3GPP TDocs (written contributions) at meeting
Meeting: R2-95b - 2016-10-10 to 2016-10-14, Kaohsiung
meeting id: R2-95b (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| R2‑166000 | Proposed agenda for RAN2 #95bis in Kaohsiung, 10.10 - 14.10.2016 | Intel (RAN2 Chairman) | imported from 3GU |
| R2‑166001 | Draft Report v1.0 for RAN2 #95 in Gothenburg, Sweden, 22.08 - 26.08.2016 | ETSI MCC | imported from 3GU |
| R2‑166002 | RAN2 Compendium v33.0 after RAN#73 | ETSI MCC | imported from 3GU |
| R2‑166003 | LS on further RRC Parameters for Enhanced LAA for LTE (R1-168346; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166004 | LS to RAN2/3 on RAN1 progress on MC enhancements (R1-168037; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166005 | LS on RAN1 agreements for NR initial access and mobility (R1-168214; contact: Ericsson) | RAN1 | imported from 3GU |
| R2‑166006 | LS on introducing 1.2Gbps and 1.6Gbps UE categories in Rel-13 (R1-168377; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166007 | LS on NB-IoT positioning (R1-168553; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166008 | LS regarding agreement on paging for NB-IoT (R1-168554; contact: Qualcomm) | RAN1 | imported from 3GU |
| R2‑166009 | LS for SRS Carrier-Based Switching (R1-168556; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166010 | LS on PRS sequence generation per TP (R1-168557; contact: Huawei) | RAN1 | imported from 3GU |
| R2‑166011 | LS on PRS-based Terrestrial Beacon System (TBS) (R1-168558; contact: Qualcomm) | RAN1 | imported from 3GU |
| R2‑166012 | LS on Multiple TMGIs for support of small and variable MBMS areas (R3-162067; contact: LGE) | RAN3 | imported from 3GU |
| R2‑166013 | Reply LS to S2-163212 = R2-164640 on RAN impacts from enTV study of SA WG2 (R3-162068; contact: Qualcomm) | RAN3 | imported from 3GU |
| R2‑166014 | LS on performance enhancements indicator for high speed scenarios (R4-166804; contact: Ericsson) | RAN4 | imported from 3GU |
| R2‑166015 | LS on reducing quantization error of OTDOA (R4-166806; contact: Huawei) | RAN4 | imported from 3GU |
| R2‑166016 | Reply LS on the feasibility of mobility enhancement solutions (R4-166817; contact: Ericsson) | RAN4 | imported from 3GU |
| R2‑166017 | LS on Measurement gap enhancement (R4-167024; contact: Ericsson) | RAN4 | imported from 3GU |
| R2‑166018 | LS for definition of SSTD measurement (R4-167153; contact: CATT) | RAN4 | imported from 3GU |
| R2‑166019 | LS on on UCG parameters for eMTC (R4-167198; contact: Intel) | RAN4 | imported from 3GU |
| R2‑166020 | Reply LS to R2-165967 on NR requirements (RP-161916; contact: ZTE) | RAN | imported from 3GU |
| R2‑166021 | Reply LS to R2-165773 on QoS requirements for V2X (S2-164913; contact: LGE) | SA2 | imported from 3GU |
| R2‑166022 | Response to LS S6-160914 on MBMS enhancements for MCS (S2-164937; contact: Motorola solution) | SA2 | imported from 3GU |
| R2‑166023 | LS on Enhanced Coverage authorization impact on cell and PLMN selection procedures (S2-165214; contact: Qualcomm) | SA2 | imported from 3GU |
| R2‑166024 | Further LS on CIoT NAS retransmission timers (S2-165438; contact: Vodafone) | SA2 | imported from 3GU |
| R2‑166025 | LS to RAN2 regarding valid MBSFN subframes for eMTC (R1-168425; contact: Qualcomm) | RAN1 | imported from 3GU |
| R2‑166026 | Status of Band 41 HPUE core specifications (R4-167112; contact: Sprint) | RAN4 | imported from 3GU |
| R2‑166027 | Reply LS to C1-163890 = R2-164639 on Multiple bearer capability handling (S2-165196; contact: Intel) | SA2 | imported from 3GU |
| R2‑166028 | LS on overload control for CP CIoT EPS optimization (S2-165431; contact: NEC) | SA2 | imported from 3GU |
| R2‑166029 | Reply LS on SAND (S4-161121; contact: Intel) | SA4 | imported from 3GU |
| R2‑166030 | Reply LS to R2-165972 on QoE reporting for streaming services (S4-161126; contact: Huawei) | SA4 | imported from 3GU |
| R2‑166031 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166032 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166033 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166034 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166035 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166036 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166037 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166038 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166039 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166040 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166041 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166042 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166043 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166044 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166045 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166046 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166047 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166048 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166049 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166050 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166051 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166052 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166053 | reserved for incoming LSs | ETSI MCC | imported from 3GU |
| R2‑166054 | reserved | ETSI MCC | imported from 3GU |
| R2‑166055 | reserved | ETSI MCC | imported from 3GU |
| R2‑166056 | test | ETSI MCC | imported from 3GU |
| R2‑166057 | test | ETSI MCC | imported from 3GU |
| R2‑166058 | test | ETSI MCC | imported from 3GU |
| R2‑166059 | Transmission of Data Grant-Free in New State | Sierra Wireless, S.A. | imported from 3GU |
| R2‑166060 | Design principles for the new RAN controlled state | Samsung | imported from 3GU |
| R2‑166061 | Analysis of the signalling load for a new RRC state | Samsung | imported from 3GU |
| R2‑166062 | Further considerations for the LTE light connection mode | Samsung | imported from 3GU |
| R2‑166063 | Signalling procedures for the LTE light connection mode | Samsung | imported from 3GU |
| R2‑166064 | Analysis of the paging area change scenario with no X2 interface | Samsung | imported from 3GU |
| R2‑166065 | Random Access Procedure in NR | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166066 | Random Access in NR – Flexible UE BW Aspects | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166067 | Service Specific Cell (Re-) Selection in NR | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166068 | On Demand SI – UE Energy Consumption Analysis | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166069 | SFN based Broadcast TX at Higher Frequencies | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166070 | Paging in NR – Beamforming Aspects | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166071 | Forward Compatibility Design for NR Integrated Access and Backhaul | AT&T | imported from 3GU |
| R2‑166072 | Re-establishment for NB-IoT CP solution | ZTE Corporation | imported from 3GU |
| R2‑166073 | Mobility enhancement for NB-IoT UP solution | ZTE Corporation | imported from 3GU |
| R2‑166074 | Further consideration on multi-carrier PRACH in NB-IoT | ZTE Corporation | imported from 3GU |
| R2‑166075 | Further consideration on multi-carrier paging in NB-IoT | ZTE Corporation | imported from 3GU |
| R2‑166076 | Consideration on new UE power class | ZTE Corporation | imported from 3GU |
| R2‑166077 | Consideration on supporting higher data rates in eMTC | ZTE Corporation | imported from 3GU |
| R2‑166078 | Issue on mismatched PUSCH repetition configuration for CE Mode A | ZTE Corporation | imported from 3GU |
| R2‑166079 | RAN WG’s progress on NR technology SI in the August meeting | NTT DOCOMO, INC. (Rapporteur) | imported from 3GU |
| R2‑166080 | Text Proposal to TR 38.804 on Layer 2 functions for NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166081 | Framework for leveraging an ultra-wideband spectrum | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166082 | Text Proposal to TR 38.804 on UE states and state transitions for NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166083 | Remaining Issue for UL Bearer Support in eLWA | CATT | imported from 3GU |
| R2‑166084 | Discussion on WLAN MAC Address Configuration for UL Routing | CATT | imported from 3GU |
| R2‑166085 | Discussion on CP Aspect to Support 60GHz WLAN | CATT | imported from 3GU |
| R2‑166086 | Discussion on UP Aspect to Support 60GHz WLAN | CATT | imported from 3GU |
| R2‑166087 | Discussion on Enhancements to Measurement for eLWA | CATT | imported from 3GU |
| R2‑166088 | UE Location Collection for WLAN Mobility Set Configuration | CATT | imported from 3GU |
| R2‑166089 | Discussion on RRC Architecture for LTE-NR Tight Interworking | CATT | imported from 3GU |
| R2‑166090 | Discussion on RRC Diversity for LTE-NR Tight Interworking | CATT | imported from 3GU |
| R2‑166091 | QoS model for NR RAN | Samsung | imported from 3GU |
| R2‑166092 | Downlink Measurements for NR Mobility | MediaTek Inc. | imported from 3GU |
| R2‑166093 | Performance Evaluation for NR Mobility with Beamforming | MediaTek Inc. | imported from 3GU |
| R2‑166094 | Uplink Measurements for NR Mobility | MediaTek Inc. | imported from 3GU |
| R2‑166095 | RRC Signaling for Light Connection | MediaTek Inc. | imported from 3GU |
| R2‑166096 | Principles for LTE-NR Tight Interworking in CU/DU Architecture | Beijing Xiaomi Mobile Software | imported from 3GU |
| R2‑166097 | Principles for LTE-NR Tight Interworking in CU/DU Architecture | Beijing Xiaomi Mobile Software | imported from 3GU |
| R2‑166098 | UE capability coordination for LTE and NR interworking | CATT | imported from 3GU |
| R2‑166099 | CP procedures for LTE and NR interworking | CATT | imported from 3GU |
| R2‑166100 | High Frequency NR RRC Mobility | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166101 | Evaluation of beam-based RRM Measurement | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166102 | Layer 2 Aspects for Supporting Multiple Services | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166103 | Further consideration on NR 'cell' | MediaTek Inc. | imported from 3GU |
| R2‑166104 | Beam sweeping and impact to mobility | MediaTek Inc. | imported from 3GU |
| R2‑166105 | Principles for LTE-NR Tight Interworking in CU/DU Architecture | Beijing Xiaomi Mobile Software | imported from 3GU |
| R2‑166106 | Broadcasting other SI while SI updating in NR | Spreadtrum Communications | imported from 3GU |
| R2‑166107 | IDLE mode operation in NR | MediaTek Inc. | imported from 3GU |
| R2‑166108 | RLF and RLM in NR | MediaTek Inc. | imported from 3GU |
| R2‑166109 | Placement, characteristics and functionalities of New State | PANASONIC R&D Center Germany | imported from 3GU |
| R2‑166110 | User Plane Architecture and high level Layer 2 functions | PANASONIC R&D Center Germany | imported from 3GU |
| R2‑166111 | NR U-plane design | CATT | imported from 3GU |
| R2‑166112 | NR U-plane multiconnectivity configurations | CATT | imported from 3GU |
| R2‑166113 | DRB management and NR QoS | CATT | imported from 3GU |
| R2‑166114 | NR MAC modeling | CATT | imported from 3GU |
| R2‑166115 | NR latency analysis | CATT | imported from 3GU |
| R2‑166116 | Inactive state and RAN based notification aera | CATT | imported from 3GU |
| R2‑166117 | Inactive state and support of CA, DC and inter-RAT mobility | CATT | imported from 3GU |
| R2‑166118 | Small data transmission in inactive state | CATT | imported from 3GU |
| R2‑166119 | NR cell and system Information | CATT | imported from 3GU |
| R2‑166120 | On-demand system information delivery mechanism | CATT | imported from 3GU |
| R2‑166121 | RRC for standalone NR | CATT | imported from 3GU |
| R2‑166122 | Random access procedure for NR | CATT | imported from 3GU |
| R2‑166123 | Consideration on random access in NR | CATT | imported from 3GU |
| R2‑166124 | Connected mode mobility in NR | CATT | imported from 3GU |
| R2‑166125 | NR cell for idle state | CATT | imported from 3GU |
| R2‑166126 | Consideration on RAN slicing support | CATT | imported from 3GU |
| R2‑166127 | Discussion on SC-MCCH scheduling and change notification | ZTE Corporation | imported from 3GU |
| R2‑166128 | Discussion on SC-MTCH scheduling | ZTE Corporation | imported from 3GU |
| R2‑166129 | Discussion on transmission reliability of SC-PTM | ZTE Corporation | imported from 3GU |
| R2‑166130 | Mobility considerations for NB-IoT | Gemalto N.V. | imported from 3GU |
| R2‑166131 | Measurement considerations for NB-IoT | Gemalto N.V. | imported from 3GU |
| R2‑166132 | System Information for NR including ID and version tag | Gemalto N.V. | imported from 3GU |
| R2‑166133 | Support of periodic measurements for LWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166134 | Correction to support of periodic measurements for WLAN | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166135 | Capability to support of periodic measurements for WLAN | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166136 | Corrections to handling of uplink split | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166137 | Report of email discussion [95#24][LTE/eLWA] PDCP key change at handover | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166138 | Mobility procedure for eLWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166139 | Support of 60 GHz WLAN in LWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166140 | UE maximum bitrate with eLWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166141 | Throughput estimation for LWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166142 | ANR for enhanced LWA | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166143 | Signalling of 1Rx UE category | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166144 | WLAN-NR deployment and architecture | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166145 | Higher resolution RSTD measurement report mapping | Qualcomm Incorporated | imported from 3GU |
| R2‑166146 | Introduction of PRS-based Terrestrial Beacon System (TBS) | Qualcomm Incorporated | imported from 3GU |
| R2‑166147 | Introduction of Transmission Points for OTDOA in Shared Cell-ID Scenario and PRS based Terrestrial Beacon Systems | Qualcomm Incorporated | imported from 3GU |
| R2‑166148 | Introduction of PRS-based Terrestrial Beacon Systems | Qualcomm Incorporated | imported from 3GU |
| R2‑166149 | LTE handover while keeping LWA: PDCP related security aspects | Samsung R&D Institute UK | imported from 3GU |
| R2‑166150 | Intra-5G Mobility related requirements | Samsung R&D Institute UK | imported from 3GU |
| R2‑166151 | Mobility in NR CONNECTED-ACTIVE | Samsung R&D Institute UK | imported from 3GU |
| R2‑166152 | 5G User Plane radio protocol overview | Samsung R&D Institute UK | imported from 3GU |
| R2‑166153 | Correct RRC Connection Release with GERAN redirection to be sent only after security activation | Apple Europe Limited | imported from 3GU |
| R2‑166154 | correct RRC Connection Release with GERAN redirection to be sent only after security activation | Apple Europe Limited | imported from 3GU |
| R2‑166155 | correct RRC Connection Release with GERAN redirection to be sent only after security activation | Apple Europe Limited | imported from 3GU |
| R2‑166156 | correct RRC Connection Release with GERAN redirection to be sent only after security activation | Apple Europe Limited | imported from 3GU |
| R2‑166157 | PDCP Sublayer for NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166158 | Using COUNT over the air for PDCP PDU | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166159 | On usage of PDCP SN at RLC | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166160 | MAC Concatenation | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166161 | Mixing PDU session into the same DRB | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166162 | DRB Mapping in Uplink | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166163 | Beam Sweeping | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166164 | Security Handling for UP in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166165 | DRAFT LS on Security for NR | Nokia | imported from 3GU |
