3GPP TDocs (written contributions) at meeting
Meeting: R2-89b - 2015-04-20 to 2015-04-24, Bratislava
meeting id: R2-89b (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| R2‑151001 | Proposed agenda for RAN2 #89bis, Bratislava, Slovakia, 20.4.-24.4.2015 | Ericsson (RAN2 chairman) | - |
| R2‑151002 | Draft report of RAN2 RAN2 #89, Athens, Greece, 9.2-13.2.15 | ETSI MCC | - |
| R2‑151003 | 3GPP TSG RAN WG2 compendium v27.0 (status after RAN #67) | ETSI Secretariat | - |
| R2‑151004 | LS on Update on the liaison to 3GPP on Cooperation for Energy Efficiency Measurements (EE(15) 000003r1; contact: Alcatel-Lucent) | ETSI TC EE | - |
| R2‑151005 | Reply LS to S2-150421 = R2-151020 on MBMS for Message delivery to Group of devices (GP-150313; contact: Qualcomm) | GRAN | - |
| R2‑151006 | LS to RAN2 on RAN1 input to Downlink Enhancements for UMTS (R1-150730; contact: Huawei) | RAN1 | - |
| R2‑151007 | LS on measurement performance for MTC (R1- 150919; contact: Ericsson) | RAN1 | - |
| R2‑151008 | LS on PRACH coverage enhancement (R1-150920; contact: Huawei) | RAN1 | - |
| R2‑151009 | Reply LS to S2-150697 = R2-150026 on Paging for MTC (R1- 150924; contact: Ericsson) | RAN1 | - |
| R2‑151010 | LS on LTE Rel-12 UE feature list about RAN1 responsible features (R1-150947; contact: NTT DOCOMO) | RAN1 | - |
| R2‑151011 | Response LS to S2-150691 = R2-150025 on public safety discovery (R1-150948; contact: Qualcomm) | RAN1 | - |
| R2‑151012 | Response LS to S2-150698 = R2-150027 on Paging Optimization (R3-150461; contact: Alcatel-Lucent) | RAN3 | - |
| R2‑151013 | Reply LS to R2-144668 on allowing PMCH without sessions (R3-150468; contact: Qualcomm) | RAN3 | - |
| R2‑151014 | Response LS to R2-144678 on DL fallback modes (R4-151043; contact: Ericsson) | RAN4 | - |
| R2‑151015 | LS on LTE Rel-12 UE feature list about RAN4 responsible features (R4-151044; contact: NTT DOCOMO) | RAN4 | - |
| R2‑151016 | Reply LS to R2-145394 on new RSRQ definition (R4-151103; contact: Huawei) | RAN4 | - |
| R2‑151017 | LS on impact of optional preconfigured parameters for D2D out of Network coverage mode (R4-151170; contact: Sprint) | RAN4 | - |
| R2‑151018 | LS on Consequence of RAN WI prioritisation for UPCON work in SA2 (RP-15; contact: NEC) | RAN | - |
| R2‑151019 | LS on D2D off network operations (RP-150516; contact: Sprint) | RAN | - |
| R2‑151020 | LS on MBMS for Message delivery to Group of devices (S2-150421; contact: LGE) | SA2 | - |
| R2‑151021 | LS on network feature support for ProSe Discovery (C1-151597; contact: Huawei) | CT1 | - |
| R2‑151022 | Reply LS to R2-150695 on PLMN reselection for ProSe (C1-151606; contact: LGE) | CT1 | - |
| R2‑151023 | Reply LS to R2-150696 on ProSe direct discovery announcements (C1-151654; contact: LGE) | CT1 | - |
| R2‑151024 | Reply LS to R2-150709 on SC-PTM transmission feedback (S2-151102; contact: Huawei) | SA2 | - |
| R2‑151025 | Reply LS to C1-150879 on addition of proximity services group identifier (S2-151326; contact: Qualcomm) | SA2 | - |
| R2‑151026 | Response to Reply LS on paging for MTC (S2-151383; contact: Vodafone) | SA2 | - |
| R2‑151027 | LS on proposed method of restricting access to IOPS cells (S2-151423; contact: General Dynamics UK Ltd) | SA2 | - |
| R2‑151028 | LS on RAN assumptions from SA2 for FS_eDRX (S2-151430; contact: Qualcomm) | SA2 | - |
| R2‑151029 | Reply LS to C1-150887 = R2-150032 on ACDC requirements (S1-151622; contact: LGE) | SA1 | - |
| R2‑151030 | Reply LS to R2-150707 on HARQ retransmission for LAA (R1-152181; contact: Huawei) | RAN1 | - |
| R2‑151031 | LS on clarification on CQI reporting in DC (R1-152204; contact: Samsung) | RAN1 | - |
| R2‑151032 | Reply LS to R2-150690 on the absence of supportedMIMO-CapabilityDL-r10 and supportedMIMO-CapabilityUL-r10 (R1-152219; contact: Huawei) | RAN1 | - |
| R2‑151033 | LS on new UE categories in Rel-12 (R1-152220; contact: Huawei) | RAN1 | - |
| R2‑151034 | LS on RAN1 agreements on PUCCH on SCell for CA (R1-152316; contact: NTT DOCOMO) | RAN1 | - |
| R2‑151035 | Void | - | - |
| R2‑151036 | Void | - | - |
| R2‑151037 | Void | - | - |
| R2‑151038 | Void | - | - |
| R2‑151039 | Void | - | - |
| R2‑151040 | Void | - | - |
| R2‑151041 | Void | - | - |
| R2‑151042 | Void | - | - |
| R2‑151043 | Void | - | - |
| R2‑151044 | Void | - | - |
| R2‑151045 | Void | - | - |
| R2‑151046 | Void | - | - |
| R2‑151047 | Void | - | - |
| R2‑151048 | Void | - | - |
| R2‑151049 | Void | - | - |
| R2‑151050 | Draft report of RAN2 RAN2 #89, Athens, Greece, 9.2-13.2.15 | ETSI MCC | - |
| R2‑151051 | Report of RAN2 RAN2 #89, Athens, Greece, 9.2-13.2.15 | ETSI MCC | - |
| R2‑151052 | Issues in Stage-2 Description for ProSe | Huawei, Hisilicon | - |
| R2‑151053 | Corrections on Stage-2 descriptions for ProSe | Huawei, Hisilicon | - |
| R2‑151054 | Mismatch between RRC and MAC on using exceptional resource pool | Huawei, Hisilicon | - |
| R2‑151055 | Corrections on 36.321 for ProSe | Huawei, Hisilicon | - |
| R2‑151056 | Corrections on 36.331 for ProSe | Huawei, Hisilicon | - |
| R2‑151057 | Limitations of the current measurement quantities for load balancing in multiple carrier deployments | NTT DOCOMO, INC., CMCC, Verizon, Qualcomm Incorporated | - |
| R2‑151058 | Considerations on EVSoCS channel coding and error protection | Qualcomm Incorporated | - |
| R2‑151059 | Proposals for UTRAN support of EVS over CS | Qualcomm Incorporated | - |
| R2‑151060 | MTC further considerations concerning SIBs | Gemalto N.V. | - |
| R2‑151061 | UP Impacts of Uplink Bearer Split | Nokia Networks | - |
| R2‑151062 | Signalling of Ratios for BSR Reporting | Nokia Networks | - |
| R2‑151063 | Discussion on PDCP SDUs with zero length | Nokia Networks | - |
| R2‑151064 | Dual Connectivity Corrections | Nokia Networks | - |
| R2‑151065 | Email Discussion Report on the List of Dual Connectivity procedures for 36.300 [89#24][LTE/DC] | Nokia Networks | - |
| R2‑151066 | Addition of DC Operation Overview | Nokia Networks | - |
| R2‑151067 | MIB analysis for Low cost MTC | Nokia Networks | - |
| R2‑151068 | Discussion on D2D communications handover for service continuity | ITRI | - |
| R2‑151069 | Discussion on the scenarios for D2D ProSe discovery | ITRI | - |
| R2‑151070 | Need for ARQ over WLAN | Nokia Networks | - |
| R2‑151071 | Protocol architecture for WLAN-LTE aggregation | Nokia Networks | - |
| R2‑151072 | Interface between LTE and WLAN | Nokia Networks | - |
| R2‑151073 | Email Discussion Report on Capability signalling for UL CA [89#23][LTE/CA] | Nokia Networks | - |
| R2‑151074 | On the scope of multi-carrier load balancing enhancements | Nokia Networks | - |
| R2‑151075 | LAA Measurements and Carrier Selection Procedure | Sony | - |
| R2‑151076 | LAA HARQ / ARQ operation | Sony | - |
| R2‑151077 | SIB scheduling for MTC | Sony | - |
| R2‑151078 | Considerations on Reduced Mobility Support for MTC | Sony | - |
| R2‑151079 | Cell Selection and Reselection for Enhanced Coverage | Sony | - |
| R2‑151080 | UE-to-Network Relay Measurements and Selection/Reselection | Sony | - |
| R2‑151081 | Resource Allocation for out-of-coverage UE Served by Relay | Sony | - |
| R2‑151082 | D2D discovery in the presence of multiple carriers and PLMNs | Sony | - |
| R2‑151083 | Provision of Mobility Support for MTC | Sierra Wireless S.A. | - |
| R2‑151084 | MIB for Rel-13 MTC | Samsung | - |
| R2‑151085 | SIBs for Rel-13 MTC | Samsung | - |
| R2‑151086 | LAA SCell Activation and Deactivation | Samsung | - |
| R2‑151087 | MIB and SIB considerations for MTC | Sierra Wireless S.A. | - |
| R2‑151088 | Random Access for LC MTC and Enhanced Coverage | Sierra Wireless S.A. | - |
| R2‑151089 | Consideration on RS-SINR measurement | Qualcomm Incorporated | - |
| R2‑151090 | Analysis of current cell reselection scheme | ZTE, China Telecom | - |
| R2‑151091 | RRC relevant issues for PUCCH SCell | ZTE | - |
| R2‑151092 | Additional scenario for PUCCH Grouping | ZTE | - |
| R2‑151093 | Deactivation timer of PUCCH SCell | ZTE | - |
| R2‑151094 | Consideration for UE WLAN measurment in R13 | ZTE | - |
| R2‑151095 | Consideration on the mobility scenarios for LTE&WIFI Aggregation | ZTE | - |
| R2‑151096 | Consideration on the simultaneously configuration of LTE/WLAN aggregation and Dual Connectivity | ZTE | - |
| R2‑151097 | Consideration on the support of legacy AP in LTE/WLAN aggregation | ZTE | - |
