Wang, Ruixin | vivo Communication Technology | on enhanced test methods for FR2 UE |
4Q21 |
TR 38.838 | Dr. Montojo, Juan | Qualcomm CDMA Technologies | on XR (Extended Reality) evaluations for NR |
3Q21 |
TR 38.845 | Dr. Seo, Hanbyul | LG Electronics Inc. | on scenarios of coverage NR positioning |
TR 38.847 | Mr. Everaere, Dominique | Ericsson Limited | on New frequency range for NR (47.2 - 48.2 GHz) |
TR 38.860 | Mr. Shafi, Mansoor | Spark NZ Ltd | on Extended 600 MHz NR band |
TR 38.861 | Mr. BASAIER, JIALADE | China Unicom | on high power UE for one NR FDD band |
2Q21 |
TS 38.176-1 | Mr. Kybett, Richard | Huawei Tech.(UK) Co.. Ltd | 5G IAB Conducted Conformance Testing |
TS 38.176-2 | Mr. Golebiowski, Bartlomiej | Nokia Poland | 5G IAB Radiated Conformance Testing |
TR 38.832 | Mr. Chen, Ningyu | China Mobile Com. Corporation | on enhancement of RAN Slicing |
1Q21 |
TR 38.808 | Dr. Lee, Daewon | Intel | on supporting NR from 52.6 GHz to 71 GHz |
TR 38.836 | Dr. Lu, Qianxi | Guangdong OPPO Mobile Telecom. | on NR Sidelink Relay |
TR 38.857 | Dr. Munier, Florent | Ericsson Inc. | on NR positioning enhancements |
TR 38.875 | Mr. Bergman, Johan | Ericsson LM | on support of reduced capability NR devices |
TR 38.890 | Mr. Cao, Gen | China Unicom | on NR QoE management and optimizations |
TR 38.921 | Mr. Liu, Liehai | Huawei Tech.(UK) Co.. Ltd | on IMT parameters for 6.425 - 7.025 GHz… |
4Q20 |
TR 38.830 | Mr. Zhu, Jianchi | China Telecommunications | on NR coverage enhancements |
3Q20 |
TS 38.174 | Dr. Hampel, Georg | Qualcomm Incorporated | 5G New Radio IAB Radio Transmission and Reception |
TS 38.175 | Mr. Zhou, Wubin | ZTE Corporation | 5G New Radio IAB Electromagnetic Compatibility (EMC) |
TR 38.809 | Ms. Li, Yankun | Samsung R&D Institute UK | on Background for NR IAB Radio Transmission and Reception |
TR 38.831 | Mr. Vasenkari, Petri | Nokia Corporation | on UE RF requirements for Frequency Range 2 (FR2) |
2Q20 |
TS 38.314 | Mr. Chen, Ningyu | China Mobile Com. Corporation | NR Layer 2 measurements |
TR 38.716-01-01 | Mr. Lindell, Per | Ericsson LM | on NR intra-band CA Rel-16 for xCC DL/yCC UL |
TR 38.716-02-00 | Dr. Cao, Aijun | ZTE Wistron Telecom AB | on NR inter-band CA/DC Rel-16 for 2DL/xUL |
TR 38.716-03-01 | Miss Song, Yuexia | CATT | on NR inter-band CA/DC Rel-16 for 3DL/1UL |
TR 38.716-03-02 | Dr. Cao, Aijun | ZTE Wistron Telecom AB | on NR inter-band CA/DC Rel-16 for 3DL/2UL |
TR 38.716-04-01 | Mr. Lindell, Per | Ericsson LM | on NR inter-band CA Rel-16 for 4DL/1UL |
TR 38.820 | Mr. Szydelko, Michal | Huawei Technologies Sweden AB | on the 7 to 24 GHz frequency range for NR |
TR 38.827 | Dr. Wang, Ruixin | vivo Communication Technology | on radiated metrics and test methodology for NR UE |
TR 38.883 | Mr. Liu, Bo | China Telecom Corporation Ltd. | on support of NR DL 256 QAM for FR2 |
TR 38.886 | Mr. Lim, Suhwan | LG Electronics Inc. | on V2X Services based on NR; UE radio X/R |
TR 38.887 | Ms. Malekafzaliardakani, Reihaneh | Ericsson GmbH, Eurolab | on TDD operating band in Band n259 |
TR 38.888 | Mr. Li, Shuang | CBN | on Adding wider channel bandwidth in NR band n28 |
