3GPP TDocs (written contributions) at meeting
Meeting: R2-90 - 2015-05-25 to 2015-05-29, Fukuoka
meeting id: R2-90 (click id for more info on this meeting)Click on the Tdoc to open its file.
TDoc | Title | Source | Remarks |
---|---|---|---|
R2‑152001 | Proposed agenda for RAN2 #90, Fukuoka, Japan, 25.5.-29.5.2015 | Ericsson (RAN2 chairman) | - |
R2‑152002 | Draft report of RAN2 RAN2 #89bis, Bratislava, Slovakia, 20.4 - 24.04.2015 | ETSI MCC | - |
R2‑152003 | Reply LS to S2-150421 = R2-151020 on MBMS for Message delivery to Group of devices (R1-152194; contact: LGE) | RAN1 | - |
R2‑152004 | LS on Random Access Coverage Enhancement Details (R1-152406; contact: Huawei) | RAN1 | - |
R2‑152005 | Reply LS to R2-150708 on PHY aspects for SC-PTM transmission (R1-152418; contact: Huawei) | RAN1 | - |
R2‑152006 | Reply LS to R2-150565 on Type 2 Power Headroom reporting (R1-152419; contact: Intel) | RAN1 | - |
R2‑152007 | LS on RAN1 agreements on CA Enhancement Beyond 5 Carriers (R1-152420; contact: Nokia Networks) | RAN1 | - |
R2‑152008 | LS on public safety discovery (R1-152422; contact: Qualcomm) | RAN1 | - |
R2‑152009 | LS on D2D priority handling ( R1-152423; contact: Alcatel-Lucent) | RAN1 | - |
R2‑152010 | LS on Paging Optimization considering supported frequency bands (R3-150889; contact: Huawei) | RAN3 | - |
R2‑152011 | Response LS to S2-150698 = R2-150027 on Paging Optimization (R3-150892; contact: Alcatel-Lucent) | RAN3 | - |
R2‑152012 | Reply LS to R2-150709 on SC-PTM transmission (R3-150917; contact: Huawei) | RAN3 | - |
R2‑152013 | LS on the issue of 1.4MHz MBMS test (R4-152381; contact: Huawei) | RAN4 | - |
R2‑152014 | Reply LS on NS values in system information broadcast (R4-152410; contact: Nokia Networks) | RAN4 | - |
R2‑152015 | LS on SIB transmission for Rel-13 low complexity UEs and coverage enhanced UEs for MTC (R1- 152404; contact: Ericsson) | RAN1 | - |
R2‑152016 | Reply LS to S2-150691 = R2-151011 on public safety discovery (S3-151524; contact: Qualcomm) | SA3 | - |
R2‑152017 | LS on C-IoT/MTC data transmission targets for security-related procedures (S3-151418; contact: Vodafone) | SA3 | - |
R2‑152018 | Updated reply LS on Type 2 PH reporting (R1-153424; contact: Intel) | RAN1 | - |
R2‑152019 | LS on the maximum number of H-RNTIs (R1-153463; contact: Ericsson) | RAN1 | - |
R2‑152020 | Reply LS to R2-151738 on Sidelink measurements for relay UE selection (R1-153553; contact: Qualcomm) | RAN1 | - |
R2‑152021 | LS on NS values for Secondary Cells (R4-153820; contact: Ericsson) | RAN4 | - |
R2‑152022 | Reply LS to R2-150733 on per-band UL 64 QAM support (R4-153813; contact: Vodafone) | RAN4 | - |
R2‑152023 | LS on SC-PTM transmission (R3-151276; contact: Huawei) | RAN3 | - |
R2‑152024 | Void | - | - |
R2‑152025 | Void | - | - |
R2‑152026 | Void | - | - |
R2‑152027 | Void | - | - |
R2‑152028 | Void | - | - |
R2‑152029 | Draft report of RAN2 RAN2 #89bis, Bratislava, Slovakia, 20.4 - 24.04.2015 | ETSI MCC | - |
R2‑152030 | Report of RAN2 RAN2 #89bis, Bratislava, Slovakia, 20.4 - 24.04.2015 | ETSI MCC | - |
R2‑152031 | Correction field description of networkControlledSyncTx | CATT | - |
R2‑152032 | Clarification on SCG reconfiguration | HTC | - |
R2‑152033 | Correction for aperiodic CSI trigger | Huawei, HiSilicon,CATT | - |
R2‑152034 | COUNT derivation in ProSe | LG Electronics Inc., Qualcomm | - |
R2‑152035 | Correction to SCG and split bearer configuration | Ericsson | - |
R2‑152036 | Dual Connectivity L2 buffer size for category combinations with UL64QAM | Huawei, HiSilicon, Ericsson, Nokia Networks | - |
R2‑152037 | Correction on handling of wlan-OffloadConfigDedicated upon leaving RRC_CONNECTED | HTC | - |
R2‑152038 | Reconfiguration of SPS | HTC | - |
R2‑152039 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152040 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152041 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152042 | Mandatory present of supportedMIMO-CapabilityDL-r10 | Huawei, HiSilicon | - |
R2‑152043 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
R2‑152044 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
R2‑152045 | CR on Aperiodic CSI Reporting for 1.4MHz cell | Huawei, HiSilicon | - |
R2‑152046 | SL-DCH transmission for autonomous resource allocation mode | Panasonic | - |
R2‑152047 | Correction to the Sidelink BSR | CATT, Fujitsu | - |
R2‑152048 | Minor corrections for ProSe | Ericsson, AsusTek | - |
R2‑152049 | Miscellaneous corrections for DC | HTC | - |
R2‑152050 | Clarification on deactivation operation | ASUSTeK | - |
R2‑152051 | Handling of erroneous PDU on MCH | LG Electronics Inc., Ericsson | - |
R2‑152052 | Corrections on 36.321 for ProSe | Huawei, Hisilicon | - |
R2‑152053 | Clarifications on use of preconfigComm for direct communication | ZTE, Nokia Networks, Interdigital | - |
R2‑152054 | Resource pool for out of coverage UE | Nokia Networks, ZTE | - |
R2‑152055 | Cleanup corrections to TS 25.304 | Huawei (Rapporteur) | - |
R2‑152056 | Correction to usage of Signalling radio bearer RB4 to transmit UE INFORMATION RESPONSE message | Intel Corporation | - |
R2‑152057 | Clarification for common E-DCH resource release during CELL FACH to CELL FACH transition | Nokia Networks | - |
R2‑152058 | Dual Connectivity Corrections | Nokia Networks, Ericsson, Intel, ITRI, ZTE | - |
R2‑152059 | Corrections on Stage-2 descriptions for ProSe | Huawei, Hisilicon | - |
R2‑152060 | Need for SIB18 in a cell on non-Public Safety ProSe Carrier | Nokia Networks | - |
R2‑152061 | Introduction of ProSe | Huawei, HiSilicon | - |
R2‑152062 | Miscellaneous corrections (a.o. Sidelink) | Samsung | - |
R2‑152063 | Correction on limited service state conditions | ZTE | - |
R2‑152064 | Correction on limited service state conditions | ZTE | - |
R2‑152065 | Conditions for establishing RRC Connection for sidelink transmission | Nokia Networks | - |
R2‑152066 | Correction on field description on SL-TF-ResourceConfig | LG Electronics Inc. | - |
R2‑152067 | Addition of DC Operation Overview | Nokia Networks | - |
R2‑152068 | Clarification on PDCP reconfiguration | HTC | - |
R2‑152069 | Correction to SCG change | ASUSTeK | - |
R2‑152070 | Minor corrections for PSCell configuration in DC | Ericsson | - |
R2‑152071 | CR on ROHC for split bearer | Huawei, HiSilicon | - |
R2‑152072 | Clarification on FDD/TDD differentiation of FGIs/capabilities in TDD-FDD CA | Samsung, NTT DOCOMO, INC., Qualcomm Incorporated | - |
R2‑152073 | Clarification to the setting of RSRQ on all symbols | Huawei, HiSilicon | - |
R2‑152074 | Clarification on extended RSRQ range support | Nokia Networks | - |
R2‑152075 | Clarification on extended RSRQ range support | Nokia Networks | - |
R2‑152076 | Correction to SCG and split bearer configuration | Ericsson | - |
R2‑152077 | Clarifications on use of preconfigComm for direct communication | ZTE, Nokia Networks, Interdigital | - |
R2‑152078 | Need for SIB18 in a cell on non-Public Safety ProSe Carrier | Nokia Networks | - |
R2‑152079 | Miscellaneous corrections (a.o. Sidelink) | Samsung | - |
R2‑152080 | Conditions for establishing RRC Connection for sidelink transmission | Nokia Networks | - |
R2‑152081 | Correction on field description on SL-TF-ResourceConfig | LG Electronics Inc. | - |
R2‑152082 | Addition of DC Operation Overview and Minor Clarifications | Nokia Networks | - |
R2‑152083 | Allocation of LCID in DC | Nokia Networks | - |
R2‑152084 | Stage 3 Details of BSR Reporting | Nokia Networks | - |
R2‑152085 | Discussion on PDCP discard with Split Bearer | Nokia Networks | - |
R2‑152086 | MTC considerations concerning SIB scheduling | Gemalto N.V. | - |
R2‑152087 | Latency analysis for UE-to-Network Relay scenarios of GCSE_LTE | III | - |
R2‑152088 | Further considerations on the Multiflow 3F-4C configuration and specification impact analysis | Nokia Networks | - |
R2‑152089 | Introduction of the Multiflow 3F-4C configuration in TS 25.308 | Nokia Networks | - |
R2‑152090 | Introduction of the Multiflow 3F-4C configuration in TS 25.331 | Nokia Networks | - |
R2‑152091 | Introduction of the Multiflow 3F-4C configuration in TS 25.321 | Nokia Networks | - |
R2‑152092 | Introduction of the Multiflow 3F-4C configuration in TS 25.302 | Nokia Networks | - |
R2‑152093 | Clarification for the extended cell ID reporting in inter-frequency measured results on RACH | Nokia Networks | - |
R2‑152094 | Simultaneous reconfiguration and active set update procedures | Nokia Networks | - |
R2‑152095 | Mobile originated voice calls with enhanced DL/UL for CELL_FACH | Nokia Networks | - |
R2‑152096 | Clarification on DRB release | HTC | - |
R2‑152097 | Considerations for longer DRX configuration options | Nokia Networks | - |
R2‑152098 | Extended DRX impact on idle mode UE measurement and cell reselection | Acer Incorporated | - |
R2‑152099 | BSR Triggering for Split Bearers | Nokia Networks, HTC, LG Electronics | - |
R2‑152100 | Further Discussion on UP Architecture of LTE/WLAN Aggregation | CATT | - |
R2‑152101 | Indoor Location Improvements utilizing WiFi, BT and Barometric Pressure Measurements | Qualcomm Incorporated | - |
R2‑152102 | ANR for WLAN cell detection | Nokia Networks | - |
R2‑152103 | Mobility for LWA | Nokia Networks | - |
R2‑152104 | Control Plane Interface for LWA | Nokia Networks | - |
R2‑152105 | 3C user-plane architecture for LTE-WLAN aggregation | Nokia Networks | - |
R2‑152106 | User Plane Interface and flow control principles of LWA | Nokia Networks | - |
R2‑152107 | Allocation of LCID in DC | Nokia Networks | - |
R2‑152108 | RRM measurements for LTE-WLAN radio aggregation and interworking | Nokia Networks | - |
R2‑152109 | Traffic steering command for Rel-13 WLAN Interworking | Nokia Networks | - |