| R2‑151098 | Consideration on the user plane architecture for the LTE/WLAN aggregation | ZTE | - |
| R2‑151099 | Discussion on the LCP issues in uplink bear split | ZTE | - |
| R2‑151100 | Latency analysis for SC-PTM | TD Tech | - |
| R2‑151101 | Clean-up corrections for Dual Connectivity | Intel Corporation | - |
| R2‑151102 | Uplink transmission with LBT | Intel Corporation | - |
| R2‑151103 | Uplink QoS support for LAA | Intel Corporation | - |
| R2‑151104 | Control plane aspects of support PUCCH on SCell | Intel Corporation | - |
| R2‑151105 | Support of CA with up to 32 carriers | Intel Corporation | - |
| R2‑151106 | System information for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
| R2‑151107 | Paging for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
| R2‑151108 | Proposed Reply LS on Paging for MTC | Intel Corporation | - |
| R2‑151109 | Impacts on random access procedure for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
| R2‑151110 | Mobility support for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
| R2‑151111 | Considerations on UE-to-NW relay for ProSe | Intel Corporation | - |
| R2‑151112 | Support of one-to-one communication | Intel Corporation | - |
| R2‑151113 | PC5 Signaling Protocol for discovery | Intel Corporation | - |
| R2‑151114 | Draft reply LS on public safety discovery | Intel Corporation | - |
| R2‑151115 | ProSe discovery for inter-carrier and inter-PLMN | Intel Corporation | - |
| R2‑151116 | Priority handling for ProSe communication | Intel Corporation | - |
| R2‑151117 | Support of group priority in Rel-13 | ETRI | - |
| R2‑151118 | Discussion on architecture and resource allocation for ProSe UE-to-NW relay | Coolpad | - |
| R2‑151119 | Discussion on architecture issues for LTE-WLAN Radio Level Integration and Interworking | Coolpad | - |
| R2‑151120 | SIB scheduling for Low cost MTC | Nokia Networks | - |
| R2‑151121 | Miscellaneous corrections (a.o. Sidelink) | Samsung | - |
| R2‑151122 | Clarification regarding PMCH without sessions | Samsung | - |
| R2‑151123 | Retrievable Configurations in RRC Signalling | Ericsson | - |
| R2‑151124 | Physical Channel Parameters in Retreivable Configurations | Ericsson | - |
| R2‑151125 | Further considerations regarding Enhanced State Transitions | Ericsson | - |
| R2‑151126 | Improved Synchronized RRC Procedures | Ericsson | - |
| R2‑151127 | Overall U-plane aspects of UL bearer split | NTT DOCOMO, INC. | - |
| R2‑151128 | Revised Work Plan for LTE Carrier Aggregation Enhancement Beyond 5 Carriers | NTT DOCOMO, INC., Nokia Networks | - |
| R2‑151129 | Discussion on CA beyond 5CCs | NTT DOCOMO, INC. | - |
| R2‑151130 | Activation/Deactivation of PUCCH SCell | NTT DOCOMO, INC. | - |
| R2‑151131 | Consideration of introducing the new multiflow scenario 3F-4C | Ericsson | - |
| R2‑151132 | F-DPCH support with HS | Ericsson | - |
| R2‑151133 | Clarification for F-DPCH support with HS | Ericsson | - |
| R2‑151134 | [89#11][UMTS/Small Data] Capture agreements from RAN2#89 | Ericsson | - |
| R2‑151135 | LAA, How to cope with hidden nodes | Samsung | - |
| R2‑151136 | LS on Text Proposal for TR 25.705 | Ericsson | - |
| R2‑151137 | Access control with legacy RACH | Ericsson | - |
| R2‑151138 | WLAN aggregation, overall DC procedure | Samsung | - |
| R2‑151139 | Impact of long or extended DRX on legacy UEs | Ericsson | - |
| R2‑151140 | eDRX solution | Ericsson | - |
| R2‑151141 | M-SIB1 analysis for Low cost MTC | Nokia Networks | - |
| R2‑151142 | eDRX performance | Ericsson | - |
| R2‑151143 | Measurements with long and extended DRX | Ericsson | - |
| R2‑151144 | Quick return into PSM Idle mode | Ericsson | - |
| R2‑151145 | Reconfiguration of RLC and SPS | HTC | - |
| R2‑151146 | Correction to reordering timer | HTC | - |
| R2‑151147 | Overview of ProSe UE to Network Relay & Service Continuity | Ericsson | - |
| R2‑151148 | Signalling to support UE-NW relay and Service continuity | Ericsson | - |
| R2‑151149 | Direct Discovery transmission on non-serving carriers | Ericsson | - |
| R2‑151150 | Floor control and pre-emption for ProSe | Ericsson | - |
| R2‑151151 | MCPTT Requirements and their Impact on ProSe | Ericsson | - |
| R2‑151152 | ProSe user and group priority | Ericsson | - |
| R2‑151153 | Discussion on ProSe discovery support in multiple-carrier scenario | Coolpad | - |
| R2‑151154 | Extended RSRQ range support | Nokia Networks | - |
| R2‑151155 | Clarification on extended RSRQ range support | Nokia Networks | - |
| R2‑151156 | Measurement quantities for load balancing | Nokia Networks | - |
| R2‑151157 | Enhanced Coverage Optimization use case | Nokia Networks | - |
| R2‑151158 | SL-DCH transmission for autonomous resource allocation mode | Panasonic | - |
| R2‑151159 | SL-DCH transmission for autonomous resource allocation mode | Panasonic | - |
| R2‑151160 | Logical channel prioritization procedure for ProSe communication | Panasonic | - |
| R2‑151161 | DRX operation for LAA | Panasonic | - |
| R2‑151162 | Which Resource to Choose at T300 Expiry Solution1 | Panasonic | - |
| R2‑151163 | Which Resource to Choose at T300 Expiry Solution2 | Panasonic | - |
| R2‑151164 | Inferences from RAN1 simulations | Panasonic | - |
| R2‑151165 | Change of MTC system information | Panasonic | - |
| R2‑151166 | Dual connectivity, stage 2 clarifications | Samsung | - |
| R2‑151167 | Correction on limited service state conditions | ZTE | - |
| R2‑151168 | Correction on limited service state conditions | ZTE | - |
| R2‑151169 | Considerations on the UE-to-Network Relays | ZTE | - |
| R2‑151170 | On ProSe discovery in partial and outside network coverage | ZTE | - |
| R2‑151171 | On Prose Discovery for inter-freqency and inter-PLMN | ZTE | - |
| R2‑151172 | Discussion on the Group Priority issue | ZTE | - |
| R2‑151173 | Service continuity for ProSe Direct Communication | ZTE | - |
| R2‑151174 | Considerations on new SIB(s) and Paging for MTC enhancements | ZTE | - |
| R2‑151175 | LBT operation for LAA Uplink | Huawei, HiSilicon | - |
| R2‑151176 | QoS Control in LAA UL Operation | Huawei, HiSilicon | - |
| R2‑151177 | Uplink Transmission via LAA Cell | Huawei, HiSilicon | - |
| R2‑151178 | Considerations of Measurement Issues in LAA | Huawei, HiSilicon | - |
| R2‑151179 | Further Analysis of HARQ Operation in LAA | Huawei, HiSilicon | - |
| R2‑151180 | User Plane Enhancement for Uplink Bearer Split | Huawei, HiSilicon | - |
| R2‑151181 | Examples of EVS CS RABs and configuration parameters | Qualcomm Incorporated | - |
| R2‑151182 | Considerations on RRC configuration re-use | Qualcomm Incorporated | - |
| R2‑151183 | Considerations on enhanced RRC state transition | Qualcomm Incorporated | - |
| R2‑151184 | Scenarios and challenges for multicarrier load distribution | Intel Corporation | - |
| R2‑151185 | Potential solutions and analysis for multicarrier load distribution | Intel Corporation | - |
| R2‑151186 | Clarification regarding RAN rules implementation | Intel Corporation | - |
| R2‑151187 | Scenarios for LTE-WLAN radio level aggregation | MediaTek Inc. | - |
| R2‑151188 | Clarification regarding RAN rules implementation | Intel Corporation | - |
| R2‑151189 | UE behavior in idle mode when using 3GPP/WLAN interworking RAN rules | Intel Corporation | - |
| R2‑151190 | RAN-assisted WLAN interworking thresholds handling when UE enters Idle mode from CELL_DCH | Intel Corporation | - |
| R2‑151191 | Some considerations for network-controlled LTE-WLAN radio level interworking | MediaTek Inc. | - |
| R2‑151192 | Network Selection and Data Aggregation with LTE-WLAN Aggregation | MediaTek Inc. | - |
| R2‑151193 | User Plane Architecture Aspects of LTE/WLAN aggregation | Intel Corporation, Qualcomm Incorporated, KT Corp., CMCC, KDDI | - |
| R2‑151194 | Sidelink terminology alignment in TS 36.300 | Intel Corporation,Qualcomm Incorporated | - |
| R2‑151195 | Sidelink terminology alignment in TS 36.304 | Intel Corporation,Qualcomm Incorporated | - |
| R2‑151196 | Sidelink terminology alignment in TS 36.306 | Intel Corporation,Qualcomm Incorporated | - |
| R2‑151197 | Clarification on seamless CELL_PCH to CELL_FACH transition | Huawei, HiSilicon | - |
| R2‑151198 | Discovery Transmission in Non Serving Carrier and Scell | Samsung | - |