1Q20 |
TS 38.340 | Mr. Shi, Yulong | HUAWEI TECHNOLOGIES Co. Ltd. | 5G New Radio Backhaul Adaptation Protocol |
4Q19 |
TR 38.807 | Dr. Lee, Daewon | Intel | on Requirements for NR beyond 52.6 GHz |
TR 38.821 | Mr. Chuberre, Nicolas | THALES | on NR to support Non-Terrestrial Networks |
TR 38.823 | Mr. Sen, Xu | China Telecom Corporation Ltd. | on further enhancement for disaggregated gNB |
TR 38.856 | Dr. LIU, Liang | China Mobile International Ltd | on local NR Positioning in NG-RAN |
3Q19 |
2Q19 |
TR 38.819 | Mr. Immonen, Antti | Dish Network | on LTE Band 65 for NR (n65) |
TR 38.822 | Mr. Lim, Seau Sian | Intel K.K. | on User Equipment Feature List |
TR 38.828 | Mr. Park, Jongkeun | LG Electronics Finland | on CLI-RIM for NR |
TR 38.840 | Dr. Cheng, Fang-chen | CATT | on UE Power Saving in NR |
TR 38.873 | Mr. Angelow, Iwajlo | Nokia Germany | on TDD Operating Band in Band n48 |
1Q19 |
TS 38.521-4 | Mr. Balasubramanian, Vijay | Qualcomm UK Ltd | Conformance UE-X/R Performance |
TS 38.533 | Mr. Cardalda Garcia, Adrian | ROHDE & SCHWARZ | 5G New Radio: UE Conformance for RRM |
TR 38.824 | Miss Cheng, Yan | Huawei Technologies Co. Ltd. | on Physical Layer enhancements for NR URLLC |
TR 38.825 | Mr. Koziol, Dawid | Nokia Germany | on NR Industrial IoT |
TR 38.855 | Mr. Khoryaev, Alexey | Intel Corporation (UK) Ltd | on 5G New Radio Positioning support |
TR 38.885 | Dr. Webb, Matthew | Huawei Tech.(UK) Co., Ltd | on NR Vehicle-to-Everything (V2X) |
4Q18 |
TS 38.101-4 | Mr. Qiu, Haijie | SAMSUNG Electronics Co., Ltd. | 5G New Radio UE-X/R Performance Req. |
TS 38.141-1 | Dr. Liu, Ye | Huawei Technologies France | 5G NR BS Conducted Conformance Testing |
TS 38.141-2 | Mr. Szydelko, Michal | Huawei Technologies Sweden AB | 5G NR BS Radiated Conformance Testing |
TS 38.171 | Mr. Catmur, Richard | Spirent Communications | 5G New Radio Req. for Support of A-GNSS |
TR 38.812 | Dr. Yuan, Yifei | ZTE Corporation | on Non-Orthogonal Multiple Access for NR |
TR 38.826 | Mr. Lim, Suhwan | LG Electronics Inc. | on NR Vehicle Mounted UE with 2Rx Antenna |
TR 38.866 | Ms. Wu, Dan | China Mobile Com. Corporation | on Remote Interference Management for NR |
TR 38.874 | Dr. Hampel, Georg | Qualcomm Incorporated | on 5G NR: Integrated Access and Backhaul |
TR 38.889 | Dr. Sun, Jing | Qualcomm Incorporated | NR-based access to Unlicensed Spectrum |
3Q18 |
TS 38.521-1 | Miss Shi, Yu | China Unicom | UE Tests: Conformance Applicability |
TS 38.521-2 | Miss Zhang, Yufeng | CAICT | Conformance UE-X/R Range 2 Standalone |
TS 38.521-3 | Mr. Wang, Kevin | Qualcomm Incorporated | Conformance UE-X/R Ranges 1 and 2 |
TS 38.522 | Dr. Song, Dan | China Mobile Research Inst. | NR UE: Applicability of RF/RRM Test Cases |
TR 38.810 | Mr. Chervyakov, Andrey | Intel Corporation (UK) Ltd | on 5G NR Test Methods |
TR 38.903 | Ms. Gu, Chunying | HuaWei Technologies Co., Ltd | 5G NR UE Tests: Measurement Uncertainty |
TR 38.905 | Mr. Ziren, Mikael | Ericsson France S.A.S | 5G NR Derivation of Test Points for UE |
2Q18 |
TS 38.304 | Dr. Ozturk, Ozcan | Qualcomm CDMA Technologies | 5G New Radio UE Procedures in Idle Mode |