R2‑152110 | SIB scheduling for low complexity MTC | Nokia Networks | - |
R2‑152111 | Combination of solutions for Retrievable Configurations | Ericsson | - |
R2‑152112 | Retrievable Configurations in System Information | Ericsson | - |
R2‑152113 | Text proposal for DL enhancements, Enhanced signaling on RRC parameters configuration | Ericsson | - |
R2‑152114 | Further considerations regarding Enhanced State Transitions | Ericsson | - |
R2‑152115 | Text proposal for DL enhancements, State transition enhancements | Ericsson | - |
R2‑152116 | Optional Complete Message | Ericsson | - |
R2‑152117 | Text proposal for DL enhancements, Optional Complete Message | Ericsson | - |
R2‑152118 | Inter PLMN Cells in Measurement Reporting | Panasonic | - |
R2‑152119 | MTC SI Change Indication | Panasonic | - |
R2‑152120 | Prioritization mechanism for ProSe communication | Panasonic | - |
R2‑152121 | Transmission of PDCP control PDUs for Split bearers | Panasonic | - |
R2‑152122 | Analysis of user plane architecture options for LTE-WLAN aggregation | MediaTek Inc. | - |
R2‑152123 | WLAN authentication for LTE-WLAN aggregation | MediaTek Inc. | - |
R2‑152124 | Discussion on WLAN AP selection | CATT | - |
R2‑152125 | Discussion on Architectural and Procedures of C-plane for LTE-WLAN Aggregation | CATT | - |
R2‑152126 | Discussion on mobility procedures of aggregation bearer | CATT | - |
R2‑152127 | Flow Control for LTE-WLAN Aggregation | CATT | - |
R2‑152128 | Considerations on Interworking Enhancements | CATT | - |
R2‑152129 | Considerations on WLAN Measurements | CATT | - |
R2‑152130 | Further Considerations on Paging for Low Complexity UEs | CATT | - |
R2‑152131 | The initial impact analysis on RAN for extended DRX | CATT | - |
R2‑152132 | Considerations on extending DRX cycle longer than maximum SFN | CATT | - |
R2‑152133 | WLAN measurement reporting | MediaTek Inc. | - |
R2‑152134 | Mix Normal and Extended DRX Cycles | CATT | - |
R2‑152135 | RAN enhancements for extended connected mode DRX in LTE | MediaTek Inc. | - |
R2‑152136 | RAN enhancements for extended idle mode DRX in LTE | MediaTek Inc. | - |
R2‑152137 | Remaining CP issues for PUCCH on SCell | MediaTek Inc. | - |
R2‑152138 | Remaining UP issues for PUCCH on SCell | MediaTek Inc. | - |
R2‑152139 | Traffic steering proceudre and command for NCIWK | MediaTek Inc. | - |
R2‑152140 | Over-scheduling problem for UL split bearer | MediaTek Inc. | - |
R2‑152141 | Flow control for LWA | MediaTek Inc. | - |
R2‑152142 | Clarification on PUCCH and SRS | HTC | - |
R2‑152143 | RAN2 Aspects for supporting ProSe Discovery in Partial & OOC | Samsung | - |
R2‑152144 | Inter Carrier Discovery | Samsung | - |
R2‑152145 | Timing Synchronisation for Inter Carrier Discovery TX | Samsung | - |
R2‑152146 | Handling Power Limitation during Concurrent TX in Serving & Non Serving Carrier | Samsung | - |
R2‑152147 | Handling Concurrent TX in Serving and Non Serving Carrier for UE with Single TX chain | Samsung | - |
R2‑152148 | MAC PDU Addressing for Communication with UE-to-Network Relay | Samsung | - |
R2‑152149 | Resource Allocation Aspects for UE-to-Network Relay | Samsung | - |
R2‑152150 | Group Priority Handling | Samsung | - |
R2‑152151 | Considerations on RAN2 impacts to support ACDC requirements | Intel Corporation | - |
R2‑152152 | Draft reply LS on ACDC requirements | Intel Corporation | - |
R2‑152153 | Sidelink terminology alignment in TS 36.300 | Intel Corporation,Qualcomm Incorporated | - |
R2‑152154 | Sidelink terminology alignment in TS 36.304 | Intel Corporation,Qualcomm Incorporated | - |
R2‑152155 | Sidelink terminology alignment in TS 36.306 | Intel Corporation,Qualcomm Incorporated | - |
R2‑152156 | Clean-up corrections to TS 36.331 | Intel Corporation | - |
R2‑152157 | Control plane aspects of CA with up to 32 CCs | Intel Corporation | - |
R2‑152158 | MAC Control Elements for CA with up to 32 CCs | Intel Corporation | - |
R2‑152159 | Consideration on the number of TAGs for up to 32 CCs | Intel Corporation | - |
R2‑152160 | System information for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
R2‑152161 | Email discussion summary report on [89bis#24][LTE/MTCe2] SIB Contents | Intel Corporation | - |
R2‑152162 | Impacts on random access procedure for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
R2‑152163 | Mobility support for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
R2‑152164 | Paging for Release-13 low complexity UEs and enhanced coverage | Intel Corporation | - |
R2‑152165 | Signalling considerations for UE-to-Network relay initiation | Intel Corporation | - |
R2‑152166 | Support of one-to-one communication | Intel Corporation | - |
R2‑152167 | Draft reply LS on public safety discovery | Intel Corporation | - |
R2‑152168 | Priority handling for ProSe | Intel Corporation | - |
R2‑152169 | Throughput and pingpong analysis for multicarrier load distribution | Intel Corporation, ITRI | - |
R2‑152170 | Performance impact of different load distribution triggering mechanisms | Intel Corporation | - |
R2‑152171 | Performance evaluation of extended DRX cycle in idle mode | Intel Corporation | - |
R2‑152172 | Extending DRX cycle impacts and solutions for idle mode | Intel Corporation | - |
R2‑152173 | Extending DRX cycle impacts and solutions for connected mode | Intel Corporation | - |
R2‑152174 | Impact of latency reduction on TCP slow-start behavior | Intel Corporation | - |
R2‑152175 | Signaling design requirements on extended DRX | SoftBank Mobile | - |
R2‑152176 | RRM Measurement Model for LAA | Samsung | - |
R2‑152177 | Correction to presence of UE capability Simultaneous support for DCH Enhancements and Compressed Mode operation | Ericsson, Nokia Networks | - |
R2‑152178 | Disable default configuration for CELL_FACH | Ericsson, Qualcomm Incorporated | - |
R2‑152179 | Disable default configuration for CELL_FACH | Ericsson, Qualcomm Incorporated | - |
R2‑152180 | Potential solution for idle load distribution | China Telecom, ZTE | - |
R2‑152181 | Seamless transition from URA_PCH state | Ericsson | - |
R2‑152182 | Discussion on serving cells beyond 5 | ZTE | - |
R2‑152183 | Deactivation of PUCCH SCell | ZTE | - |
R2‑152184 | Text proposal for DL enhancements, Seamless URA_PCH to CELL_FACH transitions | Ericsson, Huawei | - |
R2‑152185 | Considerations on relay selection and reselection | Fujitsu | - |
R2‑152186 | RAN impact of extending the DRX cycle | Fujitsu | - |
R2‑152187 | Architecture and protocol details for LWA | Fujitsu | - |
R2‑152188 | Flow control and feedback for LWA | Fujitsu | - |
R2‑152189 | The analysis of legacy mechanisms relying on dedicated priorities against approved requirements | Nokia Networks | - |
R2‑152190 | Further Considerations of SI for MTC Low Cost and Enhanced Coverage | Fujitsu | - |
R2‑152191 | Paging for BW reduced low complexity UEs | NTT DOCOMO, INC. | - |
R2‑152192 | Release of dedicated RNTIs | Nokia Networks | - |
R2‑152193 | Optimizations for the IDLE to CONNECTED state transition | Nokia Networks | - |
R2‑152194 | Retrievable configurations in system information | Nokia Networks | - |
R2‑152195 | Comparison of options for enhanced synchronous RRC re-configuration procedure | Nokia Networks | - |
R2‑152196 | Discussion on UE-to-Network Relay Synchronization, Discovery and Selection | ITRI | - |
R2‑152197 | Support MCPTT private call with ProSe | ITRI | - |
R2‑152198 | Discussion on AdditionalSpectrumEmission at handover | Ericsson | - |
R2‑152199 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152200 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152201 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152202 | Terrestrial Beacon System positioning enhancements | NextNav, Broadcom, TeleCommunication Systems, Inc. | - |
R2‑152203 | TP for TR37.857 Terrestrial Beacon System Impacts | NextNav, Broadcom, TeleCommunication Systems, Inc. | - |
R2‑152204 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152205 | Applications and use cases for latency reduction SI | Intel Corporation | - |
R2‑152206 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152207 | Corrections on MIMO capabilities | Ericsson, Samsung | - |
R2‑152208 | Correction to SI acquisition failure | Ericsson | - |
R2‑152209 | Clarification on extended RSRQ range support | Ericsson | - |
R2‑152210 | NS values in system information | Intel Corporation | - |
R2‑152211 | Clarification on Type 2 PH reporting | Intel Corporation, Samsung | - |
R2‑152212 | Clarification on STAG and SCell release | Intel Corporation | - |
R2‑152213 | UE support of CA fallback configurations | Ericsson | - |
R2‑152214 | Uplink transmission for LAA | Intel Corporation | - |
R2‑152215 | UE support of CA fallback configurations | Ericsson | - |
R2‑152216 | UE support of CA fallback configurations | Ericsson | - |
R2‑152217 | Impact Analysis of UL Asynchronous HARQ | Huawei, HiSilicon | - |
R2‑152218 | Considerations of Measurement Issues in LAA | Huawei, HiSilicon | - |
R2‑152219 | Analysis of LBT Operation for LAA Uplink | Huawei, HiSilicon | - |
R2‑152220 | Uplink Transmissions via LAA Cell | Huawei, HiSilicon | - |
R2‑152221 | Analysis of the user plane XW interface for LTE/WLAN aggregation | Intel Corporation | - |
R2‑152222 | WLAN authentication and security aspects of LTE/WLAN aggregation | Intel Corporation | - |
R2‑152223 | PDCP Reordering Issues for UL Split Bearer | Huawei, HiSilicon | - |
R2‑152224 | Considerations for UE-to-Network relay selection and reselection | Intel Corporation | - |
R2‑152225 | Interworking of Separate Bucket LCP and Double BSR Reporting | Huawei, HiSilicon | - |
R2‑152226 | LAA SCell Activation and Deactivation | Samsung | - |