| R2‑151199 | Clarification on seamless CELL_PCH to CELL_FACH transition | Huawei, HiSilicon | - |
| R2‑151200 | Handling Concurrent TX in Serving Carrier & Sidelink Direct Discovery TX in Non Serving Carrier for UE with Single TX chain | Samsung | - |
| R2‑151201 | Clarification on seamless CELL_PCH to CELL_FACH transition | Huawei, HiSilicon | - |
| R2‑151202 | Handling Power Limitation during Concurrent TX in Serving Carrier & Sidelink Direct Discovery TX in Non Serving Carrier | Samsung | - |
| R2‑151203 | Resource Allocation for Discovery Transmission in Non Serving Carrier and Scell | Samsung | - |
| R2‑151204 | Clarification on seamless CELL_PCH to CELL_FACH transition | Huawei, HiSilicon | - |
| R2‑151205 | Clarification on seamless CELL_PCH to CELL_FACH transition | Huawei, HiSilicon | - |
| R2‑151206 | MAC PDU Addressing for Communication with UE-to-Network Relay | Samsung | - |
| R2‑151207 | Group Priority Handling | Samsung | - |
| R2‑151208 | Cleanup corrections to TS 25.304 | Huawei (Rapporteur) | - |
| R2‑151209 | Open Issues on SIB for LC-MTC | CATT | - |
| R2‑151210 | Considerations on Paging for Low Complexity UEs | CATT | - |
| R2‑151211 | SR on SCell | Nokia Networks | - |
| R2‑151212 | Discussion on Cell Selection for CE mode | CATT | - |
| R2‑151213 | Discussion on introducing RS-SINR measurement | CMCC | - |
| R2‑151214 | Further Consideration on MAC Enhancement for LAA | ZTE | - |
| R2‑151215 | Further Thoughts on RRM for LAA Scell | ZTE | - |
| R2‑151216 | Initial Thoughts on (De)activation for LAA Scell | ZTE | - |
| R2‑151217 | Consideration on Exploiting LAA Scells more Efficiently | ZTE | - |
| R2‑151218 | Skeleton TR for feMDT | CMCC (Rapporteur) | - |
| R2‑151219 | Core Network requirements for LTE-WLAN interworking | Samsung | - |
| R2‑151220 | Overall operational procedure for LTE-WLAN interworking | Samsung | - |
| R2‑151221 | Complexity of Alternative 2 for DL HARQ retrnamission in LAA | Samsung | - |
| R2‑151222 | Report of email discussion [89#22][LTE/CA] Capability signalling for TDD/FDD CA | Samsung | - |
| R2‑151223 | Clarification on FDD/TDD differentiation of FGIs/capabilities in TDD-FDD CA | Samsung, NTT DOCOMO, INC. | - |
| R2‑151224 | Work Plan for Study on further enhancements of Minimization of Drive Tests (MDT) for E-UTRAN | CMCC (Rapporteur) | - |
| R2‑151225 | Initial thoughts on FeMDT for MMTEL Voice/Video | ZTE | - |
| R2‑151226 | Correction field description of networkControlledSyncTx | CATT | - |
| R2‑151227 | Discussion on use cases and related measurements of feMDT | CMCC | - |
| R2‑151228 | Discussion on group priorities for ProSe communication | ASUSTeK | - |
| R2‑151229 | UE Behaviour Scenarios in an LTE-WLAN Aggregated Network | Samsung | - |
| R2‑151230 | Analysis on the Knowledge of Remote UE by CN/eNB | CATT | - |
| R2‑151231 | Analysis on Introduction of PC5 Signalling Protocol and Protocol Stacks for UE-to-Network Relay | CATT | - |
| R2‑151232 | Latency analysis for UE-to-Network Relay scenarios of GCSE_LTE | III | - |
| R2‑151233 | UE to Network Relay Link Handling during Remote UE's Mobility | CATT | - |
| R2‑151234 | Discovery Procedure of UE to Network Relay | CATT | - |
| R2‑151235 | Considerations on One-to-One Direct Communication | CATT | - |
| R2‑151236 | Issue of Missing Packet due to Half-duplex in PC5 | CATT | - |
| R2‑151237 | Consideration on cell selection and reselection for further MTC enhancement | ASUSTeK | - |
| R2‑151238 | Discussion on ProSe Discovery in Partial and Outside Network Coverage | CATT | - |
| R2‑151239 | Enhancement on Discovery in Inter-frequency/ Inter-PLMN Scenario | CATT | - |
| R2‑151240 | Discussion on Group Priority | CATT | - |
| R2‑151241 | Correction on Dual Connectivity Stage 2 | ZTE | - |
| R2‑151242 | Report of email discussion on ProSe 36.302 CR | Huawei, HiSilicon | - |
| R2‑151243 | Introduction of ProSe | Huawei, HiSilicon | - |
| R2‑151244 | Miscellaneous corrections for DC | HTC | - |
| R2‑151245 | Clarification on PDCP reconfiguration | HTC | - |
| R2‑151246 | TR 25.706 v1.0.1 by capturing agreements made in RAN2#89 | Huawei (Rapporteur) | - |
| R2‑151247 | TP on RAN1 agreements on Downlink enhancements for UMTS | Huawei (Rapporteur) | - |
| R2‑151248 | Need for WiFi Status indications in licensed assisted access (LAA) | Samsung | - |
| R2‑151249 | RRM Measurement Model for LAA | Samsung Electronics | - |
| R2‑151250 | Handlng of MAC PDU containing reserved values | Samsung | - |
| R2‑151251 | Correction on handlng of MAC PDU containing reserved values | Samsung | - |
| R2‑151252 | Remaining issues for PUCCH on SCell | MediaTek Inc. | - |
| R2‑151253 | Discussion on DL and UL UE categories | Samsung | - |
| R2‑151254 | Correction on DL and UL UE categories | Samsung | - |
| R2‑151255 | SR prohibit timer and VoLTE support | Samsung | - |
| R2‑151256 | Clarifications on dual connectivity | Samsung | - |
| R2‑151257 | UCI feedback for CA enhancement beyond 5CCs | MediaTek Inc. | - |
| R2‑151258 | Public Safety Perspectives on Stage-1 Requirements Supporting SC-PTM Evaluation | U.S. Department Of Commerce | - |
| R2‑151259 | SI change notification for UEs in enhanced coverage | LG Electronics Inc. | - |
| R2‑151260 | Random Access for coverage enhanced UEs with normal bandwidth | LG Electronics Inc. | - |
| R2‑151261 | SC-PTM service continuity scenarios | LG Electronics Inc. | - |
| R2‑151262 | Notification of service availability for Single Cell PTM | LG Electronics Inc. | - |
| R2‑151263 | Scenarios for WLAN aggregation and interworking | Nokia Networks | - |
| R2‑151264 | Further considerations on enhanced signalling on RRC parameters configuration | Huawei, HiSilicon | - |
| R2‑151265 | Use case analysis on Rel-13 MDT | CATT | - |
| R2‑151266 | TP on enhanced signalling on RRC parameters configuration | Huawei, HiSilicon | - |
| R2‑151267 | Clarification on SCG reconfiguration | HTC | - |
| R2‑151268 | Analysis of solutions on state transition enhancements | Huawei, HiSilicon | - |
| R2‑151269 | SIB transmission for Rel-13 MTC UEs | Sharp | - |
| R2‑151270 | LTE-WLAN radio interworking improvements | Nokia Networks | - |
| R2‑151271 | TP on state transition enhancements | Huawei, HiSilicon | - |
| R2‑151272 | Further considerations on seamless URA_PCH state transition to CELL_FACH | Huawei, HiSilicon | - |
| R2‑151273 | Paging transmission for coverage enhanced MTC UEs | Sharp | - |
| R2‑151274 | TP on seamless URA_PCH state transition to CELL_FACH | Huawei, HiSilicon | - |
| R2‑151275 | Futher considerations on improved RRC synchronized procedures | Huawei, HiSilicon | - |
| R2‑151276 | TP on improved RRC synchronized procedures | Huawei, HiSilicon | - |
| R2‑151277 | TP on improved HARQ retransmission | Huawei, HiSilicon | - |
| R2‑151278 | Discussion on offloading enhancements for UMTS NAICS | Huawei, HiSilicon | - |
| R2‑151279 | Public safety perspectives on GCSE_LTE latency requirements for evaluating UE-Network Relay solutions | U.S. Department of Commerce (U.S. DOC) | - |
| R2‑151280 | Extended Cell ID reporting in inter-frequency measured results on RACH | Ericsson | - |
| R2‑151281 | PRACH transmission for Rel-13 MTC UEs | Sharp | - |
| R2‑151282 | Initial considerations on offloading of NAICS capable UEs | Ericsson | - |
| R2‑151283 | Seamless transition from URA_PCH to CELL_FACH | Ericsson | - |
| R2‑151284 | PRACH repetition level modelling | Sharp | - |
| R2‑151285 | Transport option for public safety discovery | Samsung | - |
| R2‑151286 | RLC re-establishment when entering Cell_PCH state | Qualcomm Incorporated | - |
| R2‑151287 | SR support on PUCCH on SCell | Sharp | - |
| R2‑151288 | Correction to usage of Signalling radio bearer RB4 to transmit UE INFORMATION RESPONSE message (Alternative 1) | Intel Corporation | - |
| R2‑151289 | Correction to usage of Signalling radio bearer RB4 to transmit UE INFORMATION RESPONSE message (Alternative 2) | Intel Corporation | - |
| R2‑151290 | Issues to support UE2NW relay UE in D2D communication | Samsung | - |
| R2‑151291 | Clarification of cell-update-less transition from Cell_PCH state to Cell_FACH state | Qualcomm Incorporated | - |
| R2‑151292 | Discussion on Carrier Selection in LAA | ETRI | - |
| R2‑151293 | Considerations on Scenarios for LTE-WLAN Radio Level Integration | CATT, CATR | - |