TS 38.305 | Dr. Fischer, Sven | Qualcomm CDMA Technologies | UE Positioning in 5G NG-RAN |
TS 38.307 | Mr. Vasenkari, Petri | Nokia Corporation | NR: Rel-independent Frequency Band Req. |
TS 38.410 | Mr. Godin, Philippe | Nokia France | NG-RAN: NG General Aspects and Principles |
TS 38.411 | Dr. XU, Jian (James) | LG Electronics Inc. | NG-RAN - NG Layer 1 |
TS 38.412 | Mr. Min, Tianyang | NTT DOCOMO INC. | NG-RAN - NG Signalling Transport |
TS 38.413 | Mr. Kelley, Sean | Nokia Japan | NG-RAN - NG Application Protocol (NGAP) |
TS 38.414 | Mr. Li, Dapeng | ZTE Corporation | NG-RAN - NG Data Transport |
TS 38.415 | Mr. Godin, Philippe | Nokia France | NG-RAN PDU Session User Plane protocol |
TS 38.420 | Mr. Lopes, Luis | Qualcomm UK Ltd | NG-RAN Xn General Aspects and Principles |
TS 38.421 | Ms. Liu, Aijuan | CATT | NG-RAN Xn interface Layer 1 |
TS 38.422 | Mr. Min, Tianyang | NTT DOCOMO INC. | NG-RAN Xn interface Signalling Transport |
TS 38.423 | Mr. Vesely, Alexander | Ericsson LM | NG-RAN Xn Application Protocol (XnAP) |
TS 38.424 | Mr. Miller, James | InterDigital Germany GmbH | NG-RAN Xn interface Data Transport |
TS 38.455 | Dr. Lyazidi, Yazid | Ericsson LM | 5G NR Positioning Protocol A (NRPPa) |
TS 38.460 | Dr. Arjona, Andres | Nokia Japan | NG-RAN E1 General Aspects and Principles |
TS 38.461 | Dr. Han, Jaemin | Intel Mobile Communications | NG-RAN E1 Layer 1 |
TS 38.462 | Dr. Yang, Xudong | Huawei Technologies France | NG-RAN E1 Signalling Transport |
TS 38.463 | Mr. Muller, Julien | Ericsson LM | NG-RAN E1 Application Protocol (E1AP) |
TS 38.508-1 | Mr. Jönsson, Bo | Ericsson LM | 5GS UE Conformance: Common Test Env. |
TS 38.508-2 | Mr. Mohammed, Abdul Rasheed | Motorola Mobility Germany GmbH | 5GS UE Conformance: Common ICS Proforma |
TS 38.509 | Mr. Thiruvathirai, Ramakrishnan | ROHDE & SCHWARZ | 5GS Special Functions for UE Conformance |
TS 38.523-1 | Ms. yang, zhaobing | HiSilicon Technologies Co. Ltd | 5GS UE Protocol Conformance |
TS 38.523-2 | Mr. Cheruvu, Bharadwaj Kumar | Qualcomm CDMA Technologies | 5GS UE Conformance ICS Proforma |
TS 38.523-3 | Mr. Genoud, Olivier | ETSI | 5GS UE Conformance Test Suites |
TR 38.811 | Mr. Chuberre, Nicolas | THALES | on NR to support Non-Terrestrial Networks |
TR 38.814 | Mr. Sano, Yousuke | DOCOMO Communications Lab. | on NR band n79: 4.4-5.0 GHz |
TR 38.815 | Mr. Kim, Taekhoon | Samsung Electronics Co., Ltd | on NR bands n257 (26.5-29.5GHz) & n258 (24.25-27.5 GHz) |
TR 38.817-01 | Mr. Sano, Yousuke | DOCOMO Communications Lab. | on UE RF for 5G New Radio |
TR 38.817-02 | Mr. Skold, Johan | Ericsson LM | on BS RF for 5G New Radio |
1Q18 |
TR 38.813 | Mr. Shao, Zhe | China Mobile Group Device Co. | on NR bands n78 (3.3-3.8GHz) & n77 (3.3-4.2GHz) |
4Q17 |
TS 38.101-1 | Mr. Vintola, Ville | Qualcomm UK Ltd | 5G NR UE FR1 (410MHz-7125MHz) Standalone |
TS 38.101-2 | Mr. Vintola, Ville | Qualcomm UK Ltd | 5G NR UE FR2 (24250MHz-52600MHz) Standalone |
TS 38.101-3 | Mr. Vintola, Ville | Qualcomm UK Ltd | 5G NR UE-X/R Ranges 1,2 |
TS 38.104 | Mr. Skold, Johan | Ericsson LM | 5G New Radio BS-X/R |
TS 38.113 | Dr. Cao, Aijun | ZTE Wistron Telecom AB | 5G New Radio Base Station EMC |