R2‑152227 | SIBs for Rel-13 MTC | Samsung | - |
R2‑152228 | Dual scheduling of SIBs for use by LC UEs | Sierra Wireless S.A. | - |
R2‑152229 | Correction on Sidelink BSR transmission | ITL | - |
R2‑152230 | Activation/Deactivation MAC CE for b5C | ITL | - |
R2‑152231 | Clarification on the PUCCH/ SRS release in DC | Huawei, HiSilicon | - |
R2‑152232 | Consideration on RACH procedure in coverage enhancement | Huawei, HiSilicon | - |
R2‑152233 | Broadcast of neighbouring cell SC-PTM control information | ZTE, ZTE Trunking Technology Corporation | - |
R2‑152234 | Consideration on the simultaneous transmission for MTC UEs | Huawei, HiSilicon | - |
R2‑152235 | Consideration on the mobility scenarios for LTE&WIFI Aggregation | ZTE | - |
R2‑152236 | Consideration on the support of legacy AP in LTE/WLAN aggregation | ZTE | - |
R2‑152237 | Consideration on the user plane acrchitecture for the LTE/WLAN aggregation | ZTE | - |
R2‑152238 | Consideration on UE WLAN measurement for the LTE/WLAN aggregation and interworking enhancements | ZTE | - |
R2‑152239 | Discussion on the PDCP discard issue in bear split | ZTE | - |
R2‑152240 | Clarification on CQI reporting in dual connectivity | Samsung | - |
R2‑152241 | L2 enhancments for eCA | Samsung | - |
R2‑152242 | UE requirements for LTE-WLAN interworking/integration | Samsung | - |
R2‑152243 | UL LAA support and UL Scheduling in MAC | Samsung | - |
R2‑152244 | Support for ProSe One-to-One Communication in Release 13 | CATT | - |
R2‑152245 | UE CA capability signalling for B5C | Huawei, HiSilicon | - |
R2‑152246 | Core Network requirements for LTE-WLAN interworking | Samsung | - |
R2‑152247 | Missing Packet due to Half-duplex in PC5 | CATT | - |
R2‑152248 | Overall operational procedure for LTE-WLAN interworking | Samsung | - |
R2‑152249 | Measurement objects for LAA (and WLAN) | Samsung | - |
R2‑152250 | TR 36.880 update | CMCC (Rapporteur) | - |
R2‑152251 | RRC configuration enhancement for B5C | Huawei, HiSilicon | - |
R2‑152252 | RRM measurement requirement for B5C | Huawei, HiSilicon | - |
R2‑152253 | RAN-assisted WLAN interworking based on RAN rules in idle mode | Intel Corporation, Qualcomm Incorporated, BlackBerry UK Limited, Sony, Kyocera | - |
R2‑152254 | Consideration on double reporting + threshold | CATT | - |
R2‑152255 | Email discussion report on [89bis#20][LTE/CA] Capability signalling for contiguous CA | Intel Corporation | - |
R2‑152256 | Additional MIMO/CSI capability for intra-band contiguous CA | Intel Corporation | - |
R2‑152257 | Discussion on the details of UL bearer split | CATT | - |
R2‑152258 | Signalling considerations on eNB authorization of remote UE for UE-to-Network relay | Intel Corporation | - |
R2‑152259 | Remaining issues for PUCCH on SCell | Huawei, HiSilicon | - |
R2‑152260 | Correction to PHR format | Samsung | - |
R2‑152261 | Discussion on UL split bearer operation | Samsung | - |
R2‑152262 | Preventing PDCP SN gap due to discard timer | Samsung | - |
R2‑152263 | Data to be considered for BSR in uplink split bearer | Samsung | - |
R2‑152264 | Way forward on user plane interface between eNB and WLAN | Intel Corporation, Qualcomm Incorporated, China Telecom, Ericsson, KT Corp., ZTE, Coolpad, CATT, KDDI, CMCC, MediaTek | - |
R2‑152265 | Draft LS on RAN-assisted WLAN interworking based on RAN rules in idle mode | Intel Corporation | - |
R2‑152266 | Double grant issue on semi-static scheduling coordination for double reporting | CATT | - |
R2‑152267 | UP impacts due to high peak data rate of 32CCs | Huawei, HiSilicon | - |
R2‑152268 | Discussion on the measurements of packet delay and loss | CATT | - |
R2‑152269 | MAC CE impacts due to the introduction of 32CCs | Huawei, HiSilicon | - |
R2‑152270 | SRS handling for SCells in Secondary PUCCH Group | Huawei, HiSilicon | - |
R2‑152271 | Deactivation timer for PUCCH SCell | Huawei, HiSilicon | - |
R2‑152272 | Configuration for SC-PTM transmission | ASUSTeK | - |
R2‑152273 | Issues for SR on PUCCH Scell | Huawei, HiSilicon | - |
R2‑152274 | Initial analysis on latency reduction | CATT, China Telecom | - |
R2‑152275 | RRM Measurement on PUCCH SCell | CATT | - |
R2‑152276 | Deactivation Timer on PUCCH SCell | CATT | - |
R2‑152277 | D-SR on PUCCH SCell | CATT | - |
R2‑152278 | Activation/deactivation MAC CE of 32 CCs | CATT | - |
R2‑152279 | QoS control for LAA UL transmission | CATT | - |
R2‑152280 | General considerations on Multiflow enhancements | Huawei, HiSilicon | - |
R2‑152281 | Discussion on MAC aspect for Multilfow enhancements | Huawei, HiSilicon | - |
R2‑152282 | TP on capturing RAN2#89bis agreements on EDL | Huawei (Rapporteur) | - |
R2‑152283 | RAN2 running TP on capturing analysis and conclusions on EDL | Huawei (Rapporteur) | - |
R2‑152284 | TP on RAN impacts due to solutions on EDL | Huawei, HiSilicon | - |
R2‑152285 | Discussion on further PHY parameters for retrievable configuration | Huawei, HiSilicon | - |
R2‑152286 | TP on further PHY parameters for retrievable configuration | Huawei, HiSilicon | - |
R2‑152287 | Discussion on seamless URA_PCH state transition | Huawei, HiSilicon | - |
R2‑152288 | TP on seamless URA_PCH state transition | Huawei, HiSilicon | - |
R2‑152289 | Discussion on RAN impacts due to ACDC | Huawei, HiSilicon | - |
R2‑152290 | Radio measurement for feMDT | Huawei, HiSilicon | - |
R2‑152291 | Logical Channel Prioritization in LAA | LG Electronics Inc. | - |
R2‑152292 | PDCP reordering enhancement | LG Electronics Inc. | - |
R2‑152293 | Potential Improvement Area for Latency Reduction | LG Electronics Inc. | - |
R2‑152294 | Discussion on PDCP Discard function with Dual Connectivity | LG Electronics Inc. | - |
R2‑152295 | PUCCH SCell deactivation timer | Nokia Networks | - |
R2‑152296 | UL latency measurement in MDT | LG Electronics Inc. | - |
R2‑152297 | 2C vs 3C | LG Electronics Inc. | - |
R2‑152298 | Discussions on User Plane aspects of LTE-WLAN aggregation | LG Electronics Inc. | - |
R2‑152299 | Transmission of PDCP Control PDU in split bearer | LG Electronics Inc. | - |
R2‑152300 | Paging and Timing for eDRX | Sierra Wireless S.A. | - |
R2‑152301 | Latency Reduction Rel-10 discussion recaps | Nokia Networks | - |
R2‑152302 | SR on PUCCH SCell | Nokia Networks | - |
R2‑152303 | Work Plan for ACDC | Rapporteur | - |
R2‑152304 | ACDC impacts on AS layer | LG Electronics Inc. | - |
R2‑152305 | User Plane Protocol Architecture for Single Cell PTM | LG Electronics Inc. | - |
R2‑152306 | SI change notification for UEs in enhanced coverage | LG Electronics Inc. | - |
R2‑152307 | Notification of service availability for Single Cell PTM | LG Electronics Inc. | - |
R2‑152308 | Way forward for eDRX | LG Electronics Inc. | - |
R2‑152309 | Random Access for coverage enhanced UEs with normal bandwidth | LG Electronics Inc. | - |
R2‑152310 | PUCCH SCell pre-activation | Nokia Networks | - |
R2‑152311 | NS value handling | Nokia Networks | - |
R2‑152312 | RAN impacts with extended DRX | Nokia Networks | - |
R2‑152313 | IDC in LAA system | Nokia Networks | - |
R2‑152314 | Measurements for more than 5 CCs | Nokia Networks | - |
R2‑152315 | MAC impacts from CA enhancement for more than 5 CCs | Nokia Networks | - |
R2‑152316 | SCell PUCCH activation without UL time alignment | Nokia Networks | - |
R2‑152317 | Relay UE reselection | CATT | - |
R2‑152318 | Relay selection in coverage | CATT | - |
R2‑152319 | Enhancement on discovery in inter-frequency/ inter-PLMN scenario | CATT | - |
R2‑152320 | Discussion on ProSe discovery in partial and outside network coverage | CATT | - |
R2‑152321 | Relay initiation | CATT | - |
R2‑152322 | Priority handling for D2D communication | CATT | - |
R2‑152323 | Analysis on the Knowledge of Remote UE by eNB | CATT | - |
R2‑152324 | Protocol Stacks for UE-to-Network Relay | CATT | - |
R2‑152325 | WLAN-aided indoor positioning | Intel Corporation | - |
R2‑152326 | Latency reductions in LTE | Ericsson | - |
R2‑152327 | LBT Impacts On High Layers for LAA | ZTE | - |
R2‑152328 | Service continuity consideration for SC-PTM | TD Tech | - |
R2‑152329 | Consideration on random access for further MTC enhancement | ASUSTek | - |
R2‑152330 | PDCP data transfer procedure for uplink bearer split | Ericsson | - |
R2‑152331 | Further Consideration on HARQ for LAA | ZTE | - |
R2‑152332 | Consideration on Exploiting LAA Scells more Efficiently | ZTE | - |
R2‑152333 | Enhancement for inter-carrier D2D discovery | NTT DOCOMO, INC. | - |
R2‑152334 | Further Thoughts on RRM for LAA Scell | ZTE | - |
R2‑152335 | Further Thoughts on RRM for LAA Scell | ZTE | - |
R2‑152336 | SIB scheduling for LC/EC MTC UE | NTT DOCOMO, INC. | - |
R2‑152337 | Further Thoughts on RRM for LAA Scell | ZTE | - |
R2‑152338 | Preventing over-scheduling with double reporting | LG Electronics Inc. | - |
R2‑152339 | Considerations of user preference on LTE-WLAN interworking / aggregation | Samsung | - |
R2‑152340 | Correction to the figure of MAC structure overview for sidelink | ITRI, ASUSTeK | - |
R2‑152341 | Discussion on Open Issues and Resource Configuration for Mutiple Carrier ProSe Discovery in Intra-PLMN Scenario | Coolpad | - |
R2‑152342 | Design considerations for extended DRX in LTE | Qualcomm Incorporated, InterDigital Communications | - |
R2‑152343 | UL Transmission for LAA | III | - |
R2‑152344 | Discussion on the remote UE’s presence to eNB | ITRI | - |
R2‑152345 | Correction to the characteristics of SL-DCH | ITRI, ASUSTeK | - |
R2‑152346 | Discussion on Resource Allocation in ProSe UE-to-Network Relay | Coolpad | - |
R2‑152347 | Initial Thoughts on (De)activation for LAA Scell | ZTE | - |
R2‑152348 | PRACH transmission for Rel-13 MTC UEs | Sharp | - |
R2‑152349 | Carrier Configuration for Inter-Frequency Discovery | ITRI | - |