| R2‑151294 | Correction for aperiodic CSI trigger | Huawei, HiSilicon,CATT | - |
| R2‑151295 | Discussion on mobility scenarios of WLAN integration | CATT | - |
| R2‑151296 | Considerations on paging for Rel.13 eMTC | Qualcomm Incorporated | - |
| R2‑151297 | Consideration on RACH procedure | Huawei, HiSilicon | - |
| R2‑151298 | Discussion on UP Architecture of LTE/WLAN Aggregation | CATT | - |
| R2‑151299 | Draft Reply LS on paging for MTC | Qualcomm Incorporated | - |
| R2‑151300 | Editorial Corrections to Dual Connectivity in 36.300 | ITRI | - |
| R2‑151301 | Random Access for Rel13 eMTC | Qualcomm Incorporated | - |
| R2‑151302 | On Licensed-Assisted Access Uplink Issues | ITRI | - |
| R2‑151303 | Discussion on architectural of C-plane for LTE-WLAN Radio Level Integration | CATT | - |
| R2‑151304 | Discussion on SR on PUCCH SCell | ITRI | - |
| R2‑151305 | Consideration on the simultaneous transmission for MTC UEs | Huawei, HiSilicon | - |
| R2‑151306 | Discussion on the interested user number for SCPTM DL data transmission | ITRI | - |
| R2‑151307 | Discussion on the remote UE’s presence to eNB | ITRI | - |
| R2‑151308 | COUNT derivation in ProSe | LG Electronics Inc., Qualcomm | - |
| R2‑151309 | Considerations on WLAN Measurements | CATT | - |
| R2‑151310 | Discussion on Mobility Support for LTE/WLAN Integration | ITRI | - |
| R2‑151311 | WLAN Measurement and Report for Integration and Interworking | ITRI | - |
| R2‑151312 | UL data path for split bearer | LG Electronics Inc. | - |
| R2‑151313 | Scenarios when Coexisting with Dual Connectivity | ITRI | - |
| R2‑151314 | TA and PUCCH group relationship for multiple PUCCHs | Huawei, HiSilicon | - |
| R2‑151315 | Considerations of WiFi Node for User Plane Aggregation | ITRI | - |
| R2‑151316 | Data available for transmission in split bearer | LG Electronics Inc. | - |
| R2‑151317 | Discussion on multicarrier load distribution of idle mode UEs | ITRI | - |
| R2‑151318 | Support for UL Bearer Split | LG Electronics Inc. | - |
| R2‑151319 | Accessibility measurement discussion for MMTEL voice and video traffic | ITRI | - |
| R2‑151320 | BSR for Uplink Split Bearer | ITRI | - |
| R2‑151321 | Scenarios for UE-to-Network Relay | Huawei, HiSilicon | - |
| R2‑151322 | Support for UL Bearer Split in PDCP | LG Electronics Inc. | - |
| R2‑151323 | Specification Impact on DL cross-carrier HARQ | CATT | - |
| R2‑151324 | Leftover issues for PUCCH on SCell | Huawei, HiSilicon | - |
| R2‑151325 | Routing of UL traffic | CATT | - |
| R2‑151326 | Protocol Stack for UE-to-Network Relay | Huawei, HiSilicon | - |
| R2‑151327 | Support for UL Bearer Split in RRC | LG Electronics Inc. | - |
| R2‑151328 | Addressing for ProSe one-to-one communication | Huawei, HiSilicon | - |
| R2‑151329 | PDCP SDU discard in split bearers | LG Electronics Inc. | - |
| R2‑151330 | Management of activation & deactivation status for PUCCH on SCell | Huawei, HiSilicon | - |
| R2‑151331 | Transport of public safety direct discovery | Huawei, HiSilicon | - |
| R2‑151332 | Extension of Frequency Priorities due to IncMon | Nokia Networks | - |
| R2‑151333 | MDT QoS Verification | LG Electronics Inc. | - |
| R2‑151334 | Resolving the issue on SI reception failure | Nokia Networks | - |
| R2‑151335 | Enhancement of transmission of D2D discovery messages | Huawei, HiSilicon | - |
| R2‑151336 | PUCCH Cell Croup Reconfiguration | CATT | - |
| R2‑151337 | RRM Measurement on PUCCH SCell | CATT | - |
| R2‑151338 | Control Plane impacts due to the introduction of 32CCs | Huawei, HiSilicon | - |
| R2‑151339 | Special Handling on PUCCH SCell Deactivation | CATT | - |
| R2‑151340 | Group priority for ProSe communication | Huawei, HiSilicon | - |
| R2‑151341 | Handling of erroneous PDU on MCH | LG Electronics Inc. | - |
| R2‑151342 | D-SR on PUCCH SCell | CATT | - |
| R2‑151343 | Handling of erroneous PDU on MCH | LG Electronics Inc. | - |
| R2‑151344 | User Plane Architecture for LTE-WLAN Integration | LG Electronics Inc. | - |
| R2‑151345 | User Plane Impacts due to the introduction of 32 CCs | Huawei, HiSilicon | - |
| R2‑151346 | Discussion on BSR of UL bearer split | CATT, CATR | - |
| R2‑151347 | Logical Channel Prioritization in LAA | LG Electronics Inc. | - |
| R2‑151348 | Discussion on UE reporting of the SFN and subframe offset | CATT | - |
| R2‑151349 | Measurements for unlicensed band | Nokia Networks | - |
| R2‑151350 | Discussion on sync properties of DC | CATT | - |
| R2‑151351 | Discussion on sync properties of DC | CATT | - |
| R2‑151352 | Discussion on the reserved or invalid value of MBMS MAC | CATT | - |
| R2‑151353 | Discussion on the reserved or invalid value of MBMS MAC | CATT | - |
| R2‑151354 | Rate Adaption for LTE/WLAN Aggregation | MediaTek Inc. | - |
| R2‑151355 | Design of UE WLAN measurement reporting for RRM | MediaTek Inc. | - |
| R2‑151356 | WLAN measurement configuration | MediaTek Inc. | - |
| R2‑151357 | Performance evaluation for R-12 IWK and LWA | MediaTek Inc. | - |
| R2‑151358 | UP architecture and required functions for LTE/WLA aggregation | MediaTek Inc. | - |
| R2‑151359 | Discussion on SL-SCH reception | Huawei, HiSilicon | - |
| R2‑151360 | Configuration of Tx pools for ProSe communication | Huawei, HiSilicon | - |
| R2‑151361 | Clarification on reception of reserved values on MCH | ASUSTeK | - |
| R2‑151362 | DL Multicast over PDSCH | MediaTek Inc. | - |
| R2‑151363 | Miscellaneous corrections on ProSe | ASUSTeK | - |
| R2‑151364 | Service Continuity Issue for SC PTM | MediaTek Inc. | - |
| R2‑151365 | Corrections on unexpected Sidelink BSR transmission | ITL Inc. | - |
| R2‑151366 | Configuration for SC-PTM transmission | ASUSTeK | - |
| R2‑151367 | Scheduling problem with UL split bearer | MediaTek Inc. | - |
| R2‑151368 | Email Discussion Report: SIB acquisition failure^^ | Ericsson | - |
| R2‑151369 | Email Discussion Report: Capability signalling for contiguous CA | Ericsson | - |
| R2‑151370 | LAA impact on DRX | Nokia Networks | - |
| R2‑151371 | UE support of CA fallback configurations | Ericsson | - |
| R2‑151372 | UE support of CA fallback configurations | Ericsson | - |
| R2‑151373 | Correction to SCG change | ASUSTeK | - |
| R2‑151374 | Clarification on deactivation operation | ASUSTeK | - |
| R2‑151375 | RAN2 aspects of UL LAA | Nokia Networks | - |
| R2‑151376 | UE support of CA fallback configurations | Ericsson | - |
| R2‑151377 | PUCCH SCell activation/deactivation | Nokia Networks | - |
| R2‑151378 | MAC impacts from CA enhancements for more than 5 CCs | Nokia Networks | - |
| R2‑151379 | Impacts on RRC for more than 5 CCs and PUCCH on SCell | Nokia Networks | - |
| R2‑151380 | IDC in LAA system | Nokia Networks | - |
| R2‑151381 | UE support of CA fallback configurations | Ericsson | - |
| R2‑151382 | PCID confusion and collision in LAA system | Nokia Networks | - |
| R2‑151383 | Discussion on Uplink Transmission in LAA | III | - |
| R2‑151384 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151385 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151386 | Work plan for Multiflow 3F-4C configuration | Nokia Networks | - |
| R2‑151387 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151388 | General considerations on the Multiflow 3F-4C configuration and specification impact analysis | Nokia Networks | - |
| R2‑151389 | SIB for Rel-13 low complexity MTC | Huawei, HiSilicon | - |
| R2‑151390 | Paging for Rel-13 low complexity MTC | Huawei, HiSilicon | - |
| R2‑151391 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
| R2‑151392 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
| R2‑151393 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
| R2‑151394 | Discussion on Sidelink BSR | CATT | - |
| R2‑151395 | Comparison of unicast and SC-PTM on radio efficiency | Huawei, HiSilicon | - |
| R2‑151396 | Discussion on AdditionalSpectrumEmission | Ericsson | - |
| R2‑151397 | Correction to the Sidelink BSR (option 1) | CATT | - |
| R2‑151398 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
| R2‑151399 | Correction to the Sidelink BSR (option 2) | CATT | - |
| R2‑151400 | Clarification for the extended cell ID reporting in inter-frequency measured results on RACH | Nokia Networks | - |
| R2‑151401 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
| R2‑151402 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