| R2‑166166 | Cell Definition and Mobility in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166167 | Beam Management in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166168 | UE and Network Based Beam Management in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166169 | Scheduling Framework | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166170 | RAN Slicing Overview | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166171 | Radio Resource Isolation Requirements for Slicing | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166172 | RACH Isolation for Slices | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166173 | Impact of Multiple TMGI | CATT | imported from 3GU |
| R2‑166174 | Draft LS Response on Multiple TMGIs for support of small and variable MBMS areas | CATT | imported from 3GU |
| R2‑166175 | Discussion on V2X SPS | CATT | imported from 3GU |
| R2‑166176 | Discussion on P2V service | CATT | imported from 3GU |
| R2‑166177 | Consideration on DFN Offset | CATT | imported from 3GU |
| R2‑166178 | Inter-PLMN Operation for Uu-based V2X | CATT | imported from 3GU |
| R2‑166179 | CBR Report | CATT | imported from 3GU |
| R2‑166180 | UE location Report | CATT | imported from 3GU |
| R2‑166181 | Multi-carrier Operation on PC5 | CATT | imported from 3GU |
| R2‑166182 | Consideration on Cross-carrier Configuration | CATT | imported from 3GU |
| R2‑166183 | V2X dedicated carrier | CATT | imported from 3GU |
| R2‑166184 | Discussion of PC5/Uu Path Configuration | CATT | imported from 3GU |
| R2‑166185 | Work Plan on QMC for streaming services in UTRAN | China Unicom | imported from 3GU |
| R2‑166186 | Discussion on RAN bit rate recommendation procedure | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166187 | Discussion on Efficient Small Data transmission in “Inactive” State | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166188 | Discussion on The Protocol Architecture of Layer 2 UE-to-Network Relay | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166189 | Discussion on Details of V2X SPS Enhancements | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166190 | Discussion on V2P | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166191 | Discussion on NR System Information Design | Guangdong OPPO Mobile Telecom. | imported from 3GU |
| R2‑166192 | Support of Multi-Connectivity in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166193 | Carrier Aggregation in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166194 | NR User Plane Function Analysis | Huawei, HiSilicon | imported from 3GU |
| R2‑166195 | L2 Reordering and Retransmission Functions | Huawei, HiSilicon | imported from 3GU |
| R2‑166196 | Analysis of L2 Segmentation and Concatenation in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166197 | Pre-Construction of RLC PDU | Huawei, HiSilicon | imported from 3GU |
| R2‑166198 | General Principles for Flow to DRB Mapping | Huawei, HiSilicon | imported from 3GU |
| R2‑166199 | DRB Management and QoS Control | Huawei, HiSilicon | imported from 3GU |
| R2‑166200 | Asynchronous HARQ Procedure in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166201 | Support of Multiple Numerologies | Huawei, HiSilicon | imported from 3GU |
| R2‑166202 | Further Discussions of "Minimum SI" | Huawei, HiSilicon | imported from 3GU |
| R2‑166203 | Delivery of "Other SI" in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166204 | RRC Architecture and its Signaling Transmission | Huawei, HiSilicon | imported from 3GU |
| R2‑166205 | RRC Support of Multiple Numerologies | Huawei, HiSilicon | imported from 3GU |
| R2‑166206 | Key Principles for Support of Network Slicing in RAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166207 | RRC Support of Network Slicing | Huawei, HiSilicon | imported from 3GU |
| R2‑166208 | RAN Support of Network Slice Discovery | Huawei, HiSilicon | imported from 3GU |
| R2‑166209 | Correction to TS36.321 | CATT | imported from 3GU |
| R2‑166210 | Summary of email discussion [94#40] [eNB-IoTenh] RACH on non-anchor carrier | CATT | imported from 3GU |
| R2‑166211 | Multicast on Non-anchor Carrier for NB-IoT | CATT | imported from 3GU |
| R2‑166212 | Paging Enhancements for NB-IoT | CATT | imported from 3GU |
| R2‑166213 | Paging in Extended DRX for Light Connection | CATT | imported from 3GU |
| R2‑166214 | SC-MCCH Transmission and Notification Mechanisms for NB-IoT and eMTC | CATT | imported from 3GU |
| R2‑166215 | Consideration on Mobility Enhancement | CATT | imported from 3GU |
| R2‑166216 | Priority Handling between Multicast Reception and RRC Connection Establishment/Resume | CATT | imported from 3GU |
| R2‑166217 | Corrections on the number of resources reserved for mode 4 | Huawei, HiSilicon | imported from 3GU |
| R2‑166218 | Discussion on the number of resources reserved for mode 4 | Huawei, HiSilicon | imported from 3GU |
| R2‑166219 | Miscellaneous corrections for V2V in TS 36.321 | Huawei, HiSilicon | imported from 3GU |
| R2‑166220 | Corrections on SCI transmission | Huawei, HiSilicon | imported from 3GU |
| R2‑166221 | Corrections on MCS selection for V2X sidelink communication | Huawei, HiSilicon | imported from 3GU |
| R2‑166222 | Corrections on V2V in TS 36.323 | Huawei, HiSilicon | imported from 3GU |
| R2‑166223 | Corrections on V2V descriptions in TS 36.300 | Huawei, HiSilicon | imported from 3GU |
| R2‑166224 | Corrections on V2V in TS 36.331 | Huawei, HiSilicon | imported from 3GU |
| R2‑166225 | Corrections on V2V descriptions in TS 36.304 | Huawei, HiSilicon | imported from 3GU |
| R2‑166226 | Corrections on measurements provided by the physical layer | Huawei, HiSilicon | imported from 3GU |
| R2‑166227 | Discussion on keeping resource | Huawei, HiSilicon | imported from 3GU |
| R2‑166228 | Operation of light connection | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166229 | Reselections and Paging in Light Connection | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166230 | Discussion on RAN2 impacts from proposed measurement gap enhancements | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166231 | Discussion on RAN2 impacts from high speed indication | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166232 | Discussion on Idle mode in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166233 | NR Control Plane Latency in new RRC state | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166234 | Paging and location tracking in the new RAN controlled state | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166235 | Discussion on Connectionless | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166236 | NR Control Plane Latency in new RRC state | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166237 | Paging and location tracking in the new RAN controlled state | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166238 | Discussion on Connectionless | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166239 | Introduction of a new special subframe configuration | CATT | imported from 3GU |
| R2‑166240 | Introduction of a new special subframe configuration | CATT | imported from 3GU |
| R2‑166241 | Introduction of a new special subframe configuration | CATT | imported from 3GU |
| R2‑166242 | Clarifications on LWA and LWIP | HTC Corporation | imported from 3GU |
| R2‑166243 | On UE capability and network node coordination aspects in LTE-NR tight interworking | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166244 | Paging in NR at HF operation | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166245 | NR PDCP control plane protocol stack considerations | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166246 | Control Plane architecture for NR-NR multi-connectivity | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166247 | Implications of High Frequency Bands on Mobility | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166248 | Corrections to NB-IoT SystemInformationBlockType2 handling | HTC Corporation | imported from 3GU |
| R2‑166249 | Correction on UE behavior in Paging procedure | HTC Corporation | imported from 3GU |
| R2‑166250 | Introduction of RACH-less and Make Before Break for handover and SCG change | Intel Corporation | imported from 3GU |
| R2‑166251 | UL grant for RACH-less handover | Intel Corporation | imported from 3GU |
| R2‑166252 | Remaining issues for Make Before Break | Intel Corporation | imported from 3GU |
| R2‑166253 | Discussion on Layer 2 relaying options | Intel Corporation | imported from 3GU |
| R2‑166254 | Path selection criteria | Intel Corporation | imported from 3GU |
| R2‑166255 | Introduction of DRX over PC5 | Intel Corporation | imported from 3GU |
| R2‑166256 | Introduction of paired mobility | Intel Corporation | imported from 3GU |
| R2‑166257 | Further consideration for periodical geo-location reporting | Intel Corporation | imported from 3GU |
| R2‑166258 | Further consideration for inter-F V2X communication | Intel Corporation | imported from 3GU |
| R2‑166259 | Further consideration for resource selection | Intel Corporation | imported from 3GU |
| R2‑166260 | Support of multiple carriers/PLMNs | Intel Corporation | imported from 3GU |
| R2‑166261 | Resource pool management | Intel Corporation | imported from 3GU |
| R2‑166262 | Considerations to support CP via relaying in FeD2D | Intel Corporation | imported from 3GU |
| R2‑166263 | Scenarios for Service continuity in FeD2D | Intel Corporation | imported from 3GU |
| R2‑166264 | QoS considerations in FeD2D | Intel Corporation | imported from 3GU |
| R2‑166265 | Tentative work plan of measurement gap enhancement for LTE | Intel Corporation | imported from 3GU |
| R2‑166266 | Support of per component carrier based configuration gaps | Intel Corporation | imported from 3GU |
| R2‑166267 | UE capabilities for latency reduction | Intel Corporation | imported from 3GU |
| R2‑166268 | Configuration of DMTC for neighbour and serving cells in LAA carrier frequency | Intel Corporation | imported from 3GU |
| R2‑166269 | Clarification on UE category requirement | Intel Corporation | imported from 3GU |
| R2‑166270 | Introduction of LTE UE capability signaling enhancements | Intel Corporation | imported from 3GU |
| R2‑166271 | Text proposal for service continuity scenarios in FeD2D | Intel Corporation | imported from 3GU |
| R2‑166272 | Enabling Indication of enhanced HST requirements in a cell | Intel Corporation | imported from 3GU |
| R2‑166273 | Enabling Indication of enhanced HST requirements in a cell | Intel Corporation | imported from 3GU |
| R2‑166274 | Clarification on NB-IoT | HTC Corporation | imported from 3GU |
| R2‑166275 | Clarification on SC-PTM reception | HTC Corporation | imported from 3GU |
| R2‑166276 | Corrections to LWA configuration | HTC Corporation | imported from 3GU |
| R2‑166277 | Clarification to the Random Access Procedure for NB-IoT | Ericsson | imported from 3GU |
| R2‑166278 | Summary of email discussion [95#41][eNB-IoTenh] Paging open issues | Ericsson | imported from 3GU |
| R2‑166279 | Non-anchor carrier Paging in NB-IoT | Ericsson | imported from 3GU |
| R2‑166280 | Random access on non-anchor carrier | Ericsson | imported from 3GU |
| R2‑166281 | Non-anchor NPRACH resource configuration | Ericsson | imported from 3GU |
| R2‑166282 | Higher data rates for MTC | Ericsson | imported from 3GU |
| R2‑166283 | Clarification on HARQ feedback in DC | HTC Corporation | imported from 3GU |
| R2‑166284 | Data transmission in "low activity state" | Huawei, HiSilicon | imported from 3GU |
| R2‑166285 | Support of periodic WLAN measurement report | Samsung | imported from 3GU |
| R2‑166286 | Clarifications on periodic WLAN measurement report | Samsung | imported from 3GU |
| R2‑166287 | PDCP data recovery for eLWA | Samsung | imported from 3GU |
| R2‑166288 | Clarification to the security mode command procedure for NB-IoT | Ericsson LM | imported from 3GU |
| R2‑166289 | Clarification to the Random Access Procedure for NB-IoT | Ericsson LM | imported from 3GU |
| R2‑166290 | Clarification to the security mode command procedure for NB-IoT | Ericsson LM | imported from 3GU |
| R2‑166291 | UL Measurement based Inactive Mode Mobility Aspects | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166292 | Relay discovery and connection setup procedures on LTE Sidelink | Huawei, HiSilicon | imported from 3GU |
| R2‑166293 | QoS Aspects for the UE-to-NW Relay over Sidelink | Huawei, HiSilicon | imported from 3GU |
| R2‑166294 | Draft LS on QoS support of UE-to-Network Relay over LTE sidelink | Huawei, HiSilicon | imported from 3GU |
| R2‑166295 | Clarification on the RRC connection resume procedure | HTC Corporation | imported from 3GU |
| R2‑166296 | Congestion Control for PC5-based V2X | Huawei, HiSilicon | imported from 3GU |
| R2‑166297 | Inter-PLMN operation for Uu-based V2X | Huawei, HiSilicon | imported from 3GU |
| R2‑166298 | Discussion on P2X Sidelink Communication | Huawei, HiSilicon | imported from 3GU |
| R2‑166299 | Enhancements of Uplink SPS for Uu-based V2X | Huawei, HiSilicon | imported from 3GU |
| R2‑166300 | Further Discussion of SPS over Sidelink | Huawei, HiSilicon | imported from 3GU |
| R2‑166301 | Interface Selection between PC5 and Uu | Huawei, HiSilicon | imported from 3GU |
| R2‑166302 | Support of QoS for PC5-based V2X transport | Huawei, HiSilicon | imported from 3GU |
| R2‑166303 | Further Analysis of Inter-carrier Operation on PC5 based V2X | Huawei, HiSilicon | imported from 3GU |
| R2‑166304 | Support Multi-carrier Multi-PLMN Operations for PC5 Based V2X | Huawei, HiSilicon | imported from 3GU |
| R2‑166305 | Further Analysis for Sidelink Synchronization Issues | Huawei, HiSilicon | imported from 3GU |
| R2‑166306 | Sensing based UE autonomous resource selection | Huawei, HiSilicon | imported from 3GU |
| R2‑166307 | Corrections on sidelink pre-configurations and default configurations | Huawei, HiSilicon | imported from 3GU |
| R2‑166308 | Corrections on system information acquisition for Sidelink discovery | Huawei, HiSilicon | imported from 3GU |
| R2‑166309 | Corrections on SL-SCH retransmission condition | Huawei, HiSilicon | imported from 3GU |
| R2‑166310 | Corrections on reception of MBMS | Huawei, HiSilicon | imported from 3GU |
| R2‑166311 | Minor corrections for Rel-13 eD2D | Huawei, HiSilicon | imported from 3GU |
| R2‑166312 | CR for reducing RSTD quantization error | Huawei, HiSilicon | imported from 3GU |
| R2‑166313 | CR on OTDOA Enhancements for the Shared Cell-ID Scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166314 | Clarification on uplink carrier frequency | Huawei | imported from 3GU |
| R2‑166315 | Summary of [95#39][NB-IoT] NB-IoT RRC Processing Delays EMail Discussion | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166316 | Summary of email discussion [95#43][LTE/feMTC/NB-IOTenh] SC-PTM feedback mechanism (Huawei) | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166317 | SC-MCCH Scheduling and Update Notification in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166318 | Coverage Enhancement for SC-MTCH in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166319 | Cell Reselection Related to Multi-cast in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166320 | Transmission Reliability of Multi-cast in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166321 | Priority of Multi-Cast in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166322 | Discussion on SC-PTM configuration in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166323 | NPRACH on Non-anchor NB-IoT Carrier | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166324 | Paging on Non-anchor NB-IoT Carrier | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166325 | Mobility enhancements in connected mode | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166326 | Load balancing enhancement | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166327 | Support 2 HARQ Processes in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166328 | Overload Control for C-Plane solution | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166329 | Enhanced Coverage Authorisation | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166330 | Positioning consideration in NB-IoT | Huawei, HiSilicon, Neul Ltd. | imported from 3GU |
| R2‑166331 | TTI switching for Multi-Carrier Enhancements | Ericsson | imported from 3GU |
| R2‑166332 | Switching of primary carrier | Ericsson | imported from 3GU |
| R2‑166333 | RRC configuration of Multi-Carrier Enhancements | Ericsson | imported from 3GU |
| R2‑166334 | Power allocation for Multi-Carrier Enhancements | Ericsson | imported from 3GU |