R2‑152350 | More consideration on MMTEL traffic measurement | ZTE | - |
R2‑152351 | RACH partitioning for Low/Normal Complexity-EC UE | NTT DOCOMO, INC. | - |
R2‑152352 | Discussion on WLAN Authentication of LTE-WLAN Aggregation | ITRI | - |
R2‑152353 | CR to 25.331 on cleanup correcttions to IncMon | Huawei, HiSilicon, Ericsson | - |
R2‑152354 | UE behaviour upon receiving a steering command | ITRI | - |
R2‑152355 | Discussion on traffic steering with considering the co-existence with other 3GPP/WLAN interworking solutions | ITRI | - |
R2‑152356 | WLAN Measurement Configuration and Reporting | ITRI | - |
R2‑152357 | The idle mode UE distribution for multicarrier environment | ITRI | - |
R2‑152358 | Further discuss the accessibility measurements for GBR traffic | ITRI | - |
R2‑152359 | BSR Trigger for Uplink Split Bearer | ITRI | - |
R2‑152360 | Discussion on LTE-WLAN Aggregation Procedure | ITRI | - |
R2‑152361 | CR to 25.331 on cleanup corrections of Radio Links without DPCH and F-DPCH | Huawei, HiSilicon | - |
R2‑152362 | Consideration on DL MAC for unlicensed band | LG Electronics Inc. | - |
R2‑152363 | Performance evaluation of DRX Cycle up to 40.96s | Huawei, HiSilicon | - |
R2‑152364 | Consideration on UL MAC for unlicensed band | LG Electronics Inc. | - |
R2‑152365 | Random Access aspect of LAA | LG Electronics Inc. | - |
R2‑152366 | SR for CA enhancement | LG Electronics Inc. | - |
R2‑152367 | Remaining issue on TAG and PUCCH SCell configuration | LG Electronics Inc. | - |
R2‑152368 | sCellDeactivationTimer for PUCCH SCell | LG Electronics Inc. | - |
R2‑152369 | Ci field in MAC CE for eCA | LG Electronics Inc. | - |
R2‑152370 | Details of threshold based BSR trigger for split bearer | LG Electronics Inc. | - |
R2‑152371 | Consideration on extended DRX cycle in idle mode | China Unicom | - |
R2‑152372 | Data transmission for uplink split bearer | LG Electronics Inc. | - |
R2‑152373 | Work plan for RAN Enhancements for Extended DRX in LTE | Rapporteur | - |
R2‑152374 | LAA, How to cope with hidden nodes | Samsung | - |
R2‑152375 | Paging impact analysis for long DRX cycle solution | Huawei, HiSilicon | - |
R2‑152376 | Class level scheme for SC-PTM retransmission | III | - |
R2‑152377 | WLAN aggregation, overall DC procedure | Samsung | - |
R2‑152378 | TP on the conclusion of enhanced signalling on RRC parameters configuration | Huawei, HiSilicon | - |
R2‑152379 | Enhancement of Power Saving Mode in idle mode | Huawei, HiSilicon | - |
R2‑152380 | TP on long and extended DRX | Huawei, HiSilicon | - |
R2‑152381 | Request for adding NCL in Abbreviations | China Telecommunications | - |
R2‑152382 | Optimisation of small data transmission using common E-DCH resource | Huawei, HiSilicon | - |
R2‑152383 | UL Contention Based Access for Latency Reduction | MediaTek | - |
R2‑152384 | Deactivation timer issue on PUCCH SCell | KT Corp. | - |
R2‑152385 | Random Access on LAA SCell | Samsung | - |
R2‑152386 | Direct Discovery transmission on non-PCell | Ericsson | - |
R2‑152387 | Correction of EMM protocol states & state transitions | China Telecommunications | - |
R2‑152388 | Potential solutions for one-to-one communication addressing | General Dynamics UK Ltd | - |
R2‑152389 | Discussion on UE-to-Network relay initiation | General Dynamics UK Ltd | - |
R2‑152390 | Out of coverage discovery | Ericsson | - |
R2‑152391 | ACDC impacts on RAN | Nokia Networks | - |
R2‑152392 | ACDC impacts on RAN | Nokia Networks | - |
R2‑152393 | Floor control and pre-emption for ProSe | Ericsson | - |
R2‑152394 | Enhanced Coverage Optimization use case | Nokia Networks | - |
R2‑152395 | Report of email discussion [89bis#21][LTE/ProSe] Correction of the SL-TF-IndexPair values | Rohde & Schwarz | - |
R2‑152396 | UE-to-Network relay selection | General Dynamics UK Ltd | - |
R2‑152397 | Enhanced QoS use case scope | Nokia Networks | - |
R2‑152398 | The operation of logical channel SR prohibit timer for VoIP | ASUSTeK | - |
R2‑152399 | SI acquisition failure after HO | Nokia Networks | - |
R2‑152400 | MCPTT Requirements and their impact on ProSe | Ericsson | - |
R2‑152401 | CR to logical channel SR prohibit timer | ASUSTeK | - |
R2‑152402 | Discussion on Relay selection/re-selection | ASUSTeK | - |
R2‑152403 | ProSe user and group priority | Ericsson | - |
R2‑152404 | Initial considerations for latency reduction techniques for LTE | KDDI | - |
R2‑152405 | Layer 2 header size to support CA with up to 32 CCs | Intel Corporation | - |
R2‑152406 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery (Option 1) | Rohde & Schwarz | - |
R2‑152407 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery (Option 2) | Rohde & Schwarz | - |
R2‑152408 | Correction regarding additional spectrum emission upon HO | Samsung | - |
R2‑152409 | Discussion on Sidelink BSR | ASUSTeK | - |
R2‑152410 | Discussion on Sidelink BSR | ASUSTeK | - |
R2‑152411 | Request for adding NCL in Abbreviations | China Telecommunications | - |
R2‑152412 | Request for adding NCL in Abbreviations | China Telecommunications | - |
R2‑152413 | Further discussion on cell selection/reselection parameters in EC | HTC | - |
R2‑152414 | Correction of EMM protocol states & state transitions | China Telecommunications | - |
R2‑152415 | Areas for latency reduction | Ericsson | - |
R2‑152416 | Correction of EMM protocol states & state transitions | China Telecommunications | - |
R2‑152417 | Discussion on asynchronous uplink HARQ operations | HTC | - |
R2‑152418 | Managing PUCCH resources on a deactivated PUCCH SCell | HTC | - |
R2‑152419 | Procedure for UE-to-Network Relay selection/reselection | ETRI | - |
R2‑152420 | Guidelines for Latency Reduction Enhancement in RRC_Connected Mode | ZTE | - |
R2‑152421 | Clarification on priority handling in RRC/MAC | ETRI | - |
R2‑152422 | Resource pool handling for priority support | ETRI | - |
R2‑152423 | eDRX concepts for idle and connected mode | Ericsson | - |
R2‑152424 | Activation/Deactivation of PUCCH SCell | NTT DOCOMO, INC. | - |
R2‑152425 | Draft LS on PUCCH SCell activation | NTT DOCOMO, INC. | - |
R2‑152426 | Clarification for F-DPCH support with HS | Ericsson, Huawei | - |
R2‑152427 | Consideration on Measurement for LAA | ETRI | - |
R2‑152428 | Discussion on CA b5CCs | NTT DOCOMO, INC. | - |
R2‑152429 | eDRX solution, measurements and performance | Ericsson | - |
R2‑152430 | LAA Measurements and Carrier Selection Procedure | Sony | - |
R2‑152431 | Text proposal for eDRX solution, measurements and performance | Ericsson | - |
R2‑152432 | Uplink RLC operation | Sony | - |
R2‑152433 | Reduced Mobility support | Sony | - |
R2‑152434 | Long DRX considerations | Ericsson | - |
R2‑152435 | Cell Selection and Reselection for Enhanced Coverage | Sony | - |
R2‑152436 | UE-to-Network Relay Measurements and Selection/Reselection (alt.1) | Sony | - |
R2‑152437 | Transparent Relay Mobility (alt.2) | Sony | - |
R2‑152438 | eDRX considerations | Ericsson | - |
R2‑152439 | Resource Allocation for Remote UE | Sony | - |
R2‑152440 | UE preferred eDRX behaviour | Sony | - |
R2‑152441 | eDRX solution and issues 1 to 3 from SA2 | Ericsson | - |
R2‑152442 | Further considerations on UL bearer split | NTT DOCOMO, INC. | - |
R2‑152443 | Latency Reduction during Handover | Nokia Networks | - |
R2‑152444 | Reply LS on RAN assumptions from SA2 for FS_eDRX | Ericsson | - |
R2‑152445 | Text proposal Small Data SI conclusions | Ericsson | - |
R2‑152446 | Quick return into PSM Idle mode | Ericsson | - |
R2‑152447 | Text proposal for Quick return into PSM Idle mode | Ericsson | - |
R2‑152448 | Enhancing Indoor Positioning via Integrated WLAN/Bluetooth Signal | Ericsson | - |
R2‑152449 | Access control with legacy RACH | Ericsson | - |
R2‑152450 | Clarification for Access Group based access control | Ericsson | - |
R2‑152451 | Use cases in latency reduction | Ericsson | - |
R2‑152452 | Gain evaluation for SC-PTM | Ericsson | - |
R2‑152453 | Service continuity aspects for SC-PTM | Ericsson | - |
R2‑152454 | Summary of solution assumptions for SC-PTM | Ericsson | - |
R2‑152455 | Use cases and requirements for latency reduction | Huawei, HiSilicon | - |
R2‑152456 | Evaluation on the gains provided by 0.5ms TTI | Huawei, HiSilicon | - |
R2‑152457 | Analysis on uplink issues for latency reduction | Huawei, HiSilicon | - |
R2‑152458 | MTC SIB transmission | Huawei, HiSilicon | - |
R2‑152459 | MTC Paging transmission | Huawei, HiSilicon | - |
R2‑152460 | Summary of email discussion [89bis#22][LTE/SC-PTM] Service Continuity for SC-PTM | Huawei (Rapporteur) | - |
R2‑152461 | UE-to-Network Relay selection | Ericsson | - |
R2‑152462 | Signalling required for UE-NW relay selection | Ericsson | - |
R2‑152463 | TP on Service Continuity for SC-PTM | Huawei (Rapporteur) | - |
R2‑152464 | Additional considerations on UE-Network relay scenarios | Huawei, HiSilicon | - |
R2‑152465 | TP on PHY aspects for SC-PTM | Huawei (Rapporteur) | - |
R2‑152466 | Draft conclusion on SC-PTM vs. MBSFN efficiency | Huawei | - |
R2‑152467 | Procedure of Relay-UE selection and reselection | Huawei, HiSilicon | - |
R2‑152468 | Considerations on Relay initiation | Huawei, HiSilicon | - |
R2‑152469 | UE-to-Network Relay connection establishment procedure | Huawei, HiSilicon | - |
R2‑152470 | General discussion on UE status information for RAT aggregation | Samsung | - |
R2‑152471 | User plane procedures for UE to Network Relays | Huawei, HiSilicon | - |
R2‑152472 | Options of control plane architectures for UE-to-Network relay | Huawei, HiSilicon | - |
R2‑152473 | Further discussion on WLAN interworking for Rel-13 | Ericsson | - |
R2‑152474 | eSidelink: Relay (re-)selection related issues | Samsung | - |