| R2‑151403 | Simultaneous reconfiguration and active set update procedures | Nokia Networks | - |
| R2‑151404 | Draft Reply LS on Paging for MTC | Huawei | - |
| R2‑151405 | Mobility support for low complexity UEs and UEs in enhanced coverage | Ericsson | - |
| R2‑151406 | Skeleton TR for SC-PTM | Huawei (Rapporteur) | - |
| R2‑151407 | SC-PTM configuration | Huawei, HiSilicon, TD-Tech | - |
| R2‑151408 | Text proposal for DL enhancements, Seamless URA_PCH to CELL_FACH transitions | Ericsson | - |
| R2‑151409 | Correction on handling of wlan-OffloadConfigDedicated upon leaving RRC_CONNECTED | HTC | - |
| R2‑151410 | Clarification on configuring simultaneous transmission of PUCCH and PUSCH | NTT DOCOMO, INC. | - |
| R2‑151411 | Text proposal for DL enhancements, Enhanced signaling on RRC parameters configuration | Ericsson | - |
| R2‑151412 | Text proposal for DL enhancements, Improved RRC synchronized procedures | Ericsson | - |
| R2‑151413 | Timing relationships across cells | NEC | - |
| R2‑151414 | LBT options for UL transmission | NEC | - |
| R2‑151415 | User Plane Architecture options for LTE-WLAN integration | KT Corp. | - |
| R2‑151416 | Text proposal for DL enhancements, State transition enhancements | Ericsson | - |
| R2‑151417 | ROHC in SC-PTM | NEC | - |
| R2‑151418 | TAT expiry at sTAG of PUCCH SCell | NEC | - |
| R2‑151419 | SCell state at PUCCH SCell configuration | NEC | - |
| R2‑151420 | RAR for Rel-13 low-complexity UE and UE in enhanced coverage | NEC | - |
| R2‑151421 | SC-PTM definition and terminology | NEC | - |
| R2‑151422 | SC-PTM Configuration | NEC | - |
| R2‑151423 | Enhancement for inter-carrier D2D discovery | NTT DOCOMO, INC. | - |
| R2‑151424 | WLAN-LTE architecture | NEC | - |
| R2‑151425 | On contents and size for SIB and MIB for LC/EC MTC UE | NTT DOCOMO, INC. | - |
| R2‑151426 | Possible scenarios on UE-to-NW Relay | NEC | - |
| R2‑151427 | Paging for Rel-13 MTC | NEC | - |
| R2‑151428 | SIB1 Scheduling for Rel13 MTC UE | NEC | - |
| R2‑151429 | RACH partitioning for LC/EC, Low/Normal Complexity UE | NTT DOCOMO, INC. | - |
| R2‑151430 | SR on PUCCH Scell | NEC | - |
| R2‑151431 | TP on Backhaul of LAA deployment scenarios | NEC | - |
| R2‑151432 | Restriction to CA capability signalling | Nokia Networks | - |
| R2‑151433 | Restriction to CA capability signalling | Nokia Networks | - |
| R2‑151434 | Uplink bearer split for Dual Connectivity | Ericsson | - |
| R2‑151435 | Requirement for layer 2 structure in LTE-WLAN aggregation | Fujitsu | - |
| R2‑151436 | Limitations of UL and DL load control | Fujitsu | - |
| R2‑151437 | WLAN offload rules for UEs in high and medium mobility state | Sony | - |
| R2‑151438 | LTE-WLAN aggregation | Ericsson | - |
| R2‑151439 | Service continuity for SC-PTM | Huawei, HiSilicon | - |
| R2‑151440 | Correction of type identifier names | Ericsson | - |
| R2‑151441 | Evaluation of MCPTT and GCSE requirements for SC-PTM | Huawei, HiSilicon | - |
| R2‑151442 | Group-RNTI for SC-PTM | Huawei, CATR, HiSilicon, TD-Tech, ZTE, Potevio | - |
| R2‑151443 | Discussion on HARQ for LAA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151444 | Cell-specific prioritization for idle mode load balancing | Ericsson | - |
| R2‑151445 | Discussion on LAA Measurements | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151446 | Discussion on functionalities required for support of SC-PTM | Alcatel-Lucent | - |
| R2‑151447 | Discussion on service continuity support for SC-PTM | Alcatel-Lucent | - |
| R2‑151448 | Discussion on SFN and subframe offset signalling | Alcatel-Lucent | - |
| R2‑151449 | LC-MTC UE Issues related to SI reception | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151450 | SIB/SI Design for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151451 | Involvement of the eNB/MME in UE-to-Network Relays | Interdigital Communications | - |
| R2‑151452 | Considerations on idle mode paging for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151453 | Considerations on PRACH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151454 | Discussion on D2D Transport Mechanisms for Public Safety Discovery | Interdigital Communications | - |
| R2‑151455 | MAC impact for supporting UL transmission on LAA SCell | Fujitsu | - |
| R2‑151456 | SI for MTC Low Cost and Enhanced Coverage | Fujitsu | - |
| R2‑151457 | eNB awareness of Remote UEs | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151458 | How to deal with TAT expiry | Fujitsu | - |
| R2‑151459 | Priority Handling for ProSE Communication | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151460 | [DRAFT] Reply LS on public safety discovery | Ericsson | - |
| R2‑151461 | Considerations on ProSe public safety discovery | Fujitsu | - |
| R2‑151462 | Relay Selection for UE-to-Network Relays | Interdigital Communication | - |
| R2‑151463 | Discussion on Sidelink BSR | CATT, Fujitsu | - |
| R2‑151464 | Limitations of current mechanisms to achieve Idle mode load balancing | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Verizon | - |
| R2‑151465 | Correction to the Sidelink BSR (option 1) | CATT, Fujitsu | - |
| R2‑151466 | One-shot configurations and Need OP | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151467 | Priority Support for Rel-13 ProSe | Interdigital Communications | - |
| R2‑151468 | Correction to the Sidelink BSR (option 2) | CATT, Fujitsu | - |
| R2‑151469 | SR transmissions on SCell PUCCH | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R2‑151470 | Deactivation timer on PUCCH SCell | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R2‑151471 | Consideration of TAG and PUCCH group | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R2‑151472 | PUCCH SCell change | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R2‑151473 | LTE-WiFi aggregation based on Rel-12 LTE Dual Connectivity architecture 2C | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151474 | Minor correction for ProSe | Ericsson | - |
| R2‑151475 | Deployment Scenarios and requirements for LTE-WiFi aggregation and Solution 3 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151476 | Requirements to Support User Preferences | BlackBerry UK Limited | - |
| R2‑151477 | UE Architectural Implementation | BlackBerry UK Limited | - |
| R2‑151478 | Architecture for LTE-WiFi aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R2‑151479 | WLAN measurement reporting | Ericsson | - |
| R2‑151480 | Overview of WLAN interworking for Rel-13 | Ericsson | - |
| R2‑151481 | Discussion on scenarios and possible solution on interworking between WLAN and LTE | Broadcom Corporation | - |
| R2‑151482 | Architecture for LTE-WLAN RAN Level Integration and Interworking Enhancement and Analysis | Broadcom Corporation | - |
| R2‑151483 | Signalling aspects to support more than 5 carriers | Ericsson | - |
| R2‑151484 | Traffic Steering Options for Cellular - WLAN Interworking with Analysis | Broadcom Corporation | - |
| R2‑151485 | Addressing for one-to-one communication | General Dynamics UK Ltd | - |
| R2‑151486 | Basic consideration on architecture of WLAN/LTE Integration and Interworking | China Unicom | - |
| R2‑151487 | Service continuity with the UE-to-network relay | General Dynamics UK Ltd | - |
| R2‑151488 | SR on PUCCH SCell | Ericsson | - |
| R2‑151489 | Group priority handling for ProSe Communication | General Dynamics UK Ltd | - |
| R2‑151490 | Open issues on PUCCH on SCells | Ericsson | - |
| R2‑151491 | Correction to SCG and split bearer configuration | Ericsson | - |
| R2‑151492 | Misalignment of PCell in T/F CA and the Prior camp-on cell | China Unicom | - |
| R2‑151493 | Work plan for Rel-13 LTE-WLAN Radio Level Integration and Interworking Enhancement WI | China Telecom, Qualcomm Incorporated, Intel Corporation, Mediatek | - |
| R2‑151494 | Work plan for Rel-13 LTE-WLAN Radio Level Integration and Interworking Enhancement WI | China Telecom, Qualcomm Incorporated, Intel Corporation, Mediatek | - |
| R2‑151495 | PUCCH SCell management | HTC | - |
| R2‑151496 | Analysis of LAA uplink transmission | HTC | - |
| R2‑151497 | Minor corrections for ProSe | Ericsson | - |
| R2‑151498 | Minor corrections for PSCell configuration in DC | Ericsson | - |
| R2‑151499 | Measurement framework for LAA | Ericsson | - |
| R2‑151500 | PCI confusion in LAA | Ericsson | - |