| R2‑166335 | Consideration on the impact of QoS on NR CP | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166336 | Consideration on the impact of QoS on NR UP | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166337 | Consideration on the Measurement for NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166338 | Consideration on the intra-NR mobility | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166339 | Consideration on the inter-RAT mobility | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166340 | Consideration on the transmission of NR RRC Message in LTE/NR tight interworking | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166341 | Consideration on the eLTE | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166342 | Consideration on the Minimum SI delivery in NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166343 | Consideration on the Other SI delivery in NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166344 | Consideration on the impact of NW slicing on RAN | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166345 | Consideration on the cell concept in NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166346 | Consideration on the Reordering for NR UP | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166347 | Consideration on the Pre-concatenation in RLC for NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166348 | Consideration on the Retransmission for NR UP | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166349 | Consideration on the capability coordination in LTE NR tight interworking | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166350 | Consideration on the UE controlled mobility | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166351 | Consideration on the Random access in NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166352 | Clarification on the scenarios of LTE/NR tight interworking with NR as master | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166353 | NR System Information Areas for Other SI | SHARP Corporation | imported from 3GU |
| R2‑166354 | System Information Relaying Via Side-link | SHARP Corporation | imported from 3GU |
| R2‑166355 | Segmentation in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166356 | Correction to NB-IoT Stage 2 description | Ericsson LM | imported from 3GU |
| R2‑166357 | Further considerations on TDM Operation across Different RATs | Samsung Research America | imported from 3GU |
| R2‑166358 | C-DRX for NR | Samsung Research America | imported from 3GU |
| R2‑166359 | Barring mechanism for NR | Samsung Research America | imported from 3GU |
| R2‑166360 | Issue on mismatched PUSCH repetition configuration for CE Mode A | ZTE Corporation | imported from 3GU |
| R2‑166361 | Issue on mismatched procedures for indication to PDCP | ZTE Corporation | imported from 3GU |
| R2‑166362 | Cell Identification in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166363 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166364 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166365 | Discussion on UE measurement capability of E-UTRAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166366 | Correction on the stored retrievable configuration for CELL_FACH | Huawei, HiSilicon | imported from 3GU |
| R2‑166367 | Correction on the stored retrievable configuration for CELL_FACH | Huawei, HiSilicon | imported from 3GU |
| R2‑166368 | Introduction of HS-SCCH DRx feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166369 | Correction on extension of frequency priorities | Huawei, HiSilicon | imported from 3GU |
| R2‑166370 | Correction on extension of frequency priorities | Huawei, HiSilicon | imported from 3GU |
| R2‑166371 | Correction on dual band dual cell E-DCH capability | Huawei, HiSilicon | imported from 3GU |
| R2‑166372 | Correction on dual band dual cell E-DCH capability | Huawei, HiSilicon | imported from 3GU |
| R2‑166373 | Correction on extended DRX in Idle mode | Huawei, HiSilicon | imported from 3GU |
| R2‑166374 | Correction on extended DRX in Idle mode | Huawei, HiSilicon | imported from 3GU |
| R2‑166375 | Discussion on remaining issue on use case 2 for single standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166376 | TP on use case 2 for single standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166377 | Discussion on remaining issue on use case 3 for single standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166378 | TP on use case 3 for single standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166379 | Considerations on remaining issue for dual standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166380 | TP on remaining issues for dual standby scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166381 | Considerations on the co-ordination between UMTS and LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166382 | Analysis of RRC configuration impacts due to MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166383 | Analysis of enhanced TTI switching in MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166384 | Analysis of E-TFC selection procedure in MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166385 | Discussion on UE capability due to MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166386 | Clarification on HARQ feedback on PUCCH SCell | HTC Corporation | imported from 3GU |
| R2‑166387 | Clarification on system information acquisition for NB-IoT | HTC Corporation | imported from 3GU |
| R2‑166388 | Discussion of NR IDLE mode operation | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166389 | Discussion of TRP and DU Mobility in NR | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166390 | Discussion on Beam Terminology for Beam based Mobility | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166391 | DL Beam Management in the Multi-Beam based NR system | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166392 | Clarification on AS-Config | HTC Corporation | imported from 3GU |
| R2‑166393 | Principle/Guideline: Minimum SI TX in Camping Cell | Samsung Electronics Co., Ltd, Nokia, Mediatek Inc., Panasonic | imported from 3GU |
| R2‑166394 | Discussion on service continuity scenarios | KDDI Corporation | imported from 3GU |
| R2‑166395 | Remaining Issues on RACH-less handover | Huawei, HiSilicon | imported from 3GU |
| R2‑166396 | Remaining Issues on Make-before-break Handover | Huawei, HiSilicon | imported from 3GU |
| R2‑166397 | UE Capabilities for Mobility Enhancements | Huawei, HiSilicon, ZTE | imported from 3GU |
| R2‑166398 | UE Capability in 36.306 | Huawei, HiSilicon, ZTE | imported from 3GU |
| R2‑166399 | UE Capability in 36.331 | Huawei, HiSilicon, ZTE | imported from 3GU |
| R2‑166400 | Discussion on eVoLTE Coverage Enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166401 | Discussion on Single Receiver Based on Category 1 | Huawei, HiSilicon | imported from 3GU |
| R2‑166402 | MBMS Assistant Scheme for MBFSN Expansion | Huawei, HiSilicon | imported from 3GU |
| R2‑166403 | Discussion on Standalone MBMS Cell | Huawei, HiSilicon | imported from 3GU |
| R2‑166404 | Support non-3GPP only access capability for low-cost wearables | III | imported from 3GU |
| R2‑166405 | Random access for eNB-IoT | SHARP Corporation | imported from 3GU |
| R2‑166406 | Paging for eNB-IoT | SHARP Corporation | imported from 3GU |
| R2‑166407 | DMRS scrambling sequence initialization parameter for MPDCCH | Qualcomm Incorporated | imported from 3GU |
| R2‑166408 | RSRP threshold when only CE level 0 is used | Qualcomm Incorporated | imported from 3GU |
| R2‑166409 | Correction on fdd-DownlinkOrTddSubframeBitmapBR | Qualcomm Incorporated | imported from 3GU |
| R2‑166410 | SC-MCCH scheduling and design for FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166411 | Service Continuity support for SC-PTM in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166412 | Coverage Enhancement for SC-MTCH in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166413 | High reliability for SC-PTM in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166414 | SC-PTM reception in RRC_CONNECTED for FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166415 | Discussion on SC-PTM Configuration in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166416 | SPS support for SC-PTM in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166417 | On supporting larger maximum TBS and wider bandwidth for FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166418 | Introduction a capability of larger maximum UL TBS for TDD HD-FDD | Huawei, HiSilicon | imported from 3GU |
| R2‑166419 | Indication for the extended maximum UL TBS for Cat M1 | Huawei, HiSilicon | imported from 3GU |
| R2‑166420 | Positioning consideration in FeMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166421 | Addition of eCall over IMS Indication in SIB1 | Qualcomm Incorporated | imported from 3GU |
| R2‑166422 | Correction on RAN1 parameters for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166423 | Open issues for light connection | Qualcomm Incorporated | imported from 3GU |
| R2‑166424 | Measurement gap UE capability | Qualcomm Incorporated | imported from 3GU |
| R2‑166425 | Correction on RAN1 parameters for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166426 | Introduction of Category 1bis | Qualcomm Incorporated | imported from 3GU |
| R2‑166427 | Introduction of Category 1bis | Qualcomm Incorporated | imported from 3GU |
| R2‑166428 | Correction on LBT for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166429 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166430 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166431 | Reporting issues on SL SPS | Innovative Technology Lab Co. | imported from 3GU |
| R2‑166432 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166433 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166434 | Correction on UL data transfer for Two-stage scheduling | Huawei, HiSilicon | imported from 3GU |
| R2‑166435 | Introduction of enhanced TTI switching for MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166436 | Introduction of enhanced TTI switching for MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166437 | Discussion on paging in eNB-IoT | SHARP Corporation | imported from 3GU |
| R2‑166438 | Introduction of enhanced TTI switching for MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166439 | Introduction of enhanced TTI switching for MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166440 | Clarification on CIoT | HTC Corporation | imported from 3GU |
| R2‑166441 | Introduction of MC enhancements | Huawei, HiSilicon | imported from 3GU |
| R2‑166442 | Discussion QoE Measurement Collection for streaming services in UTRAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166443 | UL data transfer for Two-stage scheduling | Huawei, HiSilicon | imported from 3GU |
| R2‑166444 | Introduction of QoE Measurement Collection for streaming services in UTRAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166445 | Introduction of QoE Measurement Collection for streaming services in UTRAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166446 | Introduction of QoE Measurement Collection for streaming services in UTRAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166447 | Correction on cross-carrier scheduling for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166448 | Correction on PDCCH monitoring for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166449 | [Draft] Reply LS on QoE reporting for streaming services | Huawei | imported from 3GU |
| R2‑166450 | Corrections to LWA release | HTC Corporation | imported from 3GU |
| R2‑166451 | Correction on ACDC handling | Huawei, HiSilicon | imported from 3GU |
| R2‑166452 | Correction on UL RTT for eLAA | Huawei, HiSilicon, HTC Corporation | imported from 3GU |
| R2‑166453 | Correction on ACDC handling | Huawei, HiSilicon | imported from 3GU |
| R2‑166454 | Introduction of HS-SCCH DRx feature in enhanced Cell Fach | Huawei, HiSilicon | imported from 3GU |
| R2‑166455 | Introduction of HS-SCCH DRx feature in enhanced Cell Fach | Huawei, HiSilicon | imported from 3GU |
| R2‑166456 | PDCCH monitoring for eLAA | Huawei, HiSilicon | imported from 3GU |
| R2‑166457 | Clarification on DRX | HTC Corporation | imported from 3GU |
| R2‑166458 | Correction to MAC RAR | CATT | imported from 3GU |
| R2‑166459 | Correction to MAC RAR | CATT | imported from 3GU |
| R2‑166460 | Impact on HARQ and DRX of Two-stage scheduling | Huawei, HiSilicon | imported from 3GU |
| R2‑166461 | Correction on suitable cell requirements | HTC Corporation | imported from 3GU |
| R2‑166462 | Correction on HARQ and DRX for Two-stage scheduling | Huawei, HiSilicon | imported from 3GU |
| R2‑166463 | Support of inter-PLMN operation for V2X | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166464 | Coexistence of Uu and PC5 operation | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166465 | SC-PTM Enhancements for LTE V2X | MediaTek Inc. | imported from 3GU |
| R2‑166466 | On suitability of Uu transport and PC5 transport for V2X Solutions | MediaTek Inc. | imported from 3GU |
| R2‑166467 | Combination for New UE Category | MediaTek Inc. | imported from 3GU |
| R2‑166468 | RRM Measurement for Cell Level Mobility | Samsung Electronics | imported from 3GU |
| R2‑166469 | Enhancement of LCP for Supporting Multiple Numerologies in NR | Samsung Electronics | imported from 3GU |
| R2‑166470 | UL Scheduling Issues for Supporting Low Latency in NR | Samsung Electronics | imported from 3GU |
| R2‑166471 | Discussion on Sidelink SPS configuration and UE assistant information | Potevio | imported from 3GU |
| R2‑166472 | SI and MCCH change notification reception | Samsung Electronics Co., Ltd | imported from 3GU |
| R2‑166473 | Further considerations on the RACH-less handover for the LTE mobility enhancements | Samsung | imported from 3GU |
| R2‑166474 | Further considerations on solutions for maintaining a connection to the source eNB | Samsung | imported from 3GU |
| R2‑166475 | Concatenation for NR | SAMSUNG Electronics Co., Ltd. | imported from 3GU |
| R2‑166476 | Multiplexing for NR | SAMSUNG Electronics Co., Ltd. | imported from 3GU |
| R2‑166477 | Reordering for NR | SAMSUNG Electronics Co., Ltd. | imported from 3GU |
| R2‑166478 | Consideration of Uplink Bearer Split | ITRI | imported from 3GU |
| R2‑166479 | Retransmission of PDCP PDUs over WLAN | ITRI | imported from 3GU |
| R2‑166480 | Inter eNB Handover without WT Change to Keep LWA Active | ITRI | imported from 3GU |
| R2‑166481 | Mobility Set Regarding the Support of 60 GHz | ITRI | imported from 3GU |
| R2‑166482 | Quality of Experience for LWA Configuration | ITRI | imported from 3GU |
| R2‑166483 | Non-Real-Time Segmentation and Concatenation for NR | ITRI | imported from 3GU |
| R2‑166484 | Including Cell reselection information in the Minimum SI | ITRI | imported from 3GU |
| R2‑166485 | Discussion on the new state for NR | ITRI | imported from 3GU |
| R2‑166486 | DL data reception in INACTIVE state | Fujitsu | imported from 3GU |
| R2‑166487 | MAC function for URLLC support | Fujitsu | imported from 3GU |
| R2‑166488 | Considerations on the segmentation function in NR | Fujitsu | imported from 3GU |
| R2‑166489 | Discussion on power saving for V2P communications | Fujitsu | imported from 3GU |
| R2‑166490 | Discussion on service continuity in V2X communications | Fujitsu | imported from 3GU |
| R2‑166491 | Considerations on splitting traffic between LTE and WLAN | Fujitsu | imported from 3GU |
| R2‑166492 | Transmission of NPRACH on a non-anchor NB-IoT PRB | Fujitsu | imported from 3GU |
| R2‑166493 | Contents of Minimum System Information | Samsung India | imported from 3GU |
| R2‑166494 | RRC message related issues for LTE-NR tight interworking | ITRI | imported from 3GU |
| R2‑166495 | Split Bearers in NR | ITRI | imported from 3GU |
| R2‑166496 | Context awareness optimization for high speed mobility | ITRI | imported from 3GU |
| R2‑166497 | Report of email discussion: [95#29][NR] On demand SI | Samsung India | imported from 3GU |
| R2‑166498 | system information support for mobility | ITRI | imported from 3GU |
| R2‑166499 | Mobility issue for lightly connected UE | ITRI | imported from 3GU |
| R2‑166500 | Discussion on paging area update failure for lighted connected UE | ITRI | imported from 3GU |