R2‑152475 | WLAN measurement reporting | Ericsson | - |
R2‑152476 | Running MAC CR for CA enhancements beyond 5 CC | Ericsson | - |
R2‑152477 | MAC CE impact due to CA enhancements | Ericsson | - |
R2‑152478 | Extending MAC CEs for Carrier Aggregation enhancements beyond 5 CCs | Ericsson | - |
R2‑152479 | In-device coexistence in LAA | Ericsson | - |
R2‑152480 | RRM Measurements for LAA | Ericsson | - |
R2‑152481 | Further details on routing restrictions in LAA | Ericsson | - |
R2‑152482 | Dropping of initial UL HARQ transmission in LAA | Ericsson | - |
R2‑152483 | Moving of UL HARQ processes between cells in LAA | Ericsson | - |
R2‑152484 | Random Access and RLM in LAA | Ericsson | - |
R2‑152485 | On CA BW class signalling | Nokia Networks | - |
R2‑152486 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152487 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152488 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152489 | MBMS Session Suspending Indication | Vodafone, Qualcomm Incorporated, ZTE, Potevio, ALU, Huawei | - |
R2‑152490 | Consideration on UL delay measurement | Qualcomm Incorporated | - |
R2‑152491 | Integrating MTSI QoE Metrics into MDT | Qualcomm Incorporated, CMCC | - |
R2‑152492 | Text Proposal for considerations for longer DRX configuration options | Nokia Networks | - |
R2‑152493 | Skeleton TR for Study on latency reduction techniques for LTE | Ericsson (Rapporteur) | - |
R2‑152494 | SC-PTM Configuration | Qualcomm Incorporated, Huawei, HiSilicon | - |
R2‑152495 | Transport channel for public safety discovery | Huawei, HiSilicon | - |
R2‑152496 | Draft Work Plan for Study on latency reduction techniques for LTE | Rapporteur | - |
R2‑152497 | On NAICS Capability Signallling | Nokia Networks | - |
R2‑152498 | Consideration on support of non-cell specific transmissions for SC-PTM | Qualcomm Incorporated | - |
R2‑152499 | Discovery transmission on inter-carriers of intra-PLMN and inter-PLMN | Huawei, HiSilicon | - |
R2‑152500 | Analysis and comparison of options for the autonomous state transition | Nokia Networks | - |
R2‑152501 | Addressing for ProSe one-to-one communication | Huawei, HiSilicon | - |
R2‑152502 | TP for SC-PTM Protocol Impact | Qualcomm Incorporated, Huawei, HiSilicon | - |
R2‑152503 | Consideration on cell specific priority | Huawei, HiSilicon | - |
R2‑152504 | Extension of Frequency Priorities | Nokia Networks | - |
R2‑152505 | Corrections on requirements of sidelink reception in TS 36.306 | Huawei, HiSilicon | - |
R2‑152506 | Upper range for extended DRX | Huawei, HiSilicon | - |
R2‑152507 | Clarification to usage of field simultaneousAckNackAndCQI-Format3 | Intel Corporation | - |
R2‑152508 | Measurement events for PUCCH SCell | CMCC | - |
R2‑152509 | Clarification to usage of field simultaneousAckNackAndCQI-Format3 | Intel Corporation | - |
R2‑152510 | Extending MAC protocol header | Ericsson | - |
R2‑152511 | Deactivation timer on PUCCH SCell | CMCC | - |
R2‑152512 | Potential issues of SR on PUCCH SCell | NEC | - |
R2‑152513 | SR on PUCCH-SCell | Ericsson | - |
R2‑152514 | On the usage of UE RSSI measurements | CMCC | - |
R2‑152515 | Dealing with WLAN traffic overloading for LTE/WLAN aggregation | KDDI Corporation | - |
R2‑152516 | Extending RLC protocol header | Ericsson | - |
R2‑152517 | Further considerations on uplink transmission | CMCC | - |
R2‑152518 | Extending PDCP protocol header | Ericsson | - |
R2‑152519 | Frame work for interworking enhancement in Rel-13 | China Telecom, Huawei, HiSilicon, CATT | - |
R2‑152520 | Configuration of PUCCH SCell | Ericsson | - |
R2‑152521 | Packet delay and drop rate for MDT QoS measurements | Ericsson | - |
R2‑152522 | LBT options for UL transmission | NEC | - |
R2‑152523 | Impact of carrier aggregation enhancement on L2 UP protocols | Ericsson | - |
R2‑152524 | Overlapping of D-SR resources | NEC | - |
R2‑152525 | Random Access Response for Rel-13 MTC UE | NEC | - |
R2‑152526 | Coverage enhancement information for paging optimization | NEC | - |
R2‑152527 | RAN2 work on ACDC | NEC | - |
R2‑152528 | Deactivation timer on PUCCH SCell | Ericsson | - |
R2‑152529 | Signalling aspects to support more than 5 carriers | Ericsson | - |
R2‑152530 | SR on PUCCH SCell | Ericsson | - |
R2‑152531 | WLAN-LTE control plane framework | NEC | - |
R2‑152532 | Discussion on idle mode UE handling of SC-PTM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152533 | Clarification on MFBI related issues | Huawei, HiSilicon | - |
R2‑152534 | Discussion on end to end SC-PTM solutions | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152535 | MFBI related issues | Huawei, HiSilicon | - |
R2‑152536 | Discussion on service continuity support for SC-PTM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152537 | Discussion on open issues: functionalities required for support of SC-PTM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152538 | Capability signalling for more than 5 carriers | Ericsson | - |
R2‑152539 | WLAN-LTE user plane flow control | NEC | - |
R2‑152540 | Discussion on UL bearer split for Dual Connectivity | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152541 | Clarification on UL 64QAM capability | Huawei, HiSilicon, Vodafone, Telecom Italia, TeliaSonera, Deutsche Telekom, Sprint | - |
R2‑152542 | SC-PTM Configuration | NEC | - |
R2‑152543 | Considerations on the measurement for LTE/WLAN aggregation and interworking enhancements | China Telecom | - |
R2‑152544 | ROHC in SC-PTM | NEC | - |
R2‑152545 | Correction on conditions for sidelink operation | ZTE | - |
R2‑152546 | Service continuity for ProSe UE-to-network relay | ZTE | - |
R2‑152547 | Relay selection and reselection | ZTE | - |
R2‑152548 | On connection establishment over PC5 | ZTE | - |
R2‑152549 | Discussion on relay initiation | ZTE | - |
R2‑152550 | Coordination for UE-to-Network Relays | NEC | - |
R2‑152551 | SIB content relevant | NEC | - |
R2‑152552 | Resource allocation for relay UE and remote UE | ZTE | - |
R2‑152553 | Considerations on the transport protocol for public safety use cases | ZTE | - |
R2‑152554 | Activation trigger on UE-to-Network Relay initiation | NEC | - |
R2‑152555 | SIBs Scheduling | NEC | - |
R2‑152556 | On ProSe Discovery for inter-frequency and inter-PLMN | ZTE | - |
R2‑152557 | Paging transmission to Rel-13 MTC UEs | NEC | - |
R2‑152558 | Priorities for ProSe communication | ZTE | - |
R2‑152559 | Service continuity for ProSe Direct Communication | ZTE | - |
R2‑152560 | Role of eNB when remote UE is in coverage | Qualcomm | - |
R2‑152561 | Considerations on extended DRX in Connected mode | ZTE | - |
R2‑152562 | WLAN Security for LTE+WLAN Aggregation in LTE R13 | InterDigital Communications | - |
R2‑152563 | WLAN Reliability with LTE+WLAN Aggregation in LTE R13 | InterDigital Communications | - |
R2‑152564 | Quality-of-Service (QoS) with LTE+WLAN Aggregation in LTE R13 | InterDigital Communications | - |
R2‑152565 | eSidelink: Signalling options for configuring UE to act as relay | Samsung | - |
R2‑152566 | Bearer Architecture for LTE+WLAN Aggregation in LTE R13 | InterDigital Communications | - |
R2‑152567 | Relay Selection and Reselection Mechanisms | Qualcomm | - |
R2‑152568 | Cell-specific prioritization for load balancing | Ericsson | - |
R2‑152569 | Cell-specific prioritization for idle mode load balancing (Alt 1) | Ericsson | - |
R2‑152570 | Inter Frequency and Inter PLMN Discovery | Qualcomm | - |
R2‑152571 | Reply LS on public safety discovery | Qualcomm | - |
R2‑152572 | Cell-specific prioritization for idle mode load balancing (Alt 2) | Ericsson | - |
R2‑152573 | Cell-specific prioritization for idle mode load balancing | Ericsson | - |
R2‑152574 | Idle mode behaviour for load balancing | Ericsson | - |
R2‑152575 | Priority handling for Sidelink Direct Communication | Qualcomm | - |
R2‑152576 | Out-of-Coverage discovery for Public Safety | Qualcomm | - |
R2‑152577 | Problems due to limitation of UMTS neighbour cell lists | Huawei, HiSilicon, Vodafone | - |
R2‑152578 | Connected mode Mobility for LC and CE | Ericsson | - |
R2‑152579 | DRAFT Response LS on proposed method of restricting access to IOPS cells | Ericsson | - |
R2‑152580 | Link Adaptation and Reception of SC-PTM in RRC_IDLE | Nokia Networks | - |
R2‑152581 | Discussion on UE-to-Network Relay selection | Nokia Networks | - |
R2‑152582 | Discussion on service continuity issues associtated with ProSe UE-to-Network relays | Nokia Networks | - |
R2‑152583 | Mobility aspects of WLAN aggregation | BlackBerry UK Limited | - |
R2‑152584 | Details of relay discovery transmissions and measurement reporting | Ericsson | - |
R2‑152585 | MCCH change notification for 1.4 MHz | Ericsson | - |
R2‑152586 | Correction to MCCH monitoring in 1.4 MHz | Ericsson | - |
R2‑152587 | MRJC progress on interface between LTE and WLAN | CMCC | - |
R2‑152588 | MCPTT service over relays: In-coverage to Out-of-coverage transition | BlackBerry UK Limited | - |
R2‑152589 | MCPTT service over relays: In-coverage to Out-of-coverage transition | BlackBerry UK Limited | - |
R2‑152590 | User preference aspects of WLAN aggregation and interworking | BlackBerry UK Limited | - |
R2‑152591 | User plane aspects of WLAN aggregation | BlackBerry UK Limited | - |
R2‑152592 | MCPTT service over relays: Out-of-coverage to In-coverage transition | BlackBerry UK Limited | - |
R2‑152593 | RAT-independent indoor-positioning solution for E-UTRA and UTRA | Apple, Broadcom, Sony Corporation | - |
R2‑152594 | Comparison of options for authorising access to the WLAN | BlackBerry UK Limited | - |
R2‑152595 | Field-test results of device-based hybrid Indoor positioning solution | Apple, Broadcom | - |
R2‑152596 | Text Proposal on UE-based Rat-Independent Indoor positioning | Apple, Broadcom | - |