| R2‑151501 | Moving of DL HARQ processes between carriers in LAA | Ericsson | - |
| R2‑151502 | Uplink aspects of LAA | Ericsson | - |
| R2‑151503 | Routing restrictions in LAA scenarios | Ericsson | - |
| R2‑151504 | Overview of UL HARQ in LAA | Ericsson | - |
| R2‑151505 | Impacts of asynchronous UL HARQ in LAA | Ericsson | - |
| R2‑151506 | MAC CE impact due to CA enhancements | Ericsson | - |
| R2‑151507 | CR to 25.331 on cleanup correcttions to IncMon | Huawei, HiSilicon | - |
| R2‑151508 | Impacts of longer DRX cycle | Nokia Networks | - |
| R2‑151509 | Configuration of PUCCH SCell | Ericsson | - |
| R2‑151510 | Network coverage using L3-based UE-to-Network Relays | Qualcomm | - |
| R2‑151511 | Inter-Frequency and PLMN Discovery | Qualcomm | - |
| R2‑151512 | Discussion on offloading enhancements for UMTS NAICS | Huawei, HiSilicon | - |
| R2‑151513 | Discussion on solution for long DRX cycle up to 40.96 seconds in connected mode | Huawei, HiSilicon | - |
| R2‑151514 | Clarification for common E-DCH resource release during CELL FACH to CELL FACH transition | Nokia Networks | - |
| R2‑151515 | TP on long and extended DRX | Huawei, HiSilicon | - |
| R2‑151516 | Comparison of SC-PTM and MBSFN use for Public Safety | Huawei, HiSilicon, TD-Tech, SouthernLINC, Potevio, China Unicom, MediaTek Inc., CATT | - |
| R2‑151517 | Discussion on long and extended DRX mechanisms for idle mode | Huawei, HiSilicon | - |
| R2‑151518 | Support of Idle mode for SC-PTM | Huawei, CATR, HiSilicon, TD-Tech, ZTE, SouthernLINC, UK Home Office, Potevio, China Unicom, MediaTek Inc., LG Electronics Inc., CATT | - |
| R2‑151519 | Mobile originated voice calls with enhanced DL/UL for CELL_FACH | Nokia Networks | - |
| R2‑151520 | Discussion on long and extended DRX mechanisms for idle mode | Huawei, HiSilicon | - |
| R2‑151521 | IDC aspects of LAA | BlackBerry UK Limited | - |
| R2‑151522 | Latency aspects for SC-PTM | Ericsson | - |
| R2‑151523 | Scheduling and DRX aspects of LAA | BlackBerry UK Limited | - |
| R2‑151524 | Default configuration with CELL_FACH as a target state | Nokia Networks | - |
| R2‑151525 | Service continuity aspects for SC-PTM | Ericsson | - |
| R2‑151526 | Initial Radio resource efficiency evaluation of Single-Cell PTM | Ericsson | - |
| R2‑151527 | Discussion on long & extended DRX mechanisms for connected mode | Huawei, HiSilicon | - |
| R2‑151528 | Optimisation of small data transmission using common E-DCH resource | Huawei, HiSilicon | - |
| R2‑151529 | CR to 25.331 on cleanup corrections of Radio Links without DPCH and F-DPCH | Huawei, HiSilicon | - |
| R2‑151530 | Consideration of ProSe UE-to-Network Relays | Kyocera | - |
| R2‑151531 | Consideration of ProSe discovery in partial and outside network coverage | Kyocera | - |
| R2‑151532 | Enhanced ProSe discovery for inter-carrier and inter-PLMN | Kyocera | - |
| R2‑151533 | Deactivation timer on PUCCH SCell | CMCC | - |
| R2‑151534 | Consideration of DRX in SC-PTM transmission | Kyocera | - |
| R2‑151535 | Radio interface enhancements for SC-PTM transmission | Kyocera | - |
| R2‑151536 | Service continuity with SC-PTM | Kyocera | - |
| R2‑151537 | DL HARQ transmission for LAA | CMCC | - |
| R2‑151538 | Scenario and Protocol architecture of LTE-WLAN aggregation | Kyocera | - |
| R2‑151539 | User plane aspects to support uplink split bearer | Kyocera | - |
| R2‑151540 | Potential issues in multi-carrier load distribution | Kyocera | - |
| R2‑151541 | UL transmission issues of LAA | CMCC | - |
| R2‑151542 | Logging of latency in call establishment | Kyocera | - |
| R2‑151543 | UL DRB Split in DC | CMCC | - |
| R2‑151544 | Dual Connectivity L2 buffer size for category combinations with UL64QAM | Huawei, HiSilicon, Ericsson | - |
| R2‑151545 | UE behaviour receiving reserved values in MAC PDU on MCH | Ericsson | - |
| R2‑151546 | IDC Enhancements for intermodulation interference to GNSS | Qualcomm Incorporated | - |
| R2‑151547 | Release of dedicated RNTIs | Nokia Networks | - |
| R2‑151548 | Optimizations for the IDLE to CONNECTED state transition | Nokia Networks | - |
| R2‑151549 | Correction on handling of reserved values in MAC PDU on MCH | Ericsson | - |
| R2‑151550 | Packet delay and drop rate for MDT QoS measurements | Ericsson | - |
| R2‑151551 | UL HARQ considerations for LTE LAA | NVIDIA | - |
| R2‑151552 | MIB for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
| R2‑151553 | SIB for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
| R2‑151554 | Paging for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
| R2‑151555 | DRAFT LS reply on paging for MTC | Ericsson | - |
| R2‑151556 | Work plan for enhanced D2D for Proximity Services | Qualcomm | - |
| R2‑151557 | Out-of-Coverage discovery for Public Safety | Qualcomm | - |
| R2‑151558 | Random access for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
| R2‑151559 | Quality-of-Service (QoS) and WLAN Integration for LTE R13 | InterDigital Communications | - |
| R2‑151560 | Bearer Architecture for WLAN Integration for LTE R13 | InterDigital Communications | - |
| R2‑151561 | DRAFT LS reply on simultaneous reception requirements and SIBs for MTC UEs | Ericsson | - |
| R2‑151562 | Random access procedure for coverage enhanced UE | Sharp | - |
| R2‑151563 | ProSe Group Priority | Qualcomm | - |
| R2‑151564 | HARQ and TTI bundling for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
| R2‑151565 | Further details on reusing configurations upon state transitions | Nokia Networks | - |
| R2‑151566 | Scenarios and requirements for LTE-WLAN radio level integration and interworking enhancement | Huawei, HiSilicon | - |
| R2‑151567 | Procedure for the configuration of LTE-WLAN aggregation | Huawei, HiSilicon | - |
| R2‑151568 | Further details on autonomous state transition | Nokia Networks | - |
| R2‑151569 | User plane architecture and associated key aspects for 3GPP/WLAN aggregation | Huawei, HiSilicon | - |
| R2‑151570 | Comparison of options for enhanced synchronous RRC re-configuration procedure | Nokia Networks | - |
| R2‑151571 | Further analysis on options for the extended URA_PCH state and text proposal | Nokia Networks | - |
| R2‑151572 | LTE-WLAN interworking enhancement | Huawei, HiSilicon | - |
| R2‑151573 | Further enhancements of MDT for E-UTRAN use case and requirement | Huawei, HiSilicon | - |
| R2‑151574 | Clarifications on use of preconfigComm for direct communication | Nokia Networks | - |
| R2‑151575 | Resource pool for out of coverage UE | Nokia Networks | - |
| R2‑151576 | Applicability of Sidelink UE Information procedure for a RRC_IDLE UE | Nokia Networks | - |
| R2‑151577 | Clarifications on commRxPool | Nokia Networks | - |
| R2‑151578 | Clarification to actions upon reception of broadcast or dedicated configuration for direct communication | Nokia Networks | - |
| R2‑151579 | Clarification of multi-carrier scenario for direct communication | Nokia Networks | - |
| R2‑151580 | Need for SIB18 in a cell on non-Public Safety ProSe Carrier | Nokia Networks | - |
| R2‑151581 | Align Sidelink UE Information indication in 36.300 and 36.331 | Nokia Networks | - |
| R2‑151582 | Further clarifications to Sidelink UE Information procedure | Nokia Networks | - |
| R2‑151583 | commTxConfig in SL-CommConfig | Nokia Networks | - |
| R2‑151584 | Clarifications to direct communication transmission | Nokia Networks | - |
| R2‑151585 | Random Access procedure considerations for LC and CE UEs | InterDigital Communications | - |
| R2‑151586 | Paging Considerations for LC and CE UEs | InterDigital Communications | - |
| R2‑151587 | Preconfigured Mode1 Sidelink Control Reception Pool | Nokia Networks | - |
| R2‑151588 | Paging Considerations for LC and CE UEs | InterDigital Communications | - |
| R2‑151589 | Conditions for establishing RRC Connection for sidelink transmission | Nokia Networks | - |
| R2‑151590 | Impact of user inactivity over Uu on ProSe direct communication | Nokia Networks | - |
| R2‑151591 | Discussion and Working Assumptions for Single-cell PTM | Nokia Networks | - |
| R2‑151592 | Performance evaluation of UL feedback schemes for SC-PTM | Nokia Networks | - |
| R2‑151593 | Service continuity via UE-to-Network Relays | BlackBerry UK Limited | - |
| R2‑151594 | Correction on sidelink grant determination for ProSe | InterDigital Communications | - |