| R2‑166501 | Co-existence scenarios for LTE and NR | Samsung India | imported from 3GU |
| R2‑166502 | General features for a lightly connected UE | ITRI | imported from 3GU |
| R2‑166503 | Rapporteur correction for 25.321 MAC specification | Nokia | imported from 3GU |
| R2‑166504 | Correction on Downlink power allocation for SC-PTM | TD Tech, Huawei | imported from 3GU |
| R2‑166505 | Remaining issues on uplink transmission for eLWA | Huawei, HiSilicon | imported from 3GU |
| R2‑166506 | Grouping of NR User Plane Functions and Placements in CU-DU Split | Samsung Electronics Co, LTD | imported from 3GU |
| R2‑166507 | Issues related to UL retransmission | Huawei, HiSilicon | imported from 3GU |
| R2‑166508 | Rapporteur correction for 25.321 MAC specification | Nokia | imported from 3GU |
| R2‑166509 | Consideration on handover failure | China Telecom Corporation Ltd. | imported from 3GU |
| R2‑166510 | Discussion on the change of PDCP ciphering key | Huawei, HiSilicon | imported from 3GU |
| R2‑166511 | Segment Offset-based Segmentation for NR | Samsung Electronics Co, LTD | imported from 3GU |
| R2‑166512 | Analysis on FFS in Use case 1 of dual standby | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166513 | Architectures and protocols of evolved LTE connecting to NG-Core | Huawei, HiSilicon | imported from 3GU |
| R2‑166514 | Necessary RRC functions for NR and evolved LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166515 | Consideration on PDCP design for NR and evolved LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166516 | Management of secondary node for LTE-NR tight interworking | Huawei, HiSilicon | imported from 3GU |
| R2‑166517 | Comparison of user plane architecture options for LTE-NR tight interworking | Huawei, HiSilicon | imported from 3GU |
| R2‑166518 | User plane design details for LTE-NR tight interworking | Huawei, HiSilicon | imported from 3GU |
| R2‑166519 | Control plane aspects for LTE-NR tight interworking | Huawei, HiSilicon | imported from 3GU |
| R2‑166520 | UE capability coordination in LTE-NR tight interworking | Huawei, HiSilicon | imported from 3GU |
| R2‑166521 | Control plane issues related to the support of 60GHz | Huawei, HiSilicon | imported from 3GU |
| R2‑166522 | Discussion on L2 support of 60GHz WLAN | Huawei, HiSilicon | imported from 3GU |
| R2‑166523 | PDCP COUNT with RRCConnectionResume | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166524 | PDU level reordering in NR L2 | LG Electronics Inc. | imported from 3GU |
| R2‑166525 | Segmentation and Concatenation in NR L2 | LG Electronics Inc. | imported from 3GU |
| R2‑166526 | Flow to RB mapping | LG Electronics Inc. | imported from 3GU |
| R2‑166527 | Data transmission in New State | LG Electronics Inc. | imported from 3GU |
| R2‑166528 | QoS provision in radio interface | LG Electronics Inc. | imported from 3GU |
| R2‑166529 | SRB transmission on split bearer | LG Electronics Inc. | imported from 3GU |
| R2‑166530 | Restricting PDCP Control PDU transmission on LTE link | LG Electronics Inc. | imported from 3GU |
| R2‑166531 | Preventing HFN de-synchronization in LWA bearer | LG Electronics Inc. | imported from 3GU |
| R2‑166532 | LWAAP running CR for LWA | LG Electronics Inc. (LWAAP rapporteur) | imported from 3GU |
| R2‑166533 | Radio Link Failure detection in High Frequency NR systems | Samsung R&D Institute UK | imported from 3GU |
| R2‑166534 | Mobility enhancement for NB-IoT UP solution | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166535 | SC-PTM for FeMTC and eNB-IoT | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166536 | Mobility enhancement for NB-IoT CP solution | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166537 | Discussion on Ultra Reliable Low Latency Communications considering mobility | Samsung R&D Institute UK | imported from 3GU |
| R2‑166538 | Comparison between active and inactive state for small data transmission from energy efficiency perspective | Samsung | imported from 3GU |
| R2‑166539 | Energy efficient connection management assuming low CN signaling overhead in inactive state | Samsung | imported from 3GU |
| R2‑166540 | Miscellaneous corrections for LAA | NTT DOCOMO INC. | imported from 3GU |
| R2‑166541 | Discussion on extension of RLC parameter | NTT DOCOMO INC. | imported from 3GU |
| R2‑166542 | Extension of RLC parameter | NTT DOCOMO INC. | imported from 3GU |
| R2‑166543 | Extension of RLC parameter | NTT DOCOMO INC. | imported from 3GU |
| R2‑166544 | Discussion on L2 protocol for NR | NTT DOCOMO INC. | imported from 3GU |
| R2‑166545 | Mobility of split bearer via SCG | NTT DOCOMO INC. | imported from 3GU |
| R2‑166546 | Correction on TS36.331 for V2V | ZTE Corporation | imported from 3GU |
| R2‑166547 | CR for reducing RSTD quantization error | Huawei, HiSilicon | imported from 3GU |
| R2‑166548 | CR on OTDOA Enhancements for the Shared Cell-ID Scenario | Huawei, HiSilicon | imported from 3GU |
| R2‑166549 | Miscellaneous corrections on V2V | ZTE Corporation | imported from 3GU |
| R2‑166550 | Correction on TS 36.321 for V2V | ZTE Corporation | imported from 3GU |
| R2‑166551 | Single receiver category 1 UE | Intel Corporation | imported from 3GU |
| R2‑166552 | Report of email discussion on [95#23] LTE capability signaling in UMTS | Intel Corporation | imported from 3GU |
| R2‑166553 | Correction on TS 36.302 for V2V | ZTE Corporation | imported from 3GU |
| R2‑166554 | Clarification on the usage of exceptional pool | ZTE Corporation | imported from 3GU |
| R2‑166555 | Editorial correction for NB-IoT | Ericsson | imported from 3GU |
| R2‑166556 | Editorial correction for NB-IoT | Ericsson, ZTE Corporation | imported from 3GU |
| R2‑166557 | Acknowledgement delay of RRCConnectionRelease message in NB-IoT | Ericsson | imported from 3GU |
| R2‑166558 | Acknowledgement delay of RRCConnectionRelease message in NB-IoT | Ericsson | imported from 3GU |
| R2‑166559 | Processing delay requirements for RRC procedures | Ericsson | imported from 3GU |
| R2‑166560 | Inter-frequency measurements for Further Enhanced MTC | Ericsson | imported from 3GU |
| R2‑166561 | Release Assistance Indication | Ericsson | imported from 3GU |
| R2‑166562 | Release Assistance Indication | Ericsson | imported from 3GU |
| R2‑166563 | Release Assistance Indication | Ericsson | imported from 3GU |
| R2‑166564 | Authorization of use of Coverage Enhancements | Ericsson | imported from 3GU |
| R2‑166565 | CN overload protection for CP solution | Ericsson | imported from 3GU |
| R2‑166566 | Further reduced power class in NB-IoT | Ericsson | imported from 3GU |
| R2‑166567 | Inter-RAT idle mode mobility in NB-IoT | Ericsson | imported from 3GU |
| R2‑166568 | Mobility enhancements NB-IoT | Ericsson | imported from 3GU |
| R2‑166569 | Positioning enhancements for NB-IoT | Ericsson | imported from 3GU |
| R2‑166570 | Processing delay requirements for RRC procedures | Ericsson | imported from 3GU |
| R2‑166571 | Throughput prediction and network assisted DASH | Qualcomm Incorporated | imported from 3GU |
| R2‑166572 | Stored System Information | MediaTek Inc. | imported from 3GU |
| R2‑166573 | On-demand SI Delivery | MediaTek Inc. | imported from 3GU |
| R2‑166574 | Radio-aware TCP optimization | Qualcomm Incorporated, CMCC, Huawei | imported from 3GU |
| R2‑166575 | Data Radio Bearers | MediaTek Inc. | imported from 3GU |
| R2‑166576 | TP for Radio-aware TCP optimization | Qualcomm Incorporated, CMCC, Huawei | imported from 3GU |
| R2‑166577 | Remaining Issues on Running Stage 2 CR | ETRI | imported from 3GU |
| R2‑166578 | RLF Issues on Make-Before-Break solution | ETRI | imported from 3GU |
| R2‑166579 | Solution to long backhaul latency issue | Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166580 | Further Discussion on Reliability Issue of UE Indication | ETRI | imported from 3GU |
| R2‑166581 | Infrequent Small Data and New State | MediaTek Inc. | imported from 3GU |
| R2‑166582 | RAN-based rate adaptation mechanism for VoLTE | Intel Corporation | imported from 3GU |
| R2‑166583 | Impact analysis of critical data discard on UL Video transmission | Intel Corporation | imported from 3GU |
| R2‑166584 | Hybrid controlled Mobility for NR | ETRI | imported from 3GU |
| R2‑166585 | TP for service information acquisition by E-UTRAN and UE assisted local cache | Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166586 | Consideration on beamforming for cell level mobility | ASUSTEK COMPUTER (SHANGHAI) | imported from 3GU |
| R2‑166587 | Report of email discussion [95#42][eNB-IoTenh] Mobility Enhancements | Nokia | imported from 3GU |
| R2‑166588 | Beam management in NR | ASUSTEK COMPUTER (SHANGHAI) | imported from 3GU |
| R2‑166589 | Random access procedure in NR | ASUSTEK COMPUTER (SHANGHAI) | imported from 3GU |
| R2‑166590 | ^^Discussion on Control Plane Architecture for Evolved ProSe UE-to-NW relay | Shenzhen Coolpad Technologies | imported from 3GU |
| R2‑166591 | Flexible RACH | MediaTek Inc. | imported from 3GU |
| R2‑166592 | Discussion on Potential Issues of Evolved ProSe Remote UEs in RRC_IDLE State | Shenzhen Coolpad Technologies | imported from 3GU |
| R2‑166593 | Consideration small data transmission in New State | III | imported from 3GU |
| R2‑166594 | Discussion on power saving for P-UE | Shenzhen Coolpad Technologies | imported from 3GU |
| R2‑166595 | Multiple HARQ processes | MediaTek Inc. | imported from 3GU |
| R2‑166596 | Consideration small data transmission in New State | III | imported from 3GU |
| R2‑166597 | Discussion on the solution on video optimization | Huawei, HiSilicon, Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166598 | TP for the solution on video optimization | Huawei, HiSilicon, Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166599 | Discussion on Necessity to Indicate Whether PC5 or Uu is Allowed for V2V Messages Transport within Network Coverage | Shenzhen Coolpad Technologies | imported from 3GU |
| R2‑166600 | Discussion on the solution of TCP optimization | Huawei, HiSilicon, Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166601 | TP for the solution of TCP optimization | Huawei, HiSilicon, Qualcomm Incorporated, CMCC | imported from 3GU |
| R2‑166602 | Consideration on S-TMSI and IMSI at the eNB | ZTE Corporation | imported from 3GU |
| R2‑166603 | Initial Views about On Demand SI Delivery for 5G NR | Shenzhen Coolpad Technologies | imported from 3GU |
| R2‑166604 | Introduction of mobility enhancement solutions | ZTE Corporation | imported from 3GU |
| R2‑166605 | Discussion on the necessity of V2X path configuration signalling | ZTE Corporation | imported from 3GU |
| R2‑166606 | Introduction of mobility enhancement solutions | ZTE Corporation | imported from 3GU |
| R2‑166607 | Discussion on cross carrier scheduling | ZTE Corporation | imported from 3GU |
| R2‑166608 | RLF analysis on make before break solution | ZTE Corporation | imported from 3GU |
| R2‑166609 | Discussion on V2P aspects | ZTE Corporation | imported from 3GU |
| R2‑166610 | Stage-3 issues of Solution 1 | ZTE Corporation | imported from 3GU |
| R2‑166611 | Further consideration on the new RAN controlled state in NR | ZTE, ZTE Microelectronics | imported from 3GU |
| R2‑166612 | UL grant in Random Access Response from PCell for SCell | Nokia, Alcatel-Lucent Shanghai Bell, NTT DOCOMO, INC. | imported from 3GU |
| R2‑166613 | Inter-PLMN operation for V2X | ZTE Corporation | imported from 3GU |
| R2‑166614 | Signaling procedure clarification of make-before-break solution | ZTE Corporation | imported from 3GU |
| R2‑166615 | Discussion on Control plane aspects for LTE-NR tight interworking | KT Corporation | imported from 3GU |
| R2‑166616 | Discussion on SPS related issues | ZTE Corporation | imported from 3GU |
| R2‑166617 | eDRX correction on MME sending Paging message to eNB | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166618 | Evaluatation of supporting small and variable MBMS areas | ZTE Corporation | imported from 3GU |
| R2‑166619 | System Information update for eDRX | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166620 | Requirements on Future Railway Mobile Communcation | ZTE Corporation, China Academy of Railway Sciences (CARS), CATR, CMCC, China Telecom, China Unicom, CATT | imported from 3GU |
| R2‑166621 | UE capability for latency reduction | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166622 | [Draft] Reply LS on Multiple TMGIs for support of small and variable MBMS areas | ZTE Corporation | imported from 3GU |
| R2‑166623 | 36.306 CR on UE capabilities for Latency Reduction | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166624 | Discussion on connection setup for FeD2D | ASUSTEK COMPUTER (SHANGHAI) | imported from 3GU |
| R2‑166625 | Discussion on latency of random access in NR | ASUSTEK COMPUTER (SHANGHAI) | imported from 3GU |
| R2‑166626 | 36.331 CR on UE capabilities for Latency Reduction | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166627 | Stage2 Running CR of light connection | Huawei, HiSilicon | imported from 3GU |
| R2‑166628 | Open issues for Light Connection | Huawei, HiSilicon | imported from 3GU |
| R2‑166629 | Signalling and Procedures for states transition and PAU | Huawei, HiSilicon | imported from 3GU |
| R2‑166630 | RAN2 impact of Context fetch in light connection | Huawei, HiSilicon | imported from 3GU |
| R2‑166631 | On RAN initiated paging | Huawei, HiSilicon | imported from 3GU |
| R2‑166632 | High layer impacts on SRS Carrier Based Switching for LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166633 | Capture the high layer impacts on SRS Carrier Based Switching for LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166634 | high layer impacts on SRS Carrier Based Switching for LTE | Huawei, HiSilicon | imported from 3GU |
| R2‑166635 | Introduce the new RNTIs for SRS Carrier Based Switching | Huawei, HiSilicon | imported from 3GU |
| R2‑166636 | Enhanced Measurement gap configuration | Huawei, HiSilicon | imported from 3GU |
| R2‑166637 | The UE capability report for the Measurement gap enhancement | Huawei, HiSilicon | imported from 3GU |
| R2‑166638 | Discussion on the signalling in HST | Huawei, HiSilicon | imported from 3GU |
| R2‑166639 | Performance enhancements indicator for high speed | Huawei, HiSilicon | imported from 3GU |
| R2‑166640 | Capbility on performance enhancements for high speed | Huawei, HiSilicon | imported from 3GU |
| R2‑166641 | Performance enhancements for high speed | Huawei, HiSilicon | imported from 3GU |
| R2‑166642 | Considerations on CASD issues | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166643 | Radio resource selection behaviour for autonomous resource allocation mode | PANASONIC R&D Center Germany | imported from 3GU |
| R2‑166644 | Support of different numerologies in NR | LG Electronics Inc. | imported from 3GU |
| R2‑166645 | Scheudling aspect with multiple egNBs | LG Electronics Inc. | imported from 3GU |
| R2‑166646 | Potential impact of beam sweeping on RA | LG Electronics Inc. | imported from 3GU |
| R2‑166647 | DRX enhancement in NR | LG Electronics Inc. | imported from 3GU |
| R2‑166648 | Support of SCG and SCG-split bearer in NR | LG Electronics Inc. | imported from 3GU |
| R2‑166649 | Clarification in DRX | LG Electronics Inc. | imported from 3GU |
| R2‑166650 | Clarification in DRX with SR prohibition | LG Electronics Inc. | imported from 3GU |
| R2‑166651 | Clarification in DRX with SR prohibition | LG Electronics Inc. | imported from 3GU |
| R2‑166652 | Initial access to support multiple numerologies in NR | Samsung | imported from 3GU |
| R2‑166653 | Robust design to support various spectrums in NR | Samsung | imported from 3GU |
| R2‑166654 | Correction of connection suspension related aspects | Samsung Telecommunications | imported from 3GU |
| R2‑166655 | Clarification regarding on CSI-RS resource configuration for FD-MIMO | Samsung Telecommunications | imported from 3GU |
| R2‑166656 | Clearing of measurements upon reporting WLAN unavailability | Samsung Telecommunications | imported from 3GU |
| R2‑166657 | V2X remaining issues related to Tx resource selection and pool usage | Samsung Telecommunications | imported from 3GU |
| R2‑166658 | V2X corrections regarding Tx resource selection and pool usage | Samsung Telecommunications | imported from 3GU |