R2‑152597 | Clarifications for Rel-11 IDC framework | BlackBerry UK Limited | - |
R2‑152598 | Consideration of bearer mapping for ProSe UE-to-Network Relays | Kyocera | - |
R2‑152599 | IDC aspects of LAA | BlackBerry UK Limited, Sony | - |
R2‑152600 | Consideration of establishment of ProSe UE-to-Network Relays | Kyocera | - |
R2‑152601 | Correction to IDC signalling | BlackBerry UK Limited | - |
R2‑152602 | Consideration of establishment of ProSe UE-to-Network Relays | Kyocera | - |
R2‑152603 | PHR format for enhanced CA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
R2‑152604 | User plane for LTE-WLAN aggregation | Ericsson | - |
R2‑152605 | Activation/Deactivation MAC CE for enhanced CA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
R2‑152606 | Consideration of ProSe discovery in partial and outside network coverage | Kyocera | - |
R2‑152607 | PDCP data transfer procedure for uplink bearer split | Ericsson | - |
R2‑152608 | BSR report for enhanced CA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
R2‑152609 | Deactivation timer on PUCCH SCell | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
R2‑152610 | Enhanced ProSe discovery for intra-PLMN | Kyocera | - |
R2‑152611 | Enhanced ProSe discovery for intra-PLMN | Kyocera | - |
R2‑152612 | Considerations for nb-SIB Timing and Repetition | Sierra Wireless S.A. | - |
R2‑152613 | WLAN access selection for LTE-WiFi aggregation and interworking | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152614 | Flow control for LTE-WiFi aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152615 | LTE-WiFi aggregation based on Rel-12 LTE Dual Connectivity architecture 2C | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152616 | Further considerations on the user plane architecture for LTE-WiFi aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152617 | Correction on terminology for uplink direction of split bearer | Ericsson | - |
R2‑152618 | Considerations of legacy WLAN for LTE-WiFi aggregation | Alcatel-Lucent, AT&T, Sprint, T-Mobile USA | - |
R2‑152619 | Random Access procedure considerations for LC and EC UEs | InterDigital Communications | - |
R2‑152620 | Considerations on paging procedures for LC and EC UEs | InterDigital Communications | - |
R2‑152621 | Consideration of preliminary issues on Extended DRX | Kyocera | - |
R2‑152622 | Sidelink BSR when no Sidelink data is available | Ericsson | - |
R2‑152623 | Sidelink BSR when no Sidelink data is available | Ericsson | - |
R2‑152624 | Logging of latency in call establishment | Kyocera | - |
R2‑152625 | Logged MDT under IDC | Kyocera | - |
R2‑152626 | Control plane aspects for WLAN aggregation | Ericsson | - |
R2‑152627 | Potential solutions for UL latency measurements | Kyocera | - |
R2‑152628 | Further consideration of RRM measurement on LAA cell | Kyocera | - |
R2‑152629 | Initial consideration of fast uplink access solution | Kyocera | - |
R2‑152630 | Possible solutions for multi-carrier load distribution | Kyocera | - |
R2‑152631 | Link adaptation for SC-PTM transmission | Kyocera | - |
R2‑152632 | Scope of work in RAN2 on Indoor positioning SI | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152633 | eMBMS on barred cells and DL only bands | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152634 | Service continuity with SC-PTM | Kyocera | - |
R2‑152635 | Solution for multicarrier load distribution | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152636 | Consideration of DRX in SC-PTM transmission | Kyocera | - |
R2‑152637 | MDT for VoIP call drop | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152638 | Supporting eCDRX in RRC connected | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152639 | Radio interface enhancements for SC-PTM transmission | Kyocera | - |
R2‑152640 | PDCP PDU delivery for uplink split bearer | Kyocera | - |
R2‑152641 | Consideration on lower layer function and 2C/3C bearer | Kyocera | - |
R2‑152642 | Enhanced ProSe discovery for inter-PLMN | Kyocera | - |
R2‑152643 | Clarification regarding no MBMS sessions ongoing | Samsung | - |
R2‑152644 | MIB for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152645 | SIB for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152646 | Correction regarding SL | Samsung | - |
R2‑152647 | SI update for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152648 | DRAFT LS on reception of SI transmissions for Rel-13 low complexity and enhanced coverage UEs | Ericsson | - |
R2‑152649 | Random access for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152650 | Paging mechanism for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152651 | HARQ and TTI bundling for Rel-13 low complexity and coverage enhanced UEs | Ericsson | - |
R2‑152652 | Further considerations on paging for Rel.13 eMTC | Qualcomm Incorporated | - |
R2‑152653 | Random Access considerations for Rel13 eMTC | Qualcomm Incorporated | - |
R2‑152654 | AP selection for LTE WLAN aggregation | Huawei, HiSilicon | - |
R2‑152655 | Authentication and encryption between UE and WLAN for aggregation | Huawei, HiSilicon | - |
R2‑152656 | Details of the IP tunnel solution for LTE-WLAN aggregation | Huawei, HiSilicon | - |
R2‑152657 | Details of the GTP-U solution for LTE-WLAN aggregation | Huawei, HiSilicon | - |
R2‑152658 | Comparison of GTP-U and IP tunnel solutions for LTE-WLAN aggregation | Huawei, HiSilicon | - |
R2‑152659 | MAC Impacts for Uplink Operation in Unlicensed Spectrum | InterDigital Communications | - |
R2‑152660 | Switch on/off the UL feedback for SC-PTM | Huawei, Qualcomm Incorporated, CATR, NEC, SouthernLINC, China Unicom, China Telecom, ZTE, ZTE Trunking, Potevio, TD-Tech, MediaTek Inc., HiSilicon | - |
R2‑152661 | Prohibit timer for SR | Ericsson | - |
R2‑152662 | Prohibit timer for SR | Ericsson | - |
R2‑152663 | Prohibit timer for SR | Ericsson | - |
R2‑152664 | Qualitative comparison between MBSFN and SC-PTM for public safety | Huawei, CATR, SouthernLINC, CMCC, China Unicom, China Telecom, ZTE, ZTE Trunking, Potevio, TD-Tech, CATT, MediaTek Inc., HiSilicon | - |
R2‑152665 | On the issue of MCCH change notification for 1.4 MHz cell | Huawei, HiSilicon | - |
R2‑152666 | Missing RAN1 agreements in TS 36.306 | Qualcomm | - |
R2‑152667 | Understanding DRX operation with LAA | Motorola Mobility | - |
R2‑152668 | Radio Bearer combinations for EVS over CS | Qualcomm Incorporated | - |
R2‑152669 | ProSe RAN functional description for realizing off-network MCPTT priority | U.S. Department of Commerce (U.S. DOC) | - |
R2‑152670 | Maximum Uplink Timing Difference between CGs in LTE DC | InterDigital Communications | - |
R2‑152671 | Hyper-SFN for extended DRX in UTRAN | Qualcomm Incorporated | - |
R2‑152672 | LC-MTC UE Issue related to SI reception | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152673 | TP for Extended DRX in UTRAN | Qualcomm Incorporated | - |
R2‑152674 | Considerations on PRACH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152675 | SIB/SI Design for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152676 | Sidelink Access Stratum Layer Priority Handling | Sharp | - |
R2‑152677 | ProSe UE-to-Network Relay Initiation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152678 | Group Priorities for ProSe Communication | InterDigital Communications | - |
R2‑152679 | UE-to-network relay Service Continuity | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152680 | On Relay Selection/Reselection for UE-to-Network Relays | InterDigital Communications | - |
R2‑152681 | Connection Establishment for UE-to-Network Relays | InterDigital Communications | - |
R2‑152682 | On ProSe Discovery for inter-carrier and inter-PLMN | InterDigital Communications | - |
R2‑152683 | 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) | - |
R2‑152684 | Consideration on the Relay UE selection by remote UE | Sharp | - |
R2‑152685 | Multi-carrier HSUPA with CS | Nokia Networks | - |
R2‑152686 | Higher-order modulations for enhanced DL/UL for CELL_FACH | Nokia Networks | - |
R2‑152687 | Transport block size reduction for extended UL coverage | Nokia Networks | - |
R2‑152688 | Analysis and comparison of options for the extended URA_PCH state | Nokia Networks | - |
R2‑152689 | Paging optimization | Huawei, HiSilicon | - |
R2‑152690 | Draft response LS on Paging Optimization considering supported frequency bands | Huawei, HiSilicon | - |
R2‑152691 | Paging optimization | Huawei, HiSilicon | - |
R2‑152692 | Introduction of new DL UE categories 15&16 | Huawei, HiSilicon, Qualcomm Incorporated, Samsung, Nokia Networks | - |
R2‑152693 | Introduction of new DL UE categories 15&16 | Huawei, HiSilicon, Qualcomm Incorporated, Samsung, Nokia Networks | - |
R2‑152694 | Activation/ deactivation of SCells for CA enhancement B5C | Potevio | - |
R2‑152695 | Discussion on ProSe Discovery in Partial and Outside Network Coverage | Potevio | - |
R2‑152696 | IDLE mode SC-PTM UE mobility issues | Potevio | - |
R2‑152697 | Consideration of SC-PTM RNTI and SC-PTM configuration | Potevio | - |
R2‑152698 | Random access procedure for coverage enhanced UE | Sharp | - |
R2‑152699 | Clarification on applying RRC reconfiguration for si-RequestForHO using autonomous gaps | Qualcomm Incorporated | - |
R2‑152700 | On the need of separating user plane solutions for LTE-WLAN Radio Level Integration based on Dual Connectivity (DC) 3C and 2C | Broadcom Corporation | - |
R2‑152701 | User Plane Architecture solutions based on DuCo Solution 3C ('bearer split') | Broadcom Corporation | - |
R2‑152702 | User Plane Architecture solution based on DuCo Solution 2C ('bearer switch') | Broadcom Corporation | - |