| R2‑151595 | Correction regarding SL | Samsung | - |
| R2‑151596 | Deployment scenarios and requirements for Idle mode Load Balancing | Verizon | - |
| R2‑151597 | Coexistence between Rel-13 LTE/WLAN interworking enhancement/aggregation and Rel-12 LTE/WLAN interworking | Huawei, HiSilicon | - |
| R2‑151598 | Discussion on Architecture and Resource Allocation for ProSe UE-to-Network Relay | Coolpad | - |
| R2‑151599 | Discussion on ROHC for split bearer | Huawei, HiSilicon | - |
| R2‑151600 | CR on ROHC for split bearer | Huawei, HiSilicon | - |
| R2‑151601 | Mandatory present of supportedMIMO-CapabilityDL-r10 | Huawei, HiSilicon | - |
| R2‑151602 | Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151603 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151604 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151605 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151606 | HOW TO report UE location | Potevio | - |
| R2‑151607 | Working flow of SC-PTM UE | Potevio | - |
| R2‑151608 | Clarification to the setting of RSRQ on all symbols | Huawei, HiSilicon | - |
| R2‑151609 | Further Analysis of In-Device Coexistence Issues for LAA Operation | Motorola Mobility | - |
| R2‑151610 | Analysis of DRX Impacts of LAA | Motorola Mobility | - |
| R2‑151611 | MTSI QoE Metrics and MDT | Qualcomm Incorporated | - |
| R2‑151612 | SC-PTM Service Continuity | Qualcomm Incorporated | - |
| R2‑151613 | SC-PTM Configuration | Qualcomm Incorporated | - |
| R2‑151614 | Handling of MAC reserved values on MCH | Qualcomm Incorporated | - |
| R2‑151615 | Consideration on Multicarrier Load Distribution | Huawei, Hisilicon | - |
| R2‑151616 | Support for MCPTT priority requirements for Rel-13 ProSe | InterDigital Communications | - |
| R2‑151617 | Support for MCPTT priority requirements for Rel-13 ProSe | InterDigital Communications | - |
| R2‑151618 | [draft] LS on the activation/deactivation in PUCCH SCell | Samsung | - |
| R2‑151619 | On the measurement events in Rel-13 CA enhancements | Samsung | - |
| R2‑151620 | New format for Activation/Deactivation MAC Control Element | Samsung | - |
| R2‑151621 | Scope of enhancements for non-PCell discovery (in-coverage) | LG Electronics Inc. | - |
| R2‑151622 | New format for PHR MAC CE format | Samsung | - |
| R2‑151623 | RAN2 impact for discovery on non-Pcell | LG Electronics Inc. | - |
| R2‑151624 | Enhancement for discovery out of coverage | LG Electronics Inc. | - |
| R2‑151625 | Measurements for non-PCell discovery announcement | LG Electronics Inc. | - |
| R2‑151626 | Specification impact by CA up to 32 CCs | Samsung | - |
| R2‑151627 | Selection of RN by remote UE | LG Electronics Inc. | - |
| R2‑151628 | Support of group priorities | LG Electronics Inc. | - |
| R2‑151629 | Scenarios for UE-to-Network relay | LG Electronics Inc. | - |
| R2‑151630 | Specification impacts by Activation/Deactivation of PUCCH SCell | Samsung | - |
| R2‑151631 | Protocol layer impact for UE-to-Network relay | LG Electronics Inc. | - |
| R2‑151632 | Correction on field description on SL-TF-ResourceConfig | LG Electronics Inc. | - |
| R2‑151633 | Potential impact of LBT support for LAA | Samsung | - |
| R2‑151634 | Potential impact on protocol layer for MCPTT | LG Electronics Inc. | - |
| R2‑151635 | new SIB for eMTC | LG Electronics Inc. | - |
| R2‑151636 | Paging enhancement for eMTC | LG Electronics Inc. | - |
| R2‑151637 | SR support for CA enhancements | Samsung | - |
| R2‑151638 | Cell Selection/Reselection for Rel-13 low complexity MTC | Samsung | - |
| R2‑151639 | DRX enhancements for Rel-13 low complexity MTC | Samsung | - |
| R2‑151640 | New RACH procedure for Rel-13 Low Complexity UE | Samsung | - |
| R2‑151641 | Paging Optimization for Rel-13 Low Complexity MTC | Samsung | - |
| R2‑151642 | Support for types of Rel-13 low complexity UE | Samsung | - |
| R2‑151643 | Enhancements for Refined MDT Measurements | Samsung | - |
| R2‑151644 | New QoS verification for MMTEL voice/video | Samsung | - |
| R2‑151645 | System Information for Rel. 13 eMTC | Qualcomm Incorporated | - |
| R2‑151646 | PUCCH transmission on a deactivated PUCCH SCell | LG Electronics Inc. | - |
| R2‑151647 | sCellDeactivationTimer for PUCCH SCell | LG Electronics Inc. | - |
| R2‑151648 | PUCCH SCell status and PUCCH configuration_release | LG Electronics Inc. | - |
| R2‑151649 | PUCCH Group and TAT expiry | LG Electronics Inc. | - |
| R2‑151650 | PHR format for eCA | LG Electronics Inc. | - |
| R2‑151651 | Random access aspect of LAA | LG Electronics Inc. | - |
| R2‑151652 | Consideration on MAC configuration for unlicensed spectrum | LG Electronics Inc. | - |
| R2‑151653 | Further measurement for unlicensed frequency | LG Electronics inc | - |
| R2‑151654 | RAN/WLAN aggregation procedure | LG Electronics inc | - |
| R2‑151655 | Deployment Scenarios and Requirements for LTE-WLAN Aggregation | Qualcomm Incorporated, Intel Corporation, KT Corp, CMCC, KDDI, China Telecom, Mediatek | - |
| R2‑151656 | Control Plane Architecture for LTE-WLAN Aggregation | Qualcomm Incorporated, KT Corp., CMCC, Intel Corporation, KDDI, China Telecom | - |
| R2‑151657 | RLM on PUCCH SCell | Qualcomm Incorporated | - |
| R2‑151658 | Activation of PUCCH SCell | Qualcomm Incorporated | - |
| R2‑151659 | Idle mode load balancing in HetNets | LG Electronics Inc. | - |
| R2‑151660 | RRM and coexistence issues for LAA-LTE | Qualcomm Incorporated | - |
| R2‑151661 | Load Balancing using current mechanisms | Mediatek Inc | - |
| R2‑151662 | Ping-Pong using current mechanisms | Mediatek Inc | - |
| R2‑151663 | Use Case for Characterization of Real Time Traffic | Mediatek Inc | - |
| R2‑151664 | Latency measurement for GBR traffic | Mediatek Inc | - |
| R2‑151665 | Data Loss measurement for GBR traffic | Mediatek Inc | - |
| R2‑151666 | System Information for low complexity and enhanced coverage | Mediatek Inc | - |
| R2‑151667 | Paging for low complexity UE and enhanced coverage | Mediatek Inc | - |
| R2‑151668 | User Plane Architecture for LTE-WLAN integration | Samsung | - |
| R2‑151669 | Inferences from RAN1 simulations | Panasonic | - |
| R2‑151670 | Handling of MAC PDU containing reserved values | Samsung | - |
| R2‑151671 | Discussion on DL and UL UE categories | Samsung | - |
| R2‑151672 | SR prohibit timer and VoLTE support | Samsung | - |
| R2‑151673 | Further analysis on options for the extended URA_PCH state and text proposal | Nokia Networks | - |
| R2‑151674 | DRX enhancements for Rel-13 low complexity MTC | Samsung | - |
| R2‑151675 | Clarification on FDD/TDD differentiation of FGIs/capabilities in TDD-FDD CA | Samsung, NTT DOCOMO, INC. | - |
| R2‑151676 | Dual Connectivity Corrections | Nokia Networks | - |
| R2‑151677 | Email Discussion Report: SIB acquisition failure^^ | Ericsson | - |
| R2‑151678 | RAN2 impact for discovery on non-Pcell | LG Electronics Inc. | - |
| R2‑151679 | Scenarios for LTE-WLAN radio level aggregation | MediaTek Inc. | - |
| R2‑151680 | Some considerations for network-controlled LTE-WLAN radio level interworking | MediaTek Inc. | - |
| R2‑151681 | Network Selection and Data Aggregation with LTE-WLAN Aggregation | MediaTek Inc. | - |
| R2‑151682 | new SIB for eMTC | LG Electronics Inc. | - |
| R2‑151683 | Draft reply LS to SA2 on MBMS for Message delivery to Group of devices | LG Electronics Inc. | - |
| R2‑151684 | Initial Radio resource efficiency evaluation of Single-Cell PTM | Ericsson | - |
| R2‑151685 | Dual Connectivity Corrections | Nokia Networks, ETRI, ZTE | - |
| R2‑151686 | Way forward on Rel-13 LTE D2D proximity services | TTA, Humax, KT Corporation, LG Electronics, LG Uplus, Samsung, SK Telecom | - |
| R2‑151687 | Minor corrections for ProSe | Ericsson | - |
| R2‑151688 | Correction on handling of wlan-OffloadConfigDedicated upon leaving RRC_CONNECTED | HTC | - |
| R2‑151689 | Reconfiguration of RLC and SPS | HTC | - |
| R2‑151690 | Additional MIMO/CSI capability for intra-band contiguous CA | Intel Corporation, Qualcomm Incorporated, Samsung | - |
| R2‑151691 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery | Rohde & Schwarz | - |
| R2‑151692 | UE support of CA fallback configurations | Ericsson | - |
| R2‑151693 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151694 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151695 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