| R2‑166659 | UE capability and feature support | Samsung Telecommunications | imported from 3GU |
| R2‑166660 | UE capability coordination in case of IRAT DC | Samsung Telecommunications | imported from 3GU |
| R2‑166661 | Use of RRM measurements in IRAT DC | Samsung Telecommunications | imported from 3GU |
| R2‑166662 | Evolution of specification methodology for NR RRC | Samsung Telecommunications | imported from 3GU |
| R2‑166663 | Path selection and switch | LG Electronics Inc. | imported from 3GU |
| R2‑166664 | Cell selection and reselection in NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166665 | Relay Option for the evolved ProSe UE-to-Network Relay | LG Electronics Inc. | imported from 3GU |
| R2‑166666 | Text Proposal to TR 38.804 on cell selection and reselection in NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166667 | Frequency domain resources for NR measurements | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166668 | Potential hurdle in maximising DL TCP throughput | NTT DOCOMO, INC. | imported from 3GU |
| R2‑166669 | Correction on mac-ContentionResolutionTimer for eMTC | Huawei, HiSilicon | imported from 3GU |
| R2‑166670 | Common establishment cause value for VoLTE/ViLTE call | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166671 | RRC Idle/Connected mode mismatch | Ericsson | imported from 3GU |
| R2‑166672 | Clarification of RRC connection release procedure | Ericsson | imported from 3GU |
| R2‑166673 | Definition and setting of makeBeforeBreak field | Ericsson | imported from 3GU |
| R2‑166674 | On PRS-based Terrestrial Beacon System (TBS) and same PCI | Ericsson | imported from 3GU |
| R2‑166675 | Introduction of support for PRS configurations based on PRS ID and PRS-based TBS | Ericsson | imported from 3GU |
| R2‑166676 | On higher resolution RSTD measurement report mapping | Ericsson | imported from 3GU |
| R2‑166677 | NR RRC methodology | Ericsson | imported from 3GU |
| R2‑166678 | Inclusion of RAN1 agreements on coexistence for eLAA | BlackBerry UK Limited | imported from 3GU |
| R2‑166679 | Clarification on UE power class 2 indication | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166680 | Clarification on UE power class 2 indication | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166681 | Random Access in non-anchor carrier | Intel Corporation | imported from 3GU |
| R2‑166682 | Considerations of idle mode paging on non-anchor NB-IoT | Intel Corporation | imported from 3GU |
| R2‑166683 | Connected mode mobility for NB-IOT UE using CP CIoT EPS optimisation | Intel Corporation | imported from 3GU |
| R2‑166684 | Connected mode mobility for NB-IOT UE using UP CIoT EPS optimisation | Intel Corporation | imported from 3GU |
| R2‑166685 | Multicast RAN2 impacts for FeMTC and eNB-IoT | Intel Corporation | imported from 3GU |
| R2‑166686 | Higher TBS and VoLTE support | Intel Corporation | imported from 3GU |
| R2‑166687 | Light Connection signaling and UE's modeling | Intel Corporation | imported from 3GU |
| R2‑166688 | Email discussion report on [95#31][LTE/Light connection] Progress FFS | Intel Corporation | imported from 3GU |
| R2‑166689 | RAN-based Paging Area for light connection | Intel Corporation | imported from 3GU |
| R2‑166690 | RAN-initiated paging and DRX cycle | Intel Corporation | imported from 3GU |
| R2‑166691 | UE RRC state mismatch between UE and network | Intel Corporation | imported from 3GU |
| R2‑166692 | RAN impact to enable CN overload control for CP CIoT EPS Optimization | Intel Corporation | imported from 3GU |
| R2‑166693 | Lightly connected and RAN configured DRX cycle | Intel Corporation | imported from 3GU |
| R2‑166694 | RAN configured DRX cycle | Intel Corporation | imported from 3GU |
| R2‑166695 | Further clarification for PDCCH order in NB-IoT | ZTE Corporation | imported from 3GU |
| R2‑166696 | Remaining Issues on Running Stage 3 CR | ETRI | imported from 3GU |
| R2‑166697 | Discussion on RRC connection release | HTC Corporation | imported from 3GU |
| R2‑166698 | Security considerations for Mobility enhancement of NB-IoT CP solution | Vodafone GmbH | imported from 3GU |
| R2‑166699 | Paging on non-anchor carrier enhancements | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166700 | Sending small amounts of data via WLAN while UL is configured to LTE | Ericsson | imported from 3GU |
| R2‑166701 | Remaining PDCP considerations for LWA UL | Ericsson | imported from 3GU |
| R2‑166702 | Remaining issues for HO when LWA configuration is kept | Ericsson | imported from 3GU |
| R2‑166703 | Measurements and other feedback reporting for eLWA | Ericsson | imported from 3GU |
| R2‑166704 | UE behaviour in new state | ETRI | imported from 3GU |
| R2‑166705 | NB-IoT RRC Processing Delays | Neul Limited | imported from 3GU |
| R2‑166706 | On-demand SI delivery mechanism | ETRI | imported from 3GU |
| R2‑166707 | Correction to PDCCH period description | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166708 | Correction to Resource Selection for V2X Sidelink Communication | Qualcomm Incorporated | imported from 3GU |
| R2‑166709 | MAC handling of data transmission with 2-step granting | Ericsson | imported from 3GU |
| R2‑166710 | MAC handling of data transmission with 2-step granting | Ericsson | imported from 3GU |
| R2‑166711 | Inactivity timer for Multi-subframe scheduling | Ericsson | imported from 3GU |
| R2‑166712 | Inactivity timer for Multi-subframe scheduling | Ericsson | imported from 3GU |
| R2‑166713 | DRX and 2-step granting | Ericsson | imported from 3GU |
| R2‑166714 | DRX and 2-step granting | Ericsson | imported from 3GU |
| R2‑166715 | PDCCH-subframe definition for LAA | Ericsson | imported from 3GU |
| R2‑166716 | Capabilities for two step scheduling | Ericsson | imported from 3GU |
| R2‑166717 | Capabilities for two step scheduling | Ericsson | imported from 3GU |
| R2‑166718 | Channel Access Priority Class selection for UL and scheduling restrictions | Ericsson | imported from 3GU |
| R2‑166719 | Correction to PDCCH period description | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166720 | Relay RLC Operation | Sony | imported from 3GU |
| R2‑166721 | Details of DCI and SPS Configuration | Qualcomm Incorporated | imported from 3GU |
| R2‑166722 | CIoT signaling optimisation reuse for Relay | Sony | imported from 3GU |
| R2‑166723 | Relay and Remote device physical layer capabilities | Sony | imported from 3GU |
| R2‑166724 | Inter-PLMN V2X Communication | Qualcomm Incorporated | imported from 3GU |
| R2‑166725 | Control plane architecture | Ericsson | imported from 3GU |
| R2‑166726 | Control plane states | Ericsson | imported from 3GU |
| R2‑166727 | Quality of Service for the Relay solution | Ericsson | imported from 3GU |
| R2‑166728 | Relaying Scenarios with multiple UEs | Ericsson | imported from 3GU |
| R2‑166729 | Service Continuity and Mobility | Ericsson | imported from 3GU |
| R2‑166730 | Text proposal to TR 36.746 from e-mail discussion 95#34 | Ericsson (Rapporteur) | imported from 3GU |
| R2‑166731 | User plane architecture | Ericsson | imported from 3GU |
| R2‑166732 | UE specific Paging area definition | Sony | imported from 3GU |
| R2‑166733 | V2P Services over PC5 | Qualcomm Incorporated | imported from 3GU |
| R2‑166734 | Downlink data transmission in ‘new state’ | Sony | imported from 3GU |
| R2‑166735 | System Information Enhancements for NR | Sony | imported from 3GU |
| R2‑166736 | QoS for V2X Communication over PC5 | Qualcomm Incorporated | imported from 3GU |
| R2‑166737 | System Information and notifications on feMBMS carrier | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166738 | Discussion on Multi-connectivity | Samsung R&D Institute UK | imported from 3GU |
| R2‑166739 | SCG (split) bearer and SCG change in tight interworking | Sony | imported from 3GU |
| R2‑166740 | UE capability in NR RRC connection request | Sony | imported from 3GU |
| R2‑166741 | Support for Low Periodicity for V2X Sidelink Communication | Qualcomm Incorporated | imported from 3GU |
| R2‑166742 | Mobility Using Uplink Measurements. | Sony | imported from 3GU |
| R2‑166743 | Mobility Using Uplink Measurements. | Sony | imported from 3GU |
| R2‑166744 | Congestion Control in V2X | Qualcomm Incorporated | imported from 3GU |
| R2‑166745 | Inter-RAT Inter-MeNB handover in LTE-NR tight interworking | Sony | imported from 3GU |
| R2‑166746 | Pairing, RRC states and Control Plane relaying | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166747 | Multicast Support for eNB-IOT | Sony | imported from 3GU |
| R2‑166748 | Multicast Support for feMTC | Sony | imported from 3GU |
| R2‑166749 | Few clarifications on Further mobility enhancements in LTE | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166750 | MBMS Session Reception for V2X | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166751 | RV setting in SPS with skip UL | Ericsson | imported from 3GU |
| R2‑166752 | Efficient V2P/P2V activation | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166753 | RV setting in SPS with skip UL | Ericsson | imported from 3GU |
| R2‑166754 | FDD&TDD diff for mbms-AsyncDC | Huawei, HiSilicon | imported from 3GU |
| R2‑166755 | Clarification of MO video cause value | Huawei, HiSilicon | imported from 3GU |
| R2‑166756 | Consideration on delay budget reporting | Huawei, HiSilicon | imported from 3GU |
| R2‑166757 | UE assistance information for codec adaptation | Huawei, HiSilicon | imported from 3GU |
| R2‑166758 | LS to CT1 on MO video cause value | Huawei, HiSilicon | imported from 3GU |
| R2‑166759 | The details on the codec adaptation solution | Huawei, HiSilicon | imported from 3GU |
| R2‑166760 | LS to SA4 on RAN-based codec adaptation solution | Huawei, HiSilicon | imported from 3GU |
| R2‑166761 | IDC for WLAN integration | Ericsson | imported from 3GU |
| R2‑166762 | IDC for WLAN integration | Ericsson | imported from 3GU |
| R2‑166763 | IDC for WLAN integration | Ericsson | imported from 3GU |
| R2‑166764 | Correction for traffic steering granularity for RAN assisted WLAN interworking | Ericsson | imported from 3GU |
| R2‑166765 | Correction for traffic steering granularity for RAN assisted WLAN interworking | Ericsson | imported from 3GU |
| R2‑166766 | RV setting in SPS with skip UL | Ericsson | imported from 3GU |
| R2‑166767 | SkipUplinkTxSPS correction to enable adaptive retransmissions | Ericsson | imported from 3GU |
| R2‑166768 | SkipUplinkTxSPS correction to enable adaptive retransmissions | Ericsson | imported from 3GU |
| R2‑166769 | Intra-Cell and Inter-Cell Mobility in NR | NEC Telecom MODUS Ltd. | imported from 3GU |
| R2‑166770 | Broadcasting SI by means of SFN transmission in NR | Ericsson | imported from 3GU |
| R2‑166771 | Further benefits of on demand SI delivery | Ericsson | imported from 3GU |
| R2‑166772 | Index based provisioning of system information in NR | Ericsson | imported from 3GU |
| R2‑166773 | NR System information distribution - principles and example | Ericsson | imported from 3GU |
| R2‑166774 | System information distribution on high frequency bands | Ericsson | imported from 3GU |
| R2‑166775 | RRC configuration in LTE-NR tight interworking | Ericsson | imported from 3GU |
| R2‑166776 | RRC diversity | Ericsson | imported from 3GU |
| R2‑166777 | RRM and related control plane aspects for LTE-NR tight-interworking | Ericsson | imported from 3GU |
| R2‑166778 | Scenarios for inter-RAT inter-working | Ericsson | imported from 3GU |
| R2‑166779 | UE capability coordination for tight interworking | Ericsson | imported from 3GU |
| R2‑166780 | Draft LS to SA3 about security | Ericsson | imported from 3GU |
| R2‑166781 | Security in NR | Ericsson | imported from 3GU |
| R2‑166782 | UE capability principle and signalling | Ericsson | imported from 3GU |
| R2‑166783 | Basic access configuration acquisition principles for NR | Ericsson | imported from 3GU |
| R2‑166784 | How to realize zero ms UP interruption in NR | Ericsson | imported from 3GU |
| R2‑166785 | Faster measurements and signaling for Ultra reliable mobility | Ericsson | imported from 3GU |
| R2‑166786 | Mobility between LTE and NR for inactive UEs | Ericsson | imported from 3GU |
| R2‑166787 | UE context handling during inter RAT handover | Ericsson | imported from 3GU |
| R2‑166788 | Long network DTX in NR | Ericsson | imported from 3GU |
| R2‑166789 | Capability for skipped padding and short SPS interval | Ericsson | imported from 3GU |
| R2‑166790 | Capability for skipped padding and short SPS interval | Ericsson | imported from 3GU |
| R2‑166791 | Capability for skipped padding and short SPS interval | Ericsson | imported from 3GU |
| R2‑166792 | Discussion on connection setup procedure | ZTE Corporation | imported from 3GU |
| R2‑166793 | Type 2 PH with LAA Scells | Nokia, Alcatel-Lucent Shanghai Bell, HiSilicon, Huawei, Samsung | imported from 3GU |
| R2‑166794 | Type2 PHR for eLAA | Nokia, Alcatel-Lucent Shanghai Bell, HiSilicon, Huawei, Samsung | imported from 3GU |
| R2‑166795 | Authentication in eMBMS | Ericsson | imported from 3GU |
| R2‑166796 | UE mobility aspect in the evolved UE-to-Network Relay architecture | ZTE Corporation | imported from 3GU |
| R2‑166797 | Connection establishment for UE-to-NW relaying | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166798 | Some considerations on the power efficiency of R14 feD2D | ZTE Corporation | imported from 3GU |
| R2‑166799 | Uplink dynamic scheduling in NR | Ericsson | imported from 3GU |
| R2‑166800 | Aspects for pre scheduling and contention based UL transmission | Ericsson | imported from 3GU |
| R2‑166801 | QoS framework for NR | Ericsson | imported from 3GU |
| R2‑166802 | Considerations on the evolved UE-to-Network Relay connectivity scenarios | ZTE Corporation | imported from 3GU |
| R2‑166803 | Inter-Virtual Cell Handover in Two-Layer NR Networks | ASTRI, TCL Communication Ltd. | imported from 3GU |
| R2‑166804 | Measurement Configuration Reduction for Intra-NR Mobility | ASTRI, TCL Communication Ltd. | imported from 3GU |
| R2‑166805 | Discussion on UE capabilities on L2 latency reduction techniques | Huawei, HiSilicon | imported from 3GU |
| R2‑166806 | UE capabilities on L2 latency reduction techniques | Huawei, HiSilicon | imported from 3GU |
| R2‑166807 | UE capabilities on L2 latency reduction techniques | Huawei, HiSilicon | imported from 3GU |
| R2‑166808 | Support of contention based uplink transmission | Huawei, Qualcomm, Ericsson, HiSilicon | imported from 3GU |
| R2‑166809 | Support of contention based uplink transmission | Huawei, Qualcomm, Ericsson, HiSilicon | imported from 3GU |
| R2‑166810 | Access control in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166811 | Initial considerations on random access procedure in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166812 | Measurement and mobility in high frequency | Huawei, HiSilicon | imported from 3GU |
| R2‑166813 | Requirements on random access procedure in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166814 | QoS-aware initial access | Huawei, HiSilicon | imported from 3GU |
| R2‑166815 | Discussion on layer 2 ProSe UE-to-network relay for feD2D | ZTE Corporation | imported from 3GU |
| R2‑166816 | Adapting the LTE DRX framework for NR | Ericsson | imported from 3GU |
| R2‑166817 | MAC impacts of different numerologies and flexible TTI duration | Ericsson | imported from 3GU |
| R2‑166818 | DRX considering different traffic | Ericsson | imported from 3GU |
| R2‑166819 | Future compatibility for operating NR in unlicensed spectrum | Ericsson | imported from 3GU |
| R2‑166820 | Logical Channel Multiplexing in MAC for NR | Ericsson | imported from 3GU |
| R2‑166821 | UP aspects for URLLC traffics | Ericsson | imported from 3GU |
| R2‑166822 | PDCP operation - HFN desync | Ericsson | imported from 3GU |
| R2‑166823 | PDCP operation - SN and PDU size | Ericsson | imported from 3GU |
| R2‑166824 | Placement of RLC/MAC headers | Ericsson | imported from 3GU |
| R2‑166825 | Possible Optimization for CA in NR | Ericsson | imported from 3GU |
| R2‑166826 | Random Access enhancements | Ericsson | imported from 3GU |
| R2‑166827 | RRC specification evolution | Ericsson | imported from 3GU |
| R2‑166828 | Second level retransmissions in NR | Ericsson | imported from 3GU |
| R2‑166829 | Simultaneous RX-TX in LTE and NR | Ericsson | imported from 3GU |
| R2‑166830 | UP-specifications for NR | Ericsson | imported from 3GU |