R2‑152703 | Uplink considerations for LAA-LTE | Qualcomm Incorporated | - |
R2‑152704 | PRACH repetition level modelling | Sharp | - |
R2‑152705 | Discovery and selection of a network that provides cellular - WLAN aggregation | Broadcom Corporation | - |
R2‑152706 | Disable default configuration for CELL_FACH | Qualcomm Incorporated | - |
R2‑152707 | Disable default configuration for CELL_FACH | Qualcomm Incorporated | - |
R2‑152708 | Considerations on RRM measurements for LAA-LTE | Qualcomm Incorporated | - |
R2‑152709 | Idle mode mobility support for Rel.13 eMTC | Qualcomm Incorporated | - |
R2‑152710 | New format for Activation/Deactivation MAC Control Element | Samsung | - |
R2‑152711 | Potential impact of LBT support for LAA | Samsung | - |
R2‑152712 | How to support SR in PUCCH SCell | Samsung | - |
R2‑152713 | Activation procedure for PUCCH SCell | Samsung | - |
R2‑152714 | On the measurement events in Rel-13 CA enhancements | Samsung | - |
R2‑152715 | On the SCell deactivation timer for PUCCH SCell | samsung | - |
R2‑152716 | New format for PHR MAC CE format | Samsung | - |
R2‑152717 | Specification impact by CA up to 32 CCs | Samsung | - |
R2‑152718 | Support for CIF of 3 bits in CA enhancements | Samsung | - |
R2‑152719 | DRX enhancements for Rel-13 low complexity MTC | Samsung | - |
R2‑152720 | Providing QoS Handling over WLAN | Broadcom Corporation | - |
R2‑152721 | On the SIB contents | Samsung | - |
R2‑152722 | New RACH procedure for Rel-13 Low Complexity UE | Samsung | - |
R2‑152723 | Cell Selection/Reselection for Rel-13 low complexity MTC | Samsung | - |
R2‑152724 | Enhancements for Refined MDT Measurements | Samsung | - |
R2‑152725 | Packet delay measurement for Rel-13 MDT enhancements | Samsung | - |
R2‑152726 | Overview on DRX enhancements | Samsung | - |
R2‑152727 | MIB for Rel-13 MTC | KT Corp. | - |
R2‑152728 | Method of restricting access to IOPS cells | Ericsson | - |
R2‑152729 | Draft response LS on the issue of 1.4MHz MBMS test | Ericsson | - |
R2‑152730 | Considerations on LTE-WLAN aggregation | LG Electronics Inc | - |
R2‑152731 | Initiation of relay function | LG Electronics Inc. | - |
R2‑152732 | Traffic steering command for WLAN interworking enhancement | LG Electronics Inc | - |
R2‑152733 | WLAN measurement for LTE-WLAN aggregation and interworking enhancements | LG Electronics Inc | - |
R2‑152734 | Relay selection entity for in-coverage UE | LG Electronics Inc. | - |
R2‑152735 | Consideration on RSSI report on unlicensed frequency | LG Electronics Inc | - |
R2‑152736 | Make-after-break approach for remote UE | LG Electronics Inc. | - |
R2‑152737 | Idle mode mobility for CE | LG Electronics Inc. | - |
R2‑152738 | Control Plane Architecture for LTE-WLAN Aggregation | Qualcomm Incorporated, KT Corp., CMCC, Intel Corporation, KDDI, China Telecom | - |
R2‑152739 | WLAN Selection and Mobility | Qualcomm Incorporated, KT Corp., China Telecom | - |
R2‑152740 | Scope of Latency Reduction Study | Qualcomm Incorporated | - |
R2‑152741 | RLM on PUCCH SCell | Qualcomm Incorporated | - |
R2‑152742 | Dual SR Procedures | Qualcomm Incorporated | - |
R2‑152743 | Idle mode mobility support for Rel.13 eMTC | Qualcomm Incorporated | - |
R2‑152744 | RRM Measurements for WLAN | Qualcomm Incorporated | - |
R2‑152745 | Considerations for Idle UE redistribution in HetNets | LG Electronics Inc. | - |
R2‑152746 | Support of PLMN selection | LG Electronics Inc. | - |
R2‑152747 | Support of PLMN selection | LG Electronics Inc. | - |
R2‑152748 | Interruption of Uu operation by sidelink | LG Electronics Inc. | - |
R2‑152749 | Introduction of SL category | LG Electronics Inc. | - |
R2‑152750 | Radio resource provisioning for relay operation | LG Electronics Inc. | - |
R2‑152751 | Considerations on RS-SINR Measurement for load balancing | LG Electronics Inc. | - |
R2‑152752 | Relay selection by remote UE | LG Electronics Inc. | - |
R2‑152753 | Revisit prioritization between discovery and communication | LG Electronics Inc. | - |
R2‑152754 | Release of Relay-UE connection | LG Electronics Inc. | - |
R2‑152755 | Cell selected for discovery on non-PCell | LG Electronics Inc. | - |
R2‑152756 | Measurements for non-PCell discovery announcement | LG Electronics Inc. | - |
R2‑152757 | Non-Pcell discovery configuration provisioning to UE | LG Electronics Inc. | - |
R2‑152758 | Sidelink gap for discovery | LG Electronics Inc. | - |
R2‑152759 | Resource selection for SL-DCH | LG Electronics Inc. | - |
R2‑152760 | RAN2 Impact of ProSe Priorities | Huawei, HiSilicon | - |
R2‑152761 | Paging Robustness | Mediatek Inc. | - |
R2‑152762 | Requirements for extended connected-mode DRX in LTE^^ | Mediatek Inc. | - |
R2‑152763 | Support of using provisioned resources and PLMN selection for ProSe comm | LG Electronics Inc. | - |
R2‑152764 | UL Latency measurement | Mediatek Inc. | - |
R2‑152765 | Data Loss measurement for GBR traffic | Mediatek Inc. | - |
R2‑152766 | Ping pong using current mechanisms | Mediatek Inc. | - |
R2‑152767 | Paging for low complexity UE and enhanced coverage | Mediatek Inc. | - |
R2‑152768 | Relay selection and reselection | Mediatek Inc. | - |
R2‑152769 | Discovery outside full coverage | Mediatek Inc. | - |
R2‑152770 | Architecture for LTE-WLAN aggregation | Samsung | - |
R2‑152771 | Discovery and selection of a network that provides cellular - WLAN aggregation | Broadcom Corporation | - |
R2‑152772 | Radio resource provisioning for relay operation | LG Electronics Inc. | - |
R2‑152773 | Report of the email discussion [89bis#23][LTE/MTCe2] Mobility support | Mediatek Inc. | - |
R2‑152774 | WLAN-aided indoor positioning | Intel Corporation | - |
R2‑152775 | WLAN authentication and security aspects of LTE/WLAN aggregation | Intel Corporation | - |
R2‑152776 | Further analysis on hidden node detection based on RSSI report | LG Electronics Inc. | - |
R2‑152777 | Clarification for the inter-frequency measurement results on RACH with extended cell ID values | Nokia Networks, Ericsson, Huawei, HiSilicon | - |
R2‑152778 | WF on Protocol Support for Indoor Positioning enhancements | NextNav | - |
R2‑152779 | Paging optimization | Huawei, HiSilicon | - |
R2‑152780 | Draft response LS on Paging Optimization considering supported frequency bands | Huawei, HiSilicon | - |
R2‑152781 | Paging optimization | Huawei, HiSilicon | - |
R2‑152782 | Draft response LS on Paging Optimization considering supported frequency bands (to: RAN3, SA2; contact: Huawei) | Huawei, HiSilicon | - |
R2‑152783 | Response LS on proposed method of restricting access to IOPS cells (to: SA2; cc: SA1, CT1; contact: Ericsson) | RAN2 | - |
R2‑152784 | Introduction of new DL UE categories 15&16 | Huawei, HiSilicon, Qualcomm Incorporated, Samsung, Nokia Networks | - |
R2‑152785 | DRAFT Reply LS on ACDC requirements (to: SA1; cc: CT1; contact: Intel) | Intel Corporation | - |
R2‑152786 | TP for TR37.857 Terrestrial Beacon System Impacts | NextNav, Broadcom, TeleCommunication Systems, Inc. | - |
R2‑152787 | Discussion on Type 2 PHR | Intel Corporation | - |
R2‑152788 | Updated TP on Indoor Location Improvements utilizing WiFi, BT and Barometric Pressure Measurements | Qualcomm Incorporated | - |
R2‑152789 | Response LS on Paging Optimization considering supported frequency bands (to: RAN3, SA2; contact: Huawei) | RAN2 | - |
R2‑152790 | Mandatory present of supportedMIMO-CapabilityDL-r10 | Huawei, HiSilicon | - |
R2‑152791 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152792 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152793 | Correction to additionalSpectrumEmission at handover | Ericsson | - |
R2‑152794 | Response LS on the issue of 1.4MHz MBMS test (to: RAN4; cc: RAN1; contact: Ericsson) | RAN2 | - |
R2‑152795 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery | Ericsson | - |
R2‑152796 | Clarification on Cell barring for downlink only bands | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152797 | Clarification regarding no MBMS sessions ongoing | Samsung | - |
R2‑152798 | Clarification regarding no MBMS sessions ongoing | Samsung | - |
R2‑152799 | UE support of CA fallback configurations | Ericsson | - |
R2‑152800 | UE support of CA fallback configurations | Ericsson | - |
R2‑152801 | Disable default configuration for CELL_FACH | Ericsson, Qualcomm Incorporated | - |
R2‑152802 | Disable default configuration for CELL_FACH | Ericsson, Qualcomm Incorporated | - |
R2‑152803 | Clarification for Access Group based access control | Ericsson | - |
R2‑152804 | Correction to presence of UE capability Simultaneous support for DCH Enhancements and Compressed Mode operation | Ericsson, Nokia Networks | - |
R2‑152805 | Clarification for F-DPCH support with HS | Ericsson, Huawei | - |
R2‑152806 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
R2‑152807 | Introduction of the Multiflow 3F-4C configuration in TS 25.321 | Nokia Networks | - |
R2‑152808 | TR 25.706 v1.2.0 | Huawei (Rapporteur) | - |
R2‑152809 | TR 25.706 v1.2.1 capturing agreements from RAN2#90 | Huawei (Rapporteur) | - |
R2‑152810 | CR to 25.331 on cleanup corrections of Radio Links without DPCH and F-DPCH | Huawei, HiSilicon | - |
R2‑152811 | CR to 25.331 on cleanup corrections to IncMon | Huawei, HiSilicon, Ericsson | - |
R2‑152812 | Disable default configuration for CELL_FACH | Qualcomm Incorporated | - |
R2‑152813 | TR 25.706 v1.2.2 on Downlink enhancements for UMTS | Huawei (Rapporteur) | - |
R2‑152814 | Text Proposal Small Data SI remaining RAN2 parts and RAN2 conclusion | Ericsson | - |
R2‑152815 | [Draft] LS on Text Proposal for TR 25.705 | Ericsson | - |
R2‑152816 | Text Proposal Small Data SI remaining RAN2 parts and RAN2 conclusion | Ericsson | - |
R2‑152817 | [Draft] Reply LS on RAN assumptions from SA2 for FS_eDRX | Ericsson | - |