| R2‑151696 | Mandatory present of supportedMIMO-CapabilityDL-r10 | Huawei, HiSilicon | - |
| R2‑151697 | Addition of DC Operation Overview | Nokia Networks | - |
| R2‑151698 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151699 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151700 | Report of the LTE UP ad hoc meeting | LG Electronics (Vice-Chairman) | - |
| R2‑151701 | SL-DCH transmission for autonomous resource allocation mode | Panasonic | - |
| R2‑151702 | Correction to the Sidelink BSR | CATT, Fujitsu | - |
| R2‑151703 | Minor corrections for ProSe | Ericsson, AsusTek | - |
| R2‑151704 | Miscellaneous corrections for DC | HTC | - |
| R2‑151705 | Clarification on deactivation operation | ASUSTeK | - |
| R2‑151706 | Handling of erroneous PDU on MCH | LG Electronics Inc. | - |
| R2‑151707 | Corrections on 36.321 for ProSe | Huawei, Hisilicon | - |
| R2‑151708 | Clarifications on use of preconfigComm for direct communication | ZTE, Nokia Networks, Interdigital | - |
| R2‑151709 | Resource pool for out of coverage UE | Nokia Networks, ZTE | - |
| R2‑151710 | Draft Reply LS on RAN1 agreements on PUCCH on SCell for CA (to: RAN1; cc: RAN4; contact: NTT DOCOMO) | NTT DOCOMO, INC | - |
| R2‑151711 | Reply LS on RAN1 agreements on PUCCH on SCell for CA (to: RAN1; cc: RAN4; contact: NTT DOCOMO) | RAN2 | - |
| R2‑151712 | Agreements on LTE-WLAN Radio Level Integration and Interworking Enhancement | Intel Corporation, Qualcomm Incorporated, China Telecom | - |
| R2‑151713 | Running 36.300 CR to capture agreements on carrier aggregation enhancements | Nokia Networks | - |
| R2‑151714 | TP on PCI confusion in LAA | Ericsson | - |
| R2‑151715 | TP on impact of asynchronous UL HARQ in LAA | Ericsson | - |
| R2‑151716 | Clarifications on use of preconfigComm for direct communication | ZTE, Nokia Networks, Interdigital | - |
| R2‑151717 | Resource pool for out of coverage UE | Nokia Networks, ZTE | - |
| R2‑151718 | Reply LS to RAN1 on HARQ retransmission for LAA (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑151719 | Agreements on LTE-WLAN Radio Level Integration and Interworking Enhancement | Intel Corporation, Qualcomm Incorporated, China Telecom | - |
| R2‑151720 | DRAFT LS on Sidelink measurements for RN selection (to: RAN1, RAN4; cc:-; contact: LGE) | LGE | - |
| R2‑151721 | Draft Reply LS on ProSe public safety discovery (to: SA2; cc: RAN1, SA3, RAN; contact: Intel) | Intel Corporation | - |
| R2‑151722 | Report of the LTE breaks-out meeting (ProSe) | LG Electronics (Vice-Chairman) | - |
| R2‑151723 | Reply LS on public safety discovery (to: SA2; cc: RAN1, SA3, RAN; contact: Intel) | RAN2 | - |
| R2‑151724 | DRAFT LS on Sidelink measurements for RN selection (to: RAN1, RAN4; cc:-; contact: LGE) | LGE | - |
| R2‑151725 | Cleanup corrections to TS 25.304 | Huawei (Rapporteur) | - |
| R2‑151726 | LS on RAN2 multiflow 3F-4C agreements | Nokia Networks | - |
| R2‑151727 | LS on RAN2 EVS over UTRAN recommendations | Qualcomm | - |
| R2‑151728 | TR 25.706 v1.1.0 by capturing agreements made in RAN2#89 | Huawei (Rapporteur) | - |
| R2‑151729 | Correction to usage of Signalling radio bearer RB4 to transmit UE INFORMATION RESPONSE message | Intel Corporation | - |
| R2‑151730 | Clarification for common E-DCH resource release during CELL FACH to CELL FACH transition | Nokia Networks | - |
| R2‑151731 | CR to 25.331 on cleanup corrections of Radio Links without DPCH and F-DPCH | Huawei, HiSilicon | - |
| R2‑151732 | Reply LS on RAN assumptions from SA2 for FS_eDRX | Ericsson | - |
| R2‑151733 | LS on Text Proposal for TR 25.705 (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑151734 | LS on RAN2 EVS over UTRAN recommendations (to: SA4; cc: CT4; contact: Qualcomm) | RAN2 | - |
| R2‑151735 | Reply LS on RAN assumptions from SA2 for FS_eDRX (to: SA2; cc: -; contact: Ericsson) | RAN2 | - |
| R2‑151736 | LS on RAN2 multiflow 3F-4C agreements (to: RAN1, RAN3, RAN4; cc: -; contact: Nokia) | RAN2 | - |
| R2‑151737 | Clarification for common E-DCH resource release during CELL FACH to CELL FACH transition | Nokia Networks | - |
| R2‑151738 | LS on Sidelink measurements for relay UE selection (to: RAN1, RAN4; cc:-; contact: LGE) | RAN2 | - |
| R2‑151739 | Running 36.300 CR to capture agreements on carrier aggregation enhancements | Nokia Networks | - |
| R2‑151740 | TP for TR 36.889 v0.1.0 Study on licensed-assisted access using LTE | Huawei (Rapporteur) | - |
| R2‑151741 | LS on RAN2 TP to TR 36.889 (to: RAN1; cc: -; contact: Huawei) | RAN2 | - |
| R2‑151742 | Running 36.300 CR to capture agreements on physical layer enhancements for MTC | Ericsson (Rapporteur) | - |
| R2‑151743 | Void | - | - |
| R2‑151744 | Void | - | - |
| R2‑151745 | Void | - | - |
| R2‑151746 | Void | - | - |
| R2‑151747 | Void | - | - |
| R2‑151748 | Void | - | - |
| R2‑151749 | Void | - | - |
| R2‑151750 | Void | - | - |
| R2‑151751 | Void | - | - |
| R2‑151752 | Void | - | - |
| R2‑151753 | Void | - | - |
| R2‑151754 | Void | - | - |
| R2‑151755 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
| R2‑151756 | Dual Connectivity Corrections | Nokia Networks, ETRI, ZTE, Ericsson | - |
| R2‑151757 | Draf reply LS on PLMN reselection for ProSe (to: CT1; cc: SA2; contact: LGE) | LGE | - |
| R2‑151758 | Analysis of DRX Impacts of LAA | Motorola Mobility | - |
| R2‑151759 | Corrections on Stage-2 descriptions for ProSe | Huawei, Hisilicon | - |
| R2‑151760 | Need for SIB18 in a cell on non-Public Safety ProSe Carrier | Nokia Networks | - |
| R2‑151761 | Introduction of ProSe | Huawei, HiSilicon | - |
| R2‑151762 | Public safety perspectives on GCSE_LTE latency requirements for evaluating UE-Network Relay solutions | U.S. Department of Commerce (U.S. DOC), Institute for Information Industry (III) | - |
| R2‑151763 | Public Safety Perspectives on Stage-1 Requirements Supporting SC-PTM Evaluation | U.S. Department of Commerce (U.S. DOC), Institute for Information Industry (III) | - |
| R2‑151764 | Miscellaneous corrections (a.o. Sidelink) | Samsung | - |
| R2‑151765 | Correction on limited service state conditions | ZTE | - |
| R2‑151766 | Correction on limited service state conditions | ZTE | - |
| R2‑151767 | Void | - | - |
| R2‑151768 | Conditions for establishing RRC Connection for sidelink transmission | Nokia Networks | - |
| R2‑151769 | Correction on field description on SL-TF-ResourceConfig | LG Electronics Inc. | - |
| R2‑151770 | Addition of DC Operation Overview | Nokia Networks | - |
| R2‑151771 | Clarification on PDCP reconfiguration | HTC | - |
| R2‑151772 | Correction to SCG change | ASUSTeK | - |
| R2‑151773 | Minor corrections for PSCell configuration in DC | Ericsson | - |
| R2‑151774 | CR on ROHC for split bearer | Huawei, HiSilicon | - |
| R2‑151775 | Clarification on FDD/TDD differentiation of FGIs/capabilities in TDD-FDD CA | Samsung, NTT DOCOMO, INC. | - |
| R2‑151776 | Clarification to the setting of RSRQ on all symbols | Huawei, HiSilicon | - |
| R2‑151777 | Draft LS on a new measurement quantity for Multicarrier Load Distribution (to: RAN4; cc: RAN1; contact: NTT DOCOMO) | NTT DOCOMO | - |
| R2‑151778 | Skeleton TR 36.890 v0.1.0 for SC-PTM | Huawei (Rapporteur) | - |
| R2‑151779 | Skeleton TR 36.880 v0.1.0 for feMDT | CMCC (Rapporteur) | - |
| R2‑151780 | Clarification regarding no MBMS sessions ongoing | Samsung | - |
| R2‑151781 | Additional MIMO/CSI capability for intra-band contiguous CA | Intel Corporation, Qualcomm Incorporated, Samsung, NVIDIA | - |
| R2‑151782 | Draft reply LS on paging for MTC (to: RAN1, RAN3, SA2; cc: CT1; contact: Ericsson) | Ericsson | - |
| R2‑151783 | Clarification on extended RSRQ range support | Nokia Networks | - |
| R2‑151784 | Reply LS on PLMN reselection for ProSe (to: CT1; cc: SA2; contact: LGE) | RAN2 | - |
| R2‑151785 | LS on a new measurement quantity for Multicarrier Load Distribution (to: RAN4; cc: RAN1; contact: NTT DOCOMO) | RAN2 | - |
| R2‑151786 | Reply LS on paging for MTC (to: RAN1, RAN3, SA2; cc: CT1; contact: Ericsson) | RAN2 | - |
| R2‑151787 | Skeleton TR 36.890 v0.1.1 for SC-PTM | Huawei (Rapporteur) | - |
| R2‑151788 | TR 36.890 v0.2.0 for SC-PTM | Huawei (Rapporteur) | - |
| R2‑151789 | LS on ProSe Priorities (to: SA2, SA6; cc: SA1, RAN1; contact: Ericsson) | RAN2 | - |
page generated from database: 2024-04-13 13:51:47