| R2‑166831 | Discussion on L2 relay architecture for FeD2D | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166832 | Introduction of WLAN AP assistance data for UE-assisted and UE-based positioning | Intel Corporation | imported from 3GU |
| R2‑166833 | Discussion of PDCP key and WT release issues | Intel Corporation | imported from 3GU |
| R2‑166834 | WLAN measurement event W1 leaving condition | Intel Corporation | imported from 3GU |
| R2‑166835 | eLWA optimizations for high data rate 802.11 technologies | Intel Corporation | imported from 3GU |
| R2‑166836 | Suspend/resume functionality for LWA | Intel Corporation, Qualcomm Incorporated, China Telecom, Ruckus Wireless | imported from 3GU |
| R2‑166837 | Considerations for additional WLAN metrics | Intel Corporation | imported from 3GU |
| R2‑166838 | UE capabilities for eLWA | Intel Corporation | imported from 3GU |
| R2‑166839 | Uplink over WLAN in eLWA: Editor's notes and FFS's | Intel Corporation | imported from 3GU |
| R2‑166840 | Stage-2 running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑166841 | RRC running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑166842 | PDCP running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑166843 | Report of email discussion [LTE/IP] Progress specifics of WLAN assistance data | Intel Corporation | imported from 3GU |
| R2‑166844 | Inter-PLMN V2X aspects | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑166845 | Commonality and backward compatibility for multicast enhancements | Kyocera | imported from 3GU |
| R2‑166846 | Valid anchor/non-anchor carrier combinations | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166847 | Correction to MAC RAR | CATT | imported from 3GU |
| R2‑166848 | Multicast reception of FeMTC UE in RRC Connected | Kyocera | imported from 3GU |
| R2‑166849 | SC-PTM transmission for Enhanced Coverage | Kyocera | imported from 3GU |
| R2‑166850 | Definition of valid anchor and non-anchor carrier combinations | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166851 | RRC configuration of multicast enhancements for FeMTC and eNB-IoT | Kyocera | imported from 3GU |
| R2‑166852 | SC-PTM feedback scheme for link adaptation and retransmission | Kyocera | imported from 3GU |
| R2‑166853 | UE support and impact of multiple numerology | InterDigital Communications | imported from 3GU |
| R2‑166854 | Radio Bearers and Per-Flow QoS for New Radio Access | InterDigital Communications | imported from 3GU |
| R2‑166855 | System Access and Support for Different Numerologies | InterDigital Communications | imported from 3GU |
| R2‑166856 | Control Plane Functions and transport mechanism for Interworking between NR and LTE | InterDigital Communications | imported from 3GU |
| R2‑166857 | Correction to MAC RAR | CATT | imported from 3GU |
| R2‑166858 | UE behaviour and signalling for Light Connection | Kyocera | imported from 3GU |
| R2‑166859 | Details of RAN-assisted codec rate adaptation | Kyocera | imported from 3GU |
| R2‑166860 | Considerations on pre-sensing on exceptional resource pool | ZTE Corporation | imported from 3GU |
| R2‑166861 | Consideration of the P2V transmission scheme | Kyocera | imported from 3GU |
| R2‑166862 | Introduction of eDECOR in RAN | Ericsson | imported from 3GU |
| R2‑166863 | Reference to valid non-anchor carrier configuration | QUALCOMM INCORPORATED | imported from 3GU |
| R2‑166864 | RAN Based Paging for New Radio Access | InterDigital Communications | imported from 3GU |
| R2‑166865 | RAN Controlled State for New Radio Access | InterDigital Communications | imported from 3GU |
| R2‑166866 | UE Mobility in RAN Controlled State for New Radio Access | InterDigital Communications | imported from 3GU |
| R2‑166867 | System Information Acquisition for New Radio Access | InterDigital Communications | imported from 3GU |
| R2‑166868 | Structure and Contents of System Information for NR | InterDigital Communications | imported from 3GU |
| R2‑166869 | Power Savings for NR | InterDigital Communications | imported from 3GU |
| R2‑166870 | UE Transmissions in New State for NR | InterDigital Communications | imported from 3GU |
| R2‑166871 | Connectivity Scenarios for Wearables and IoT Devices | InterDigital Communications | imported from 3GU |
| R2‑166872 | Details on SPS for V2X | InterDigital Communications | imported from 3GU |
| R2‑166873 | Introduction of eDECOR in RAN | Ericsson | imported from 3GU |
| R2‑166874 | Introduction of eDECOR in RAN | Ericsson | imported from 3GU |
| R2‑166875 | Mobility type support in NR | Intel Corporation | imported from 3GU |
| R2‑166876 | Definition of NR Cell | Intel Corporation | imported from 3GU |
| R2‑166877 | Analysis of UL measurement vs DL measurement for inactive connected state | Intel Corporation | imported from 3GU |
| R2‑166878 | Considerations on radio link failure | Intel Corporation | imported from 3GU |
| R2‑166879 | Mobility and paging reception for idle | Intel Corporation | imported from 3GU |
| R2‑166880 | Discussion on new RAN states for NR | Intel Corporation | imported from 3GU |
| R2‑166881 | Discussion on RAN notification area for the new RRC state | Intel Corporation | imported from 3GU |
| R2‑166882 | DRX operation in NR for idle and lightly connected mode | Intel Corporation | imported from 3GU |
| R2‑166883 | Report of email discussion: [95#27][LTE/NR] Reordering (Intel) | Intel Corporation | imported from 3GU |
| R2‑166884 | NR user plane architecture to ease Tx processing | Intel Corporation | imported from 3GU |
| R2‑166885 | System information for standalone NR deployment | Intel Corporation | imported from 3GU |
| R2‑166886 | Routing restriction and security for aggregation within NR | Intel Corporation | imported from 3GU |
| R2‑166887 | Characterizing Impact of Blockage on End to End Performance of High Frequency NR | Intel Corporation | imported from 3GU |
| R2‑166888 | MAC entities to support multiple NR verticals | Intel Corporation | imported from 3GU |
| R2‑166889 | Analysis of UL measurement vs DL measurement for connected state | Intel Corporation | imported from 3GU |
| R2‑166890 | UE capability signaling framework for NR | Intel Corporation | imported from 3GU |
| R2‑166891 | LTE and NR configuration interaction for tight interworking | Intel Corporation | imported from 3GU |
| R2‑166892 | Relationship between DRBs and QoS flows | Intel Corporation | imported from 3GU |
| R2‑166893 | Control plane coordination for intra-NR DC | Intel Corporation | imported from 3GU |
| R2‑166894 | Inter-RAT mobility between NR and legacy technologies | Intel Corporation | imported from 3GU |
| R2‑166895 | Supporting Next Gen QoS in NR | Intel Corporation | imported from 3GU |
| R2‑166896 | Discussion on NR SeNB configuration | Intel Corporation | imported from 3GU |
| R2‑166897 | Reordering in NR | Intel Corporation | imported from 3GU |
| R2‑166898 | RAN based update mechanism for new RAN state | Intel Corporation | imported from 3GU |
| R2‑166899 | Power consumption aspects for UP-based and Dl-based measurements | Intel Corporation | imported from 3GU |
| R2‑166900 | ASN.1 nesting level | Ericsson | imported from 3GU |
| R2‑166901 | Clarification on signalling for DCH Enhancements | Ericsson | imported from 3GU |
| R2‑166902 | Clarifications for seamless transition to CELL_FACH state functionality | Ericsson | imported from 3GU |
| R2‑166903 | Breaking the ASN.1 nesting level in the Measurement Report message | Ericsson | imported from 3GU |
| R2‑166904 | Report from [95#26] Concatenation (Ericsson) | Ericsson | imported from 3GU |
| R2‑166905 | Evaluation of resource gain using on-demand SI delivery in NR | NEC Telecom MODUS Ltd. | imported from 3GU |
| R2‑166906 | Re-keying timing considerations for eLWA | HTC Corporation | imported from 3GU |
| R2‑166907 | Energy conserved operation evaluation | Huawei, HiSilicon | imported from 3GU |
| R2‑166908 | Benefit of UL tracking | Huawei, HiSilicon | imported from 3GU |
| R2‑166909 | Security consideration for NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166910 | General aspects for NR HF cell | Huawei, HiSilicon | imported from 3GU |
| R2‑166911 | Low frequency assisted high frequency operation | Huawei, HiSilicon | imported from 3GU |
| R2‑166912 | UE power saving mechanism in High Frequency | Huawei, HiSilicon | imported from 3GU |
| R2‑166913 | Summary of email discussion: [95#35][FeD2D] Scenarios and RRC states | Huawei | imported from 3GU |
| R2‑166914 | Procedures for remote or relay UE in idle mode | Huawei, HiSilicon | imported from 3GU |
| R2‑166915 | Layer 2 architecture for UE-to-Network Relay | Huawei, HiSilicon | imported from 3GU |
| R2‑166916 | Principles of traffic management for wearable devices | Huawei, HiSilicon | imported from 3GU |
| R2‑166917 | End-to-End Network Slicing: RAN Requirements | Samsung | imported from 3GU |
| R2‑166918 | Evaluation of resource gain using on-demand SI delivery in NR | NEC Telecom MODUS Ltd. | imported from 3GU |
| R2‑166919 | CN and RAN interaction for inactive UEs | Ericsson | imported from 3GU |
| R2‑166920 | Signalling flows for paging and resume for inactive state | Ericsson | imported from 3GU |
| R2‑166921 | Issues in small data transmission in inactive state | Ericsson | imported from 3GU |
| R2‑166922 | Small data transmission for inactive Ues | Ericsson | imported from 3GU |
| R2‑166923 | RRM measurements and mobility control in RRC CONNECTED | Ericsson | imported from 3GU |
| R2‑166924 | Signals for idle mode operation and connected mode mobility | Ericsson | imported from 3GU |
| R2‑166925 | Identifiers for idle mode signals ‘xSS’ and connected mode signals ‘RS' | Ericsson | imported from 3GU |
| R2‑166926 | Neighbour relation establishment in NR | Ericsson | imported from 3GU |
| R2‑166927 | Inter-node ping-pong avoidance in state transitions | Ericsson | imported from 3GU |
| R2‑166928 | Robust HO via early HO command | Ericsson | imported from 3GU |
| R2‑166929 | IRAT measurements | Ericsson | imported from 3GU |
| R2‑166930 | IDLE mode operation and initial access | Ericsson | imported from 3GU |
| R2‑166931 | Radio interface implications of network slicing | Ericsson | imported from 3GU |
| R2‑166932 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166933 | Non-anchor paging configuration | Ericsson LM | imported from 3GU |
| R2‑166934 | Connection Establishment in Multiple Numerology Environment | Samsung | imported from 3GU |
| R2‑166935 | Broadcasting system information on FeMBMS carrier | Ericsson | imported from 3GU |
| R2‑166936 | FeMBMS System Information | Ericsson | imported from 3GU |
| R2‑166937 | Cell reselection for idle mode UE | Ericsson | imported from 3GU |
| R2‑166938 | Asynchronous multi-carrier MBMS reception | Ericsson | imported from 3GU |
| R2‑166939 | Interruptions due to SRS switching | Ericsson | imported from 3GU |
| R2‑166940 | Single receiver category 1 UE | Intel Corporation | imported from 3GU |
| R2‑166941 | Definition of cch-InterfMitigation-MaxNumCCs | Intel Corporation, Qualcomm | imported from 3GU |
| R2‑166942 | Clarification on Rel-13 CCH-IM UE capability | Intel Corporation, Qualcomm | imported from 3GU |
| R2‑166943 | UE capabilities for latency reduction | Intel Corporation | imported from 3GU |
| R2‑166944 | UE capabilities for latency reduction | Intel Corporation | imported from 3GU |
| R2‑166945 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166946 | Introducing 256QAM in UL | Ericsson | imported from 3GU |
| R2‑166947 | Introducing 256QAM in UL | Ericsson | imported from 3GU |
| R2‑166948 | Introducing 256QAM in UL | Ericsson | imported from 3GU |
| R2‑166949 | Draft Response LS on Uplink Capacity Enhancements for LTE | Ericsson | imported from 3GU |
| R2‑166950 | Paging in Light Connection | Ericsson | imported from 3GU |
| R2‑166951 | Tracking Areas in Light Connection | Ericsson | imported from 3GU |
| R2‑166952 | RRC Suspend/Resume for Light Connection | Ericsson | imported from 3GU |
| R2‑166953 | Common and specific building blocks for light connected UEs | Ericsson | imported from 3GU |
| R2‑166954 | Signalling of Measurement Gaps for Interruption Control | Ericsson | imported from 3GU |
| R2‑166955 | Signalling of Short gaps and per cc measurement gaps | Ericsson | imported from 3GU |
| R2‑166956 | Draft response LS on Measurement gap enhancement | Ericsson | imported from 3GU |
| R2‑166957 | Access control for NR | Ericsson | imported from 3GU |
| R2‑166958 | Consideration on mobility for URLLC and eV2x | Ericsson | imported from 3GU |
| R2‑166959 | LTE and NR migration paths | Ericsson | imported from 3GU |
| R2‑166960 | DRX in idle and “inactive state” | Ericsson | imported from 3GU |
| R2‑166961 | Introducing Sidelink SPS in MAC | Ericsson | imported from 3GU |
| R2‑166962 | Introducing Sidelink SPS in RRC | Ericsson | imported from 3GU |
| R2‑166963 | Introducing the DFN Offset | Ericsson | imported from 3GU |
| R2‑166964 | Configuration of UE Assistance Information | Ericsson | imported from 3GU |
| R2‑166965 | Congestion Control for Sidelink-based V2X | Ericsson | imported from 3GU |
| R2‑166966 | Discussion on PC5 Multiple Carrier | Ericsson | imported from 3GU |
| R2‑166967 | Discussion on Sidelink Operations for Pedestrian | Ericsson | imported from 3GU |
| R2‑166968 | UE Location Reporting | Ericsson | imported from 3GU |
| R2‑166969 | LS on V2x Sidelink Cross-Carrier Configuration | Ericsson | imported from 3GU |
| R2‑166970 | MAC Open Issues | Ericsson | imported from 3GU |
| R2‑166971 | On Path Configuration | Ericsson | imported from 3GU |
| R2‑166972 | On the Need of Sidelink Gaps for V2V | Ericsson | imported from 3GU |
| R2‑166973 | On V2x Sidelink Cross-Carrier Configuration | Ericsson | imported from 3GU |
| R2‑166974 | QoS for PC5-based V2X | Ericsson | imported from 3GU |
| R2‑166975 | Report from [95#32][LTE/V2V] SPS | Ericsson | imported from 3GU |
| R2‑166976 | Sidelink SPS Configuration | Ericsson | imported from 3GU |
| R2‑166977 | SPS Protocol for Uu | Ericsson | imported from 3GU |
| R2‑166978 | Enhancements to V2V Pool Design | Ericsson | imported from 3GU |
| R2‑166979 | DFN Offset for V2V | Ericsson | imported from 3GU |
| R2‑166980 | LS Reply on Multiple TMGIs for support of small and variable MBMS areas | Ericsson | imported from 3GU |
| R2‑166981 | Inter-PLMN Operations for V2V | Ericsson | imported from 3GU |
| R2‑166982 | V2X Message Broadcasting | Ericsson | imported from 3GU |
| R2‑166983 | On MBMS Latency | Ericsson | imported from 3GU |
| R2‑166984 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑166985 | Correction to WLAN measurement configuration | MediaTek Inc., Intel, Qualcomm | imported from 3GU |
| R2‑166986 | Summary of email discussion: [95#28][NR] Data transmission in 'new state' | Huawei | imported from 3GU |
| R2‑166987 | Benefit of UL beacon tracking for "power saving state" | Huawei, HiSilicon, Telefonica | imported from 3GU |
| R2‑166988 | Periodic WLAN measurement reporting | MediaTek Inc., Intel | imported from 3GU |
| R2‑166989 | Support for ultra-reliable low latency communication (URLLC) | Huawei, HiSilicon | imported from 3GU |
| R2‑166990 | Segmentation and concatenation for NR UP | MediaTek Inc. | imported from 3GU |
| R2‑166991 | Scheduling for URLLC | Huawei, HiSilicon | imported from 3GU |
| R2‑166992 | RRC connection reliability of URLLC | Huawei, HiSilicon | imported from 3GU |
| R2‑166993 | LTE CA capability inquiry | Qualcomm Incorporated | imported from 3GU |
| R2‑166994 | Consideration on control plane latency | Huawei, HiSilicon | imported from 3GU |
| R2‑166995 | Further discussion on RAN controlled state in NR | Huawei, HiSilicon, Telefonica | imported from 3GU |
| R2‑166996 | On QoS for NR | MediaTek Inc. | imported from 3GU |
| R2‑166997 | Infrequent small data transmission in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑166998 | Feedback enhancements for enhanced LWA | MediaTek Inc., Beijing Xiaomi Mobile Software Co. | imported from 3GU |
| R2‑166999 | RRC based mobility | Huawei, HiSilicon | imported from 3GU |
| R2‑167000 | Uplink routing for enhanced LWA | MediaTek Inc., Beijing Xiaomi Mobile Software Co. | imported from 3GU |
| R2‑167001 | Cell definition | Huawei, HiSilicon | imported from 3GU |
| R2‑167002 | UL Measurements in active state | Huawei, HiSilicon | imported from 3GU |
| R2‑167003 | RLF for NR | Huawei, HiSilicon | imported from 3GU |