R2‑152818 | LS on Text Proposal for TR 25.705 (to: RAN1; cc: -; contact: Ericsson) | RAN2 | - |
R2‑152819 | Reply LS on RAN assumptions from SA2 for FS_eDRX | Ericsson | - |
R2‑152820 | Disable default configuration for CELL_FACH | Qualcomm Incorporated | - |
R2‑152821 | Disable default configuration for CELL_FACH | Qualcomm Incorporated | - |
R2‑152822 | Reply LS on RAN assumptions from SA2 for FS_eDRX (to: SA2; cc: -; contact: Ericsson) | RAN2 | - |
R2‑152823 | TR 25.706 v1.3.0 on Downlink enhancements for UMTS | Huawei (Rapporteur) | - |
R2‑152824 | TR 25.706 v1.3.1 on Downlink enhancements for UMTS | Huawei (Rapporteur) | - |
R2‑152825 | Void | - | - |
R2‑152826 | Void | - | - |
R2‑152827 | Void | - | - |
R2‑152828 | Void | - | - |
R2‑152829 | Void | - | - |
R2‑152830 | Void | - | - |
R2‑152831 | Report of the LTE UP ad hoc meeting | LG Electronics (Vice-Chairman) | - |
R2‑152832 | Draft Reply LS on Type 2 Power Headroom reporting (to: RAN1; cc:-; contact: Intel) | Intel Corporation | - |
R2‑152833 | BSR Triggering for Split Bearers | Nokia Networks, HTC, LG Electronics | - |
R2‑152834 | Correction to the figure of MAC structure overview for sidelink | ITRI, ASUSTeK | - |
R2‑152835 | Prohibit timer for SR | Ericsson | - |
R2‑152836 | Clarification on extended RSRQ range support | Nokia Networks | - |
R2‑152837 | Correction to SI acquisition failure | Ericsson | - |
R2‑152838 | Reply LS on Type 2 Power Headroom reporting (to: RAN1; cc:-; contact: Intel) | RAN2 | - |
R2‑152839 | Reply LS on ACDC requirements (to: SA1; cc: CT1; contact: Intel) | RAN2 | - |
R2‑152840 | TP on Indoor Location Improvements utilizing WiFi, BT and Barometric Pressure Measurements | Qualcomm Incorporated | - |
R2‑152841 | TP for TR37.857 Terrestrial Beacon System Impacts | NextNav, Broadcom, TeleCommunication Systems, Inc. | - |
R2‑152842 | LS on RAN2 TPs to TR 37.857 (to: RAN1; cc:-; contact: NextNav) | NextNav | - |
R2‑152843 | Running 36.300 CR for CA enhancement | Nokia Networks | - |
R2‑152844 | Correction to additionalSpectrumEmission | Ericsson | - |
R2‑152845 | Correction to additionalSpectrumEmission | Ericsson | - |
R2‑152846 | Correction to additionalSpectrumEmission | Ericsson | - |
R2‑152847 | Response LS on NS values for Secondary Cells (to: RAN4; cc: -; contact: Ericsson) | RAN2 | - |
R2‑152848 | Draft Reply LS on NS values in system information broadcast (to: RAN4; cc: -; contact: Nokia Networks) | Nokia Networks | - |
R2‑152849 | Correction to SI acquisition failure | Ericsson, Samsung, Nokia Networks, Airbus Group | - |
R2‑152850 | Clarification on UL 64QAM capability | Huawei, HiSilicon, Vodafone, Telecom Italia, TeliaSonera, Deutsche Telekom, Sprint | - |
R2‑152851 | Resource selection for SL-DCH | LG Electronics Inc. | - |
R2‑152852 | Clarification on extended RSRQ range support | Nokia Networks | - |
R2‑152853 | LS on RAN2 TPs to TR 37.857 (to: RAN1; cc:-; contact: NextNav) | RAN2 | - |
R2‑152854 | Running 36.300 CR for CA enhancement | Nokia Networks | - |
R2‑152855 | Running 36.300 CR for CA enhancement | Nokia Networks | - |
R2‑152856 | Reply LS on NS values in system information broadcast (to: RAN4; cc: -; contact: Nokia Networks) | RAN2 | - |
R2‑152857 | Void | - | - |
R2‑152858 | Void | - | - |
R2‑152859 | Void | - | - |
R2‑152860 | Void | - | - |
R2‑152861 | Draft Reply LS on RAN assumptions from SA2 for FS_eDRX (to: SA2; cc: GRAM, CT1; contact: MediaTek) | Mediatek Inc. | - |
R2‑152862 | Report of the LTE break-out session (ProSe and eDRX) | InterDigital Communications (Vice-Chairman) | - |
R2‑152863 | Way forward on Multicarrier Load Distribution in LTE | ZTE | - |
R2‑152864 | Void | - | - |
R2‑152865 | Void | - | - |
R2‑152866 | Void | - | - |
R2‑152867 | Void | - | - |
R2‑152868 | Void | - | - |
R2‑152869 | Void | - | - |
R2‑152870 | Void | - | - |
R2‑152871 | UE support of CA fallback configurations | Ericsson | - |
R2‑152872 | Additional MIMO/CSI capability for intra-band contiguous CA | Intel Corporation | - |
R2‑152873 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152874 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152875 | Restriction to CA capability signalling | Nokia Networks | - |
R2‑152876 | Correction to IDC signalling | BlackBerry UK Limited | - |
R2‑152877 | Allocation of LCID in DC | Nokia Networks | - |
R2‑152878 | Addition of DC Operation Overview and Minor Clarifications | Nokia Networks | - |
R2‑152879 | Allocation of LCID in DC | Nokia Networks | - |
R2‑152880 | Clarification on PUCCH and SRS | HTC | - |
R2‑152881 | Clarification on CQI reporting in dual connectivity | Samsung | - |
R2‑152882 | Correction to PHR format | Samsung | - |
R2‑152883 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery | Rohde & Schwarz | - |
R2‑152884 | Corrections on requirements of sidelink reception in TS 36.306 | Huawei, HiSilicon | - |
R2‑152885 | Correction to the characteristics of SL-DCH | ITRI, ASUSTeK | - |
R2‑152886 | Introduction of new DL UE categories 15&16 | Huawei, HiSilicon, Qualcomm Incorporated, Samsung, Nokia Networks | - |
R2‑152887 | Clean-up corrections to TS 36.331 | Intel Corporation | - |
R2‑152888 | Report of the email discussion [89bis#23][LTE/MTCe2] Mobility support | Mediatek Inc. | - |
R2‑152889 | User Plane Interface and flow control principles of LWA | Nokia Networks | - |
R2‑152890 | Draft LS on measurements and cell reselection for MTC LC/EC (to: RAN4; cc: -; contact: Mediatek) | Mediatek Inc. | - |
R2‑152891 | TP on Service Continuity for SC-PTM (Alt. version) | Huawei (Rapporteur) | - |
R2‑152892 | TP on LAA capturing the RAN2 agreements | Huawei (Rapporteur) | - |
R2‑152893 | Draft LS to RAN4 on capability signalling for B5C (to: RAN4; cc:-; contact: Ericsson) | Ericsson | - |
R2‑152894 | TP for SC-PTM Protocol Impact | Qualcomm Incorporated, Huawei, HiSilicon | - |
R2‑152895 | Draft LS on Authentication and encryption between UE and WLAN for agregation (to: SA3; cc: -; contact: Huawei) | Huawei, HiSilicon | - |
R2‑152896 | Running 36.300 CR on Agreements on LTE-WLAN Radio Level Integration and Interworking Enhancement | Intel Corporation, China Telecom, Qualcomm Incorporated | - |
R2‑152897 | Draft conclusion on SC-PTM vs. MBSFN efficiency | Huawei | - |
R2‑152898 | MDT for VoIP call drop | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
R2‑152899 | Correction on conditions for sidelink operation | ZTE | - |
R2‑152900 | TR 36.890 v0.2.1 on SC-PTM | Huawei | - |
R2‑152901 | TR 36.880 v0.2.0 on further enhancements of MDT | CMCC (Rapporteur) | - |
R2‑152902 | LS on RAN2 TP to TR 36.889 (to: RAN1; cc: -; contact: Huawei) | Huawei | - |
R2‑152903 | TP on LAA capturing the RAN2 agreements | Huawei (Rapporteur) | - |
R2‑152904 | LS on RAN2 TP to TR 36.889 (to: RAN1; cc: -; contact: Huawei) | RAN2 | - |
R2‑152905 | Skeleton TR for Study on latency reduction techniques for LTE | Ericsson (Rapporteur) | - |
R2‑152906 | Draft LS on measurements and cell reselection for MTC LC/EC (to: RAN4; cc: RAN1; contact: Mediatek) | Mediatek Inc. | - |
R2‑152907 | Correction to IDC signalling | BlackBerry UK Limited | - |
R2‑152908 | Allocation of LCID in DC | Nokia Networks | - |
R2‑152909 | Correction to PHR format | Samsung | - |
R2‑152910 | Correction on the SL-TF-IndexPair values for ProSe Direct Discovery | Rohde & Schwarz | - |
R2‑152911 | Corrections on requirements of sidelink reception in TS 36.306 | Huawei, HiSilicon | - |
R2‑152912 | Correction on conditions for sidelink operation | ZTE | - |
R2‑152913 | LS to RAN4 on capability signalling for B5C (to: RAN4; cc:-; contact: Ericsson) | RAN2 | - |
R2‑152914 | LS on measurements and cell reselection for MTC LC/EC (to: RAN4; cc: RAN1; contact: Mediatek) | RAN2 | - |
R2‑152915 | LS on authentication and encryption between UE and WLAN for agregation (to: SA3; cc: RAN3; contact: Huawei) | RAN2 | - |
R2‑152916 | TR 36.880 v0.2.1 on further enhancements of MDT | CMCC (Rapporteur) | - |
R2‑152917 | Reply LS on RAN assumptions from SA2 for FS_eDRX (to: SA2; cc: GRAN, CT1; contact: MediaTek) | RAN2 | - |
R2‑152918 | Skeleton TR for Study on latency reduction techniques for LTE | Ericsson (Rapporteur) | - |
R2‑152919 | TR 36.890 v0.2.2 on SC-PTM | Huawei | - |
R2‑152920 | TR 36.890 v0.3.0 on SC-PTM | Huawei | - |
R2‑152921 | Additional MIMO/CSI capability for intra-band contiguous CA | Intel Corporation, Qualcomm, Samsung | - |
R2‑152922 | Agreements on LTE-WLAN Radio Level Integration and Interworking Enhancement | Intel Corporation, China Telecom, Qualcomm Incorporated | - |
R2‑152923 | Draft LS on LTE-WLAN radio level integration and interworking enhancement progress (to: RAN3; cc: -; contact: Intel) | Intel | - |
R2‑152924 | Clarification on UE-AMBR for split bearer | RAN3 (contact: Nokia Networks) | - |
R2‑152925 | Introduction of Group Call eMBMS congestion management | RAN3 (contact: Nokia Networks, Alcatel-Lucent) | - |
R2‑152926 | Correction on SeNB initiated SeNB Modification procedure | RAN3 (contact: CATT) | - |
R2‑152927 | Correction on MeNB behaviour for distinguishing downlink PDCP PDUs | RAN3 (contact: Nokia Networks) | - |
R2‑152928 | eMBMS Alternative IP Multicast distribution address | RAN3 (contact: Nokia Networks, Alcatel-Lucent, AT&T) | - |
R2‑152929 | Introduction of enhanced inter-eNB CoMP | RAN3 (contact: Samsung, Ericsson) | - |
R2‑152930 | SON support for dynamic deployment changes | RAN3 (contact: Nokia Networks, Huawei) | - |
R2‑152931 | TR 36.880 v0.3.0 on further enhancements of MDT | CMCC (Rapporteur) | - |
R2‑152932 | LS on LTE-WLAN radio level integration and interworking enhancement progress (to: RAN3; cc: -; contact: Intel) | RAN2 | - |
page generated from database: 2024-07-20 12:15:34