TS 38.124 | Mr. Bergljung, Christian | Ericsson LM | 5G New Radio EMC req. for MTs |
TS 38.133 | Dr. Yang, Tang | Apple AB | Req. for 5G NR Radio Resource Management |
TS 38.201 | Mr. Nagata, Satoshi | NTT DOCOMO INC. | Description of 5G NR Physical Layer |
TS 38.202 | Dr. Manolakos, Alexandros | Qualcomm Incorporated | Services by 5G New Radio Physical Layer |
TS 38.211 | Dr. Parkvall, Stefan | Ericsson LM | 5G NR Physical Channels and Modulation |
TS 38.212 | Miss Cheng, Yan | HuaWei Technologies Co., Ltd | 5G NR Multiplexing and Channel Coding |
TS 38.213 | Dr. Papasakellariou, Aris | Samsung Research America | NR Physical Layer procedures for Control |
TS 38.214 | Dr. Enescu, Mihai | Nokia Germany | NR Physical Layer procedures for Data |
TS 38.215 | Dr. Lee, Daewon | Intel | 5G New Radio Physical Layer Measurements |
TS 38.300 | Mr. SEBIRE, Benoist | Nokia Germany | NR and NG-RAN Overall Description |
TS 38.306 | Mr. Lim, Seau Sian | Intel K.K. | 5G New Radio UE Radio Access Capabilities |
TS 38.321 | Mr. Jang, Jaehyuk | SAMSUNG Electronics Co., Ltd. | 5G New Radio MAC Protocol |
TS 38.322 | Ms. Zhang, Yuanyuan | MediaTek Inc. | 5G New Radio RLC Protocol |
TS 38.323 | Mr. Yi, SeungJune | LG Electronics Inc. | 5G New Radio PDCP Protocol |
TS 38.331 | Mr. Palm, Hakan | Ericsson LM | 5G New Radio RRC Protocol |
TS 38.401 | Mr. Ng, Chenghock | NEC Corporation | NG-RAN Architecture Description |
TS 38.425 | Ms. Xu, Lixiang | Samsung R&D Institute UK | NG-RAN NR User Plane protocol |
TS 38.470 | Mr. Olofsson, Henrik | Huawei Technologies Co. Ltd. | NG-RAN F1 General Aspects and Principles |
TS 38.471 | Mr. Muller, Julien | FUJITSU Laboratories of Europe | NG-RAN F1 interface Layer 1 |
TS 38.472 | Mr. Miller, James | Interdigital Asia LLC | NG-RAN F1 interface Signalling Transport |
TS 38.473 | Mr. Olofsson, Henrik | Huawei Technologies Co. Ltd. | NG-RAN F1 Application Protocol (F1AP) |
TS 38.474 | Dr. Han, Jaemin | Intel Technology India Pvt Ltd | NG-RAN F1 interface Data Transport |
TR 38.806 | Mr. Muller, Julien | Ericsson LM | on Separation of NR CP-UP for Split Option 2 |
TR 38.816 | Mr. Umesh, Anil | NTT DOCOMO INC. | on CU-DU Lower Layer Split for NR |
3Q17 |
2Q17 |
1Q17 |
TR 38.801 | Mr. Umesh, Anil | NTT DOCOMO INC. | on New RAT Architecture and Interfaces |
TR 38.802 | Dr. Takeda, Fred | NTT DOCOMO INC. | on New RAT Physical Layer Aspects |
TR 38.803 | Mr. Umeda, Hiromasa | NTT DOCOMO INC. | on New RAT RF and co-existence aspects |
TR 38.804 | Mr. Takahashi, Hideaki | DOCOMO Communications Lab. | on New RAT Radio i/f Protocol Aspects |
TR 38.805 | Mr. Säynäjäkangas, Tuomo | Nokia Networks Oy | on New RAT 60 GHz Unlicensed Spectrum |
TR 38.901 | Mr. Jang, Youngrok | Samsung Electronics Co., Ltd | on Frequency Spectrum from 0.5 to 100 GHz |
TR 38.912 | Mr. Takeda, Kazuaki | NTT DOCOMO INC. | on New Radio (NR) Access Technology |
4Q16 |
3Q16 |
TR 38.913 | Dr. Xu, Xiaodong | China Mobile Com. Corporation | on 5G Next Generation RAT |
2Q16 |
TR 38.900 | Dr. Nam, Young-han | Samsung Research America | on Frequency Spectrum above 6 GHz |
1Q16 |