| R2‑167004 | Discussion on mobility for URLLC | Huawei, HiSilicon | imported from 3GU |
| R2‑167005 | Idle mode support in NR | Huawei, HiSilicon | imported from 3GU |
| R2‑167006 | Discussion on LTE-NR handover | Huawei, HiSilicon | imported from 3GU |
| R2‑167007 | Inactive UE inter-RAT mobility | Huawei, HiSilicon | imported from 3GU |
| R2‑167008 | Exceptional pool handling in RRC | LG Electronics Inc. | imported from 3GU |
| R2‑167009 | Geo-information reporting | LG Electronics Inc. | imported from 3GU |
| R2‑167010 | UE capability for V2X sidelink communication | LG Electronics Inc. | imported from 3GU |
| R2‑167011 | Addition of UE geographical information reporting | LG Electronics Inc. | imported from 3GU |
| R2‑167012 | UE capability for V2X sidelink communication | LG Electronics Inc. | imported from 3GU |
| R2‑167013 | Correction on V2V feature | LG Electronics Inc. | imported from 3GU |
| R2‑167014 | Support of inter-PLMN for PC5 and Uu | LG Electronics Inc. | imported from 3GU |
| R2‑167015 | Coexistence of transmission of sidelink V2X and Uu | LG Electronics Inc. | imported from 3GU |
| R2‑167016 | Update of TR 36.746 | LG Electronics Inc. | imported from 3GU |
| R2‑167017 | Mobility aspect of remote UE | LG Electronics Inc. | imported from 3GU |
| R2‑167018 | Architecture for feD2D | LG Electronics Inc. | imported from 3GU |
| R2‑167019 | Security update for WLAN | LG Electronics Inc. | imported from 3GU |
| R2‑167020 | Narrow and Wideband Compatibility of Broadcast Control Information | Sierra Wireless, S.A. | imported from 3GU |
| R2‑167021 | Inter-eNB handover procedure in eLWA | LG Electronics Inc. | imported from 3GU |
| R2‑167022 | Connection Establishment and Access Control for Standalone NR | LG Electronics Inc. | imported from 3GU |
| R2‑167023 | RAN initiated notification in the new state | LG Electronics Inc. | imported from 3GU |
| R2‑167024 | Management of Beam, TRP and Cell | LG Electronics Inc. | imported from 3GU |
| R2‑167025 | State transitions and basic signalling flows for new state | LG Electronics Inc. | imported from 3GU |
| R2‑167026 | UE controlled mobility in new state | LG Electronics Inc. | imported from 3GU |
| R2‑167027 | Support of reliable RRC connection | LG Electronics Inc. | imported from 3GU |
| R2‑167028 | Corrections to resource allocation in Sidelink Mode 4 | LG Electronics Inc. | imported from 3GU |
| R2‑167029 | V2V corrections | LG Electronics Inc. | imported from 3GU |
| R2‑167030 | Smaller periodicity on PC5 based V2V | LG Electronics Inc. | imported from 3GU |
| R2‑167031 | SPS and UE assistant information for V2X | LG Electronics Inc. | imported from 3GU |
| R2‑167032 | Support for V2P service | LG Electronics Inc. | imported from 3GU |
| R2‑167033 | MBMS enhancement for V2X | LG Electronics Inc. | imported from 3GU |
| R2‑167034 | draft response LS to RAN3 on Multiple TMGIs for support of small and variable MBMS areas | LG Electronics Inc. | imported from 3GU |
| R2‑167035 | A CS fall back in lightweight connection | LG Electronics Inc. | imported from 3GU |
| R2‑167036 | Use of RRC Connection Re-establishment procedure for a lightweight connected UE | LG Electronics Inc. | imported from 3GU |
| R2‑167037 | EPC – NR PDCP interaction for tight interworking: User Plane | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167038 | Use of RRC Connection Reconfiguration procedure for a UE to enter to lightweight connection | LG Electronics Inc. | imported from 3GU |
| R2‑167039 | Distribution of System Information in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167040 | NR System Information Open Issues | Convida Wireless | imported from 3GU |
| R2‑167041 | Performance Evaluation of System Information Delivery in NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167042 | Tight interworking of evolved LTE and NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167043 | RRC based Mobility Management in NR | Convida Wireless | imported from 3GU |
| R2‑167044 | Intra-frequency multi-connectivity in standalone NR | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167045 | RRC “new state’ in NR | Convida Wireless | imported from 3GU |
| R2‑167046 | Upper layer aggregation for NR-NR multi-connectivity | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167047 | Flows and DRBs Mapping | Convida Wireless | imported from 3GU |
| R2‑167048 | Carrier reselection under backoff mechanism | LG Electronics Inc. | imported from 3GU |
| R2‑167049 | NR capability fetch for tight interworking scenario | LG Electronics Inc. | imported from 3GU |
| R2‑167050 | Other SI delivery in broadcast manner | LG Electronics Inc. | imported from 3GU |
| R2‑167051 | Efficient SI request for other SI | LG Electronics Inc. | imported from 3GU |
| R2‑167052 | Partial UE-centric Mobility in NR-LTE interworking scenario | LG Electronics Inc. | imported from 3GU |
| R2‑167053 | Further enhancement of WLAN measurement report | LG Electronics Inc. | imported from 3GU |
| R2‑167054 | Further enhancements of WLAN connection status report | LG Electronics Inc. | imported from 3GU |
| R2‑167055 | Consideration on camping on FeMBMS carrier | LG Electronics Inc. | imported from 3GU |
| R2‑167056 | CE level reporting for SC-PTM reception | LG Electronics Inc. | imported from 3GU |
| R2‑167057 | Concurrent RAT operation with RX sharing | Qualcomm Incorporated | imported from 3GU |
| R2‑167058 | RRC procedures for network based and UE based mobility | Qualcomm Incorporated | imported from 3GU |
| R2‑167059 | TX/RX Sharing Concurrent RAT operation with NR | Qualcomm Incorporated | imported from 3GU |
| R2‑167060 | Connected Mode DRX Considerations | Qualcomm Incorporated | imported from 3GU |
| R2‑167061 | NR idle mode principles | Qualcomm Incorporated | imported from 3GU |
| R2‑167062 | NR inactive state principles | Qualcomm Incorporated | imported from 3GU |
| R2‑167063 | Way forward on U-plane modifications to LTE baseline | Qualcomm Incorporated, Intel, Nokia, Panasonic, Sony, Broadcom, CATT, KDDI, Convida wireless, MediaTek | imported from 3GU |
| R2‑167064 | UE battery life impact for NR cell DTX for network energy efficiency | Qualcomm Incorporated | imported from 3GU |
| R2‑167065 | Report of e-mail discussion [95#30] Capability coordination for NR and LTE | Qualcomm Incorporated | imported from 3GU |
| R2‑167066 | NR uplink measurement based mobility in the inactive state | Qualcomm Incorporated | imported from 3GU |
| R2‑167067 | Data transmission in the NR inactive state | Qualcomm Incorporated | imported from 3GU |
| R2‑167068 | Considerations on UE capability reporting | Qualcomm Incorporated | imported from 3GU |
| R2‑167069 | QoS considerations | Qualcomm Incorporated | imported from 3GU |
| R2‑167070 | UE states in NR | CMCC | imported from 3GU |
| R2‑167071 | Discussion on signaling for high speed train scenario | CMCC | imported from 3GU |
| R2‑167072 | Cell identity concerning UE and non-UE specific RS in NR | CMCC | imported from 3GU |
| R2‑167073 | Discussion on intra-NR mobility | CMCC | imported from 3GU |
| R2‑167074 | Further considerations on minimum SI | CMCC | imported from 3GU |
| R2‑167075 | New MAC Functions in NR | CMCC | imported from 3GU |
| R2‑167076 | UE Indication of Shortened C-DRX Cycle for VoLTE | Qualcomm Inc. | imported from 3GU |
| R2‑167077 | Avoid UEs Staying in RRC Connected State Unnecessarily | Qualcomm Inc. | imported from 3GU |
| R2‑167078 | Processing delay requirements for RRC procedures for eMTC UEs | Ericsson | imported from 3GU |
| R2‑167079 | Delayed ACK for RRCConnectionRelease message for eMTC UEs | Ericsson | imported from 3GU |
| R2‑167080 | Delayed ACK for RRCConnectionRelease message for eMTC UEs | Ericsson | imported from 3GU |
| R2‑167081 | Clarification on valid MBSFN subframes for eMTC | Ericsson | imported from 3GU |
| R2‑167082 | RAN assisted codec rate selection and adaptation | Ericsson | imported from 3GU |
| R2‑167083 | Initial codec rate selection | Ericsson | imported from 3GU |
| R2‑167084 | Introducing signalling prioritization for VoLTE-ViLTE | Ericsson | imported from 3GU |
| R2‑167085 | DRAFT LS on VoLTE-ViLTE signaling prioritization | Ericsson | imported from 3GU |
| R2‑167086 | Air interface delay budget | Ericsson | imported from 3GU |
| R2‑167087 | Architectural considerations of SC-PtM for eNB-IoT and FeMTC | Ericsson | imported from 3GU |
| R2‑167088 | Scheduling aspects of SC-PtM for FeMTC and eNB-IoT | Ericsson | imported from 3GU |
| R2‑167089 | Coverage enhancements of SC-PtM for FeMTC and eNB-IoT | Ericsson | imported from 3GU |
| R2‑167090 | Multicast for eMTC UEs in connected mode | Ericsson | imported from 3GU |
| R2‑167091 | Service continuity in multicast for eMTC and NB-IoT UEs | Ericsson | imported from 3GU |
| R2‑167092 | Transmission feedback and redundancy for SC-PtM | Ericsson | imported from 3GU |
| R2‑167093 | Introducing RLC UM for NB-IoT | Ericsson | imported from 3GU |
| R2‑167094 | Introducing RLC UM for NB-IoT | Ericsson | imported from 3GU |
| R2‑167095 | Introducing RLC UM for NB-IoT | Ericsson | imported from 3GU |
| R2‑167096 | Correction on field description of up-CIoT-EPS-Optimisation | NEC, Intel Corporation | imported from 3GU |
| R2‑167097 | RAN aspects on MME overload for CP CIoT optimization in NB-IoT | NEC | imported from 3GU |
| R2‑167098 | RAN aspects on MME overload for CP CIoT optimization | NEC | imported from 3GU |
| R2‑167099 | DRAFT Reply LS on overload control for CP CIoT EPS optimization | NEC | imported from 3GU |
| R2‑167100 | Paging on a non-anchor carrier | Sequans Communications | imported from 3GU |
| R2‑167101 | Support for CE level differentiated paging | Sequans Communications | imported from 3GU |
| R2‑167102 | Considerations on connected mode mobility | LG Electronics France | imported from 3GU |
| R2‑167103 | NPRACH on a non-anchor carrier | Sequans Communications | imported from 3GU |
| R2‑167104 | Considerations on multicast support for feMTC | LG Electronics France | imported from 3GU |
| R2‑167105 | Considerations on multicast support for NB-IoT | LG Electronics France | imported from 3GU |
| R2‑167106 | Initial UL Power Control for RACH-less HO | LG Electronics France | imported from 3GU |
| R2‑167107 | Support of RRC Connection Re-establishment for CP solution | LG Electronics France | imported from 3GU |
| R2‑167108 | The way to obtain UL grant and TA information for RACH-less HO | LG Electronics France | imported from 3GU |
| R2‑167109 | UE Capability and Radio Configuration Coordination for NR-LTE tight interworking | NTT DOCOMO INC. | imported from 3GU |
| R2‑167110 | DRB Establishment in Flow based QoS Concept | NTT DOCOMO INC. | imported from 3GU |
| R2‑167111 | Reviewing the benefit of Flow based QoS | NTT DOCOMO INC. | imported from 3GU |
| R2‑167112 | Feedback Enhancements for LWA | QUALCOMM CDMA Technologies | imported from 3GU |
| R2‑167113 | High Frequency NR System Information Provisioning Through Beam Sweeping | National Taiwan University | imported from 3GU |
| R2‑167114 | User Plane Details for Handover without WT Change | QUALCOMM CDMA Technologies | imported from 3GU |
| R2‑167115 | Power Saving Consideration for Directional NR | National Taiwan University | imported from 3GU |
| R2‑167116 | Multi-Connectivity Support for mmWave NR | National Taiwan University | imported from 3GU |
| R2‑167117 | Improvements to WLAN Measurements for LAA-WiFi Co-existence | Qualcomm Incorporated, Broadcom Corporation, Mediatek Inc. | imported from 3GU |
| R2‑167118 | Vehicular Mobility Management in NR | National Taiwan University | imported from 3GU |
| R2‑167119 | Periodical WLAN Measurements | QUALCOMM Incorporated | imported from 3GU |
| R2‑167120 | Considerations of paging area configuration on the LTE lightweight connection | LG Electronics Inc. | imported from 3GU |
| R2‑167121 | The state of UE and UE ID in lightweight connection | LG Electronics Inc. | imported from 3GU |
| R2‑167122 | SC-PTM MTCH reception related issues in feMTC | LG Electronics Inc. | imported from 3GU |
| R2‑167123 | SIB related issues for SC-PTM in feMTC | LG Electronics Inc. | imported from 3GU |
| R2‑167124 | SC-PTM MTCH reception related issues in NB-IOT | LG Electronics Inc. | imported from 3GU |
| R2‑167125 | SIB related issues for SC-PTM in NB-IOT | LG Electronics Inc. | imported from 3GU |
| R2‑167126 | Indication for supporting non-anchor PRB in NB-IoT | LG Electronics Inc. | imported from 3GU |
| R2‑167127 | Remaining Issues on Uplink Transmission for eLWA | Qualcomm Incorporated | imported from 3GU |
| R2‑167128 | Running CR for 36.305 Further Indoor positioning enhancements | NextNav | imported from 3GU |
| R2‑167129 | Running CR for 36.355 Further Indoor positioning enhancements | NextNav | imported from 3GU |
| R2‑167130 | Additional network assistance and UE-based support | NextNav | imported from 3GU |
| R2‑167131 | Simultaneous transmission of PUSCH on LAA with PUCCH | Qualcomm Incorporated | imported from 3GU |
| R2‑167132 | LS to CT4 on UE-based positioning mode | NextNav | imported from 3GU |
| R2‑167133 | Discussion on Make-Before-Break Handover | Qualcomm Incorporated | imported from 3GU |
| R2‑167134 | Barometric Pressure Uncertainty IEs | NextNav | imported from 3GU |
| R2‑167135 | Uplink Grant for RACH-less Handover | Qualcomm Incorporated | imported from 3GU |
| R2‑167136 | UE state transition diagram for NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑167137 | Beam-based aspects for New Radio | INTERDIGITAL COMMUNICATIONS | imported from 3GU |
| R2‑167138 | Clarifications of RAN2 Agreements on FeMBMS | Qualcomm Incorporated | imported from 3GU |
| R2‑167139 | System Information for FeMBMS | Qualcomm Incorporated | imported from 3GU |
| R2‑167140 | Discussion on RRC state mismatch issue | NTT DOCOMO INC. | imported from 3GU |
| R2‑167141 | Introduction of RRC connection re-establishment timer | NTT DOCOMO INC. | imported from 3GU |
| R2‑167142 | Introduction of RRC connection re-establishment timer | NTT DOCOMO INC. | imported from 3GU |
| R2‑167143 | Way forward on U-plane modifications to LTE baseline | Qualcomm Incorporated, Intel, Nokia, Panasonic, Sony, Broadcom, CATT, KDDI, Convida wireless, MediaTek, LG Electronics Inc. | imported from 3GU |
| R2‑167144 | RRC entity in LTE-NR tight interworking | NEC Corporation | imported from 3GU |
| R2‑167145 | timeInfoUTC in SIB16 | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167146 | Signalling impact analysys of RAN based paging | NTT DOCOMO INC. | imported from 3GU |
| R2‑167147 | Simultaneous transmission of PUSCH on LAA with PUCCH | Qualcomm Incorporated | - |
| R2‑167148 | Delayed ACK for RRCConnectionRelease message for eMTC UEs | Ericsson | - |
| R2‑167149 | Clarification on valid MBSFN subframes for eMTC | Ericsson | - |
| R2‑167150 | Introducing signalling prioritization for VoLTE-ViLTE | Ericsson | - |
| R2‑167151 | Introducing RLC UM for NB-IoT | Ericsson | - |
| R2‑167152 | Introducing RLC UM for NB-IoT | Ericsson | - |
| R2‑167153 | LWAAP running CR for LWA | LG Electronics Inc. (LWAAP rapporteur) | - |
| R2‑167154 | UE capability for V2X sidelink communication | LG Electronics Inc. | - |
| R2‑167155 | Addition of UE capability for V2X sidelink communication in 36.306 | LG Electronics Inc. | - |
| R2‑167156 | On co-existence of the RACH-less and make-before-break solutions | Samsung | - |
| R2‑167157 | Evaluation of beam-based RRM Measurement | Samsung Electronics Co., Ltd | - |
| R2‑167158 | High Frequency NR System Information Provisioning Through Beam Sweeping | National Taiwan University | - |
| R2‑167159 | Potential hurdle in maximising DL TCP throughput | NTT DOCOMO, INC. | - |
| R2‑167160 | Correction on dual band dual cell E-DCH capability | Huawei, HiSilicon | - |
| R2‑167161 | Correction on extension of frequency priorities | Huawei, HiSilicon | - |
| R2‑167162 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | - |
| R2‑167163 | Introduction of HS-SCCH DRX feature in enhanced Cell Fach | Qualcomm Incorporated | imported from 3GU |
| R2‑167164 | LS to RAN1 on TTI switching for MC enhancements (contact: Huawei) | Huawei | - |
| R2‑167165 | LS to RAN3 on TTI switching for MC enhancements (contact: Huawei) | Huawei | - |
| R2‑167166 | LS to RAN4 (cc RAN1) on Power allocation for MC enhancements (contact: Ericsson) | Ericsson | - |
| R2‑167167 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | - |
| R2‑167168 | Introduction of RRC configuration of MC enhancements | Huawei, HiSilicon | - |
| R2‑167169 | LS on Multi-carrier enhancements for UMTS (to: RAN4; cc: RAN1; contact: Ericsson) | RAN2 | - |
| R2‑167170 | LS on TTI switching for MC enhancements (contact: Huawei) | Huawei | - |
| R2‑167171 | LS on TTI switching for MC enhancements (to: RAN1, RAN3; cc: -; contact: Huawei) | RAN2 | - |
| R2‑167172 | Clarifications for seamless transition to CELL_FACH state functionality | Ericsson | - |
| R2‑167173 | Correction on extended DRX in Idle mode | Huawei, HiSilicon | - |
| R2‑167174 | Correction on extended DRX in Idle mode | Huawei, HiSilicon | - |
| R2‑167175 | Correction on ACDC handling | Huawei, HiSilicon | - |
| R2‑167176 | Draft Reply LS on power allocation for SC-PTM (to: RAN1; cc: -; contact: Huawei) | Huawei | - |
| R2‑167177 | Corrections on system information acquisition for Sidelink discovery | Huawei, HiSilicon | - |
| R2‑167178 | DRAFT LS on RAN2 agreements for NR DL-based mobility and Cell definition (to: RAN1; cc: RAN3, RAN4; contact: Ericsson) | Ericsson | - |
| R2‑167179 | [DRAFT] Response LS on Category M1 UE and VoLTE (to: RAN5; cc: RAN1, GSMA NG, GSMA RILTE; contact: Ericsson) | Ericsson | - |
| R2‑167180 | TR 36.746 v0.2.0 on Further Enhancements to LTE Device to Device, UE to Network Relays for IoT and Wearables | LG Electronics Inc. | - |
| R2‑167181 | Text proposal to TR 36.746 from e-mail discussion 95#34 | Ericsson (Rapporteur) | - |
| R2‑167182 | TP on Scenarios and RRC states | Huawei | - |
| R2‑167183 | Miscellaneous corrections for V2V in TS 36.321 | Huawei, HiSilicon | - |
| R2‑167184 | LS to RAN1 on V2V agreements (to: RAN1; cc: -; contact: LGE) | LGE | - |
| R2‑167185 | Corrections on V2V in TS 36.331 | Huawei, HiSilicon | - |
| R2‑167186 | Response LS on Multiple TMGIs for support of small and variable MBMS areas (to: RAN3; cc: SA2; contact: Nokia) | Nokia, Alcatel-Lucent Shanghai Bell | - |
| R2‑167187 | [Draft] LS to RAN1 on DFN offset (to: RAN1; cc: -; cotnact: Huyawei) | Huawei | - |
| R2‑167188 | LS to RAN1 on V2V agreements (to: RAN1; cc: -; contact: LGE) | RAN2 | - |
| R2‑167189 | LS on DFN offset (to: RAN1; cc: -; cotnact: Huawei) | RAN2 | - |
| R2‑167190 | Way forward for concatenation discussion | Ericsson, Huawei, ZTE | - |
| R2‑167191 | Summary of Offline Discussion on Combination for New UE Category | MediaTek | - |
| R2‑167192 | Draft LS on supporting PHR for two-stage scheduling (to: RAN1; cc: -; contact: Huawei) | Huawei | - |
| R2‑167193 | Clarification on UE category requirement | Intel Corporation | - |
| R2‑167194 | Text Proposal to TR 38.804 on bearer type comparison | NTT DOCOMO, INC. | - |
| R2‑167195 | Extension of RLC parameter | NTT DOCOMO, INC. | - |
| R2‑167196 | Extension of RLC parameter | NTT DOCOMO, INC. | - |
| R2‑167197 | Output from offline on 2-step RA and DRX | Ericsson | - |
| R2‑167198 | Capabilities for two step scheduling | Ericsson | - |
| R2‑167199 | On concatenation in NR | Samsung, Alcatel-Lucent Shanghai Bell, ASUSTeK, Broadcom, CATT, CHTTL, Convida wireless, ETRI, HTC, Innovative Technology Lab Co., Intel, InterDigital, IPCom, KT Corp., LG Electronics Inc, Nokia, NTU, OPPO, Panasonic, Qualcomm Incorporated, Verizon Wirele | - |
| R2‑167200 | Draft LS to SA4 on RAN-assisted codec adaptation solution (to: SA4; cc: RAN3; contact: Huawei) | Huawei | - |
| R2‑167201 | LS to CT1 on MO video cause value (to: CT1; cc: -; contact: Huawei) | RAN2 | - |
| R2‑167202 | DRAFT LS on RAN2 agreements on FeMBMS (to: RAN1; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167203 | WF on the signaling method for conveying codec adaptation information | CMCC, Verizon, Ericsson, Huawei, HiSilicon, ZTE, Qualcomm Incorporated, Moto Solution, Intel, Panasonic, Kyocera, OPPO, Xiaomi | - |
| R2‑167204 | LS on RAN2 agreements on FeMBMS (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑167205 | Draft LS on The progress and questions for the light connection (to: RAN3, CT1; cc: SA2; contact: Huawei) | Huawei | - |
| R2‑167206 | [DRAFT] LS on S-TMSI in RAN paging (to: SA3; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167207 | LS on RAN2 agreements on Context Aware Service Delivery SI (to: RAN3; cc: -; contact: Qualcomm) | Qualcomm | - |
| R2‑167208 | Draft LS on Remaining issues for Make Before Break (to: RAN3; cc: RAN1, RAN4; contact: Intel) | Intel | imported from 3GU |
| R2‑167209 | Draft LS on Remaining issues for Make Before Break (to: RAN3; cc: RAN1, RAN4; contact: Intel) | Intel | - |
| R2‑167210 | [Draft] LS on RAN2 agreements for Make Before Break (to: RAN3; cc: RAN1, RAN4; contact: Intel) | Intel | - |
| R2‑167211 | How to progress the study for UL data transmission in NR new state | Huawei | - |
| R2‑167212 | Void | ETSI MCC | imported from 3GU |
| R2‑167213 | Void | ETSI MCC | imported from 3GU |
| R2‑167214 | Void | ETSI MCC | imported from 3GU |
| R2‑167215 | Void | ETSI MCC | imported from 3GU |
| R2‑167216 | Void | ETSI MCC | imported from 3GU |
| R2‑167217 | Void | ETSI MCC | imported from 3GU |
| R2‑167218 | Void | ETSI MCC | imported from 3GU |
| R2‑167219 | Void | ETSI MCC | imported from 3GU |
| R2‑167220 | Clarification to the security mode command procedure for NB-IoT | Ericsson LM | - |
| R2‑167221 | Correction to TS36.321 | CATT | - |
| R2‑167222 | Clarification on system information acquisition for NB-IoT | HTC Corporation | - |
| R2‑167223 | Definition of valid anchor and non-anchor carrier combinations | QUALCOMM INCORPORATED | - |
| R2‑167224 | Correction on field description of up-CIoT-EPS-Optimisation | NEC, Intel Corporation | - |
| R2‑167225 | Clarification on DRX | HTC Corporation | - |
| R2‑167226 | Clarification on NB-IoT | HTC Corporation | - |
| R2‑167227 | DRAFT LS on Coverage enhancements of SC-PtM for FeMTC and eNB-IoT (to: RAN1, RAN3; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167228 | DRAFT LS on RACH and PAGING on non-anchor carrier (to: RAN2; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167229 | Correction to PDCCH period description | QUALCOMM INCORPORATED | - |
| R2‑167230 | Way forward on Fast RLF | Huawei | - |
| R2‑167231 | Way forward for lossless mobility | Huawei | - |
| R2‑167232 | Draft LS on mobility enhancements for NB-IoT (to: RAN3, CT1; cc: SA2; contact: Huawei)) | Huawei | - |
| R2‑167233 | [Draft] Response LS on Enhanced Coverage authorization impact on cell and PLMN selection procedures (to: SA2, CT1; cc: -; contact: Qualcomm) | Qualcomm | - |
| R2‑167234 | LS on Coverage enhancements of SC-PtM for FeMTC and eNB-IoT (to: RAN1; cc: RAN3; contact: Ericsson) | RAN2 | - |
| R2‑167235 | LS on NB-IoT Rel-14 RACH and Paging on non-anchor carrier (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑167236 | DRAFT Security aspects of RRC Connection Re-Establishment for NB-IoT (DoNAS) (to: SA3; cc: RAN3/CT1; contact: Vodafone) | Vodafone | - |
| R2‑167237 | Draft LS on mobility enhancements for NB-IoT (to: RAN3, CT1; cc: SA2; contact: Huawei)) | Huawei | - |
| R2‑167238 | DRAFT LS on Security aspects of RRC Connection Re-Establishment for NB-IoT (DoNAS) (to: SA3; cc: RAN3, CT1; contact: Vodafone) | Vodafone | - |
| R2‑167239 | Void | ETSI MCC | imported from 3GU |
| R2‑167240 | Report from LTE Break-Out Session, Vice-Chair (InterDigital) | InterDigital (Vice Chairman) | - |
| R2‑167241 | Report from LTE Break-Out Session, Vice-Chair (CMCC) | CMCC (Vice Chairman) | - |
| R2‑167242 | Report from NB-IOT Break-Out Session, Session Chair (MediaTek) | MediaTek (Session Chairman) | - |
| R2‑167243 | Draft reply LS on Enhanced Coverage authorization impact on cell and PLMN selection procedures (to: SA2; cc: CT1; contact: Qualcomm) | Qualcomm | - |
| R2‑167244 | Correction for traffic steering granularity for RAN assisted WLAN interworking | Ericsson | - |
| R2‑167245 | Reply LS on QoE reporting for streaming services (to: SA4; cc: RAN3, SA5; contact: Huawei) | RAN2 | - |
| R2‑167246 | timeInfoUTC in SIB16 | Nokia, Alcatel-Lucent Shanghai Bell | - |
| R2‑167247 | Clarification on HARQ feedback on PSCell and PUCCH Scell | HTC Corporation | - |
| R2‑167248 | FDD&TDD diff for mbms-AsyncDC | Huawei, HiSilicon | - |
| R2‑167249 | Configuration of DMTC for neighbour and serving cells in LAA carrier frequency | Intel Corporation | - |
| R2‑167250 | Clarification on SC-PTM reception | HTC Corporation | - |
| R2‑167251 | Correction on Downlink power allocation for SC-PTM | TD Tech, Huawei | - |
| R2‑167252 | Draft LS to RAN4 on LS on periodic WLAN measurement reporting (to: RAN4; cc: -; contact: MediaTek) | MediaTek Inc., Intel | - |
| R2‑167253 | Correction to WLAN measurement configuration | MediaTek Inc., Intel, Qualcomm | - |
| R2‑167254 | Clarifications on LWA and LWIP | HTC Corporation | - |
| R2‑167255 | Corrections to handling of uplink split | Nokia, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R2‑167256 | eDRX correction on MME sending Paging message to eNB | Nokia, Alcatel-Lucent Shanghai Bell | - |
| R2‑167257 | Clarification regarding on CSI-RS resource configuration for FD-MIMO | Samsung Telecommunications | - |
| R2‑167258 | WLAN measurement event W1 leaving condition | Intel Corporation | imported from 3GU |
| R2‑167259 | Clarification on CIoT | HTC Corporation | - |
| R2‑167260 | Correction of connection suspension related aspects | Samsung Telecommunications | - |
| R2‑167261 | Clarification on UE power class 2 indication | Nokia, Alcatel-Lucent Shanghai Bell | - |
| R2‑167262 | UL grant in Random Access Response from PCell for SCell | Nokia, Alcatel-Lucent Shanghai Bell, NTT DOCOMO, INC. | - |
| R2‑167263 | Correction on LBT for eLAA | Huawei, HiSilicon | - |
| R2‑167264 | PDCCH-subframe definition for LAA | Ericsson | - |
| R2‑167265 | Capabilities for two step scheduling | Ericsson | - |
| R2‑167266 | DRAFT Reply LS on overload control for CP CIoT EPS optimization (to: SA2, RAN3; cc: CT1; contact: NEC) | NEC | - |
| R2‑167267 | Draft response LS on Measurement gap enhancement (to: RAN4; cc: RAN1; contact: Ericsson) | Ericsson | - |
| R2‑167268 | Draft reply LS to RAN4 on performance enhancements indicator for high speed scenarios (to: rAN4; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167269 | Draft LS to RAN on Single receiver category 1 UE (to: RAN; cc: -; contact: Intel) | Intel Corporation | - |
| R2‑167270 | Draft reply LS to RAN4 on performance enhancements indicator for high speed scenarios (to: RAN4; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167271 | Void | ETSI MCC | imported from 3GU |
| R2‑167272 | Introduction of Transmission Points for OTDOA in Shared Cell-ID Scenario and PRS based Terrestrial Beacon Systems | Qualcomm Incorporated | - |
| R2‑167273 | Introduction of Further indoor positioning enhancements | Qualcomm Incorporated | - |
| R2‑167274 | Running CR for 36.305 Further Indoor positioning enhancements | NextNav | - |
| R2‑167275 | Running CR for 36.355 Further Indoor positioning enhancements | NextNav | - |
| R2‑167276 | Stage-2 running CR for eLWA | Intel Corporation, Qualcomm Incorporated | - |
| R2‑167277 | RRC running CR for eLWA | Intel Corporation, Qualcomm Incorporated | - |
| R2‑167278 | PDCP running CR for eLWA | Intel Corporation, Qualcomm Incorporated | - |
| R2‑167279 | Tight interworking of evolved LTE and NR | Nokia, Alcatel-Lucent Shanghai Bell | - |
| R2‑167280 | Addition of eCall over IMS Indication in SIB1 | Qualcomm Incorporated | - |
| R2‑167281 | Clearing of measurements upon reporting WLAN unavailability | Samsung Telecommunications | - |
| R2‑167282 | Barometric Pressure Uncertainty IEs | NextNav | - |
| R2‑167283 | NR latency analysis | CATT | - |
| R2‑167284 | Text Proposal to TR 38.804 on on-demand SI provisioning for NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑167285 | Summary of RAN2#95bis offline discussions on NR Cell definition and relation to beams in Connected mode | Ericsson | - |
| R2‑167286 | Proposed Way Forward on Uplink-Based Mobility | Huawei, HiSilicon, Qualcomm, Sony | - |
| R2‑167287 | Summary of Offline Discussion on eLWA | Qualcomm | - |
| R2‑167288 | [DRAFT] LS on Estimated WLAN Throughput (to: IEEE 802.11; cc: -; contact: Qualcomm) | Qualcomm | - |
| R2‑167289 | Correction of security handling upon connection suspension | Samsung Telecommunications | - |
| R2‑167290 | Reply LS on overload control for CP CIoT EPS optimization (to: SA2, RAN3; cc: CT1; contact: NEC) | RAN2 | - |
| R2‑167291 | Response LS on Multiple TMGIs for support of small and variable MBMS areas (to: RAN3; cc: SA2; contact: Nokia) | RAN2 | - |
| R2‑167292 | LS to SA4 on RAN-assisted codec adaptation solution (to: SA4; cc: RAN3; contact: Huawei) | RAN2 | - |
| R2‑167293 | LS on S-TMSI in RAN paging (to: SA3; cc: RAN3, CT1; contact: Ericsson) | RAN2 | - |
| R2‑167294 | Response LS on Enhanced Coverage authorization impact on cell and PLMN selection procedures (to: SA2, CT1; cc: -; contact: Qualcomm) | RAN2 | - |
| R2‑167295 | LS on mobility enhancements for NB-IoT (to: RAN3, CT1, SA2; cc: -; contact: Huawei)) | Huawei | - |
| R2‑167296 | LS on Security aspects of RRC Connection Re-Establishment for NB-IoT (DoNAS) (to: SA3; cc: RAN3, CT1; contact: Vodafone) | RAN2 | - |
| R2‑167297 | [DRAFT] Response LS on Category M1 UE and VoLTE (to: RAN5; cc: RAN1, GSMA NG, GSMA RILTE; contact: Ericsson) | Ericsson | - |
| R2‑167298 | Clarification on UE category requirement | Intel Corporation | - |
| R2‑167299 | Clarification on HARQ feedback on PSCell and PUCCH Scell | HTC Corporation | - |
| R2‑167300 | Correction to WLAN measurement configuration | MediaTek Inc., Intel, Qualcomm | - |
| R2‑167301 | LS on LS on periodic WLAN measurement reporting (to: RAN4; cc: -; contact: MediaTek) | RAN2 | - |
| R2‑167302 | LS on supporting PHR for two-stage scheduling (to: RAN1; cc: -; contact: Huawei) | RAN2 | - |
| R2‑167303 | Draft LS to RAN1 on Capabilities for two step scheduling (to: RAN1; cc: -; contact: Ericsson) | Ericsson | - |
| R2‑167304 | Discussion on Light Connection identified FFS | Intel Corporation, Huawei, HiSilicon | - |
| R2‑167305 | LS on RAN2 agreements on Context Aware Service Delivery SI (to: RAN3; cc: -; contact: Qualcomm) | Qualcomm | - |
| R2‑167306 | LS on Estimated WLAN Throughput (to: IEEE 802.11; cc: -; contact: Qualcomm) | RAN2 | - |
| R2‑167307 | LS on capabilities for 2-step scheduling for eLAA (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑167308 | Reply LS on performance enhancements indicator for high speed scenarios (to: RAN4; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑167309 | LS to RAN on Single receiver category 1 UE (to: RAN; cc: -; contact: Intel) | RAN2 | - |
| R2‑167310 | Draft LS on The progress and questions for the light connection (to: RAN3, CT1; cc: SA2; contact: Huawei) | Huawei | - |
| R2‑167311 | LS on the solution of TCP optimization (to: RAN3; cc: -; contact: Qualcomm) | RAN2 | - |
| R2‑167312 | LS on RAN2 agreements for mobility enhancement (to: RAN3; cc: RAN1, RAN4; contact: Intel) | RAN2 | - |
| R2‑167313 | LS on RAN2 agreements for NR DL-based mobility and Cell definition (to: RAN1; cc: RAN3, RAN4; contact: Ericsson) | RAN2 | - |
| R2‑167314 | LS on the progress and questions for the light connection (to: RAN3, CT1; cc: SA2; contact: Huawei) | RAN2 | - |
| R2‑167315 | LS on mobility enhancements for NB-IoT (to: RAN3, CT1, SA2; cc: -; contact: Huawei)) | RAN2 | - |
| R2‑167316 | Response LS on Category M1 UE and VoLTE (to: RAN5; cc: RAN1, GSMA NG, GSMA RILTE; contact: Ericsson) | RAN2 | - |
| R2‑167317 | Response LS on Measurement gap enhancement (to: RAN4; cc: RAN1; contact: Ericsson) | RAN2 | - |
| R2‑167318 | Stage-2 running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑167319 | RRC running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑167320 | PDCP running CR for eLWA | Intel Corporation, Qualcomm Incorporated | imported from 3GU |
| R2‑167321 | Text Proposal to TR 38.804 on bearer type comparison | NTT DOCOMO, INC. | imported from 3GU |
| R2‑167322 | Text Proposal to TR 38.804 on Layer 2 functions for NR | NTT DOCOMO, INC. | imported from 3GU |
| R2‑167323 | TR 36.746 v0.2.1 on Further Enhancements to LTE Device to Device, UE to Network Relays for IoT and Wearables | LG Electronics Inc. | imported from 3GU |
| R2‑167324 | TR 36.746 v0.3.0 on Further Enhancements to LTE Device to Device, UE to Network Relays for IoT and Wearables | LG Electronics Inc. | imported from 3GU |
page generated from database: 2024-04-22 07:58:53