3GPP TDocs (written contributions) at meeting
Meeting: R1-74b - 2013-10-07 to 2013-10-11, Guangzhou
meeting id: R1-74b (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| R1‑134035 | Draft Agenda for RAN1#74bis meeting | RAN1 Chairman | Approved |
| R1‑134036 | Final Report of RAN1#74 meeting | MCC | Approved |
| R1‑134037 | Selected highlights from RAN#61 of relevance to RAN1 | RAN1 Chairman | Noted |
| R1‑134038 | LS on current status and observations on NAICS receivers | RAN4, MediaTek | Noted |
| R1‑134039 | LS for PCell interruption for SCell activation | RAN4, CATT | Noted |
| R1‑134040 | LS on CoMP interference averaging | RAN4, Samsung | Noted |
| R1‑134041 | Reply LS on Higher Order Modulation Evaluation Assumptions | RAN4, NSN | Noted |
| R1‑134042 | RAN4 Text Proposal to TR 25.701 | RAN4, Qualcomm | Noted |
| R1‑134043 | LS on Agreements from TSG RAN on work on Public Safety related use cases in Release 12 | RAN, Alcatel-Lucent, Vodafone | Noted |
| R1‑134044 | Reply LS regarding ITU-R WP5A request for input | SA1, Alcatel-Lucent | Noted |
| R1‑134045 | Further discussion on eNB-to-eNB interference indicator | Huawei, HiSilicon | Noted |
| R1‑134046 | Further study on open loop power control for TDD eIMTA | Huawei, HiSilicon | Not treated |
| R1‑134047 | Signaling on closed loop power control for TDD eIMTA | Huawei, HiSilicon | Not treated |
| R1‑134048 | CSI enhancement for TDD eIMTA | Huawei, HiSilicon | Not treated |
| R1‑134049 | Physical layer signaling design for TDD eIMTA | Huawei, HiSilicon | Not treated |
| R1‑134050 | HARQ-ACK PUCCH resource allocation | Huawei, HiSilicon | Not treated |
| R1‑134051 | Discussion on bandwidth reduction and other issues for low cost MTC UEs | Huawei, Hisilicon | Not treated |
| R1‑134052 | Consideration on SIB transmissions for MTC UEs | Huawei, Hisilicon | Not treated |
| R1‑134053 | PBCH coverage enhancement for both FDD and TDD systems | Huawei, Hisilicon | Not treated |
| R1‑134054 | Discussion on PRACH coverage improvement and mechanism for determining the amount of needed coverage improvement | Huawei, HiSilicon | Noted |
| R1‑134055 | Discussion on control channels for coverage limited MTC Ues | Huawei, HiSilicon | Not treated |
| R1‑134056 | Details of TDD-FDD CA | Huawei, Hisilicon | Not treated |
| R1‑134057 | Remaining aspects of scenarios and UE requirements | Huawei, Hisilicon | Not treated |
| R1‑134058 | Evaluation and analysis on TTI bundling enhancements for UL VoIP for FDD | Huawei, HiSilicon | Noted |
| R1‑134059 | Discussion on TTI bundling enhancements for medium data rate PUSCH | Huawei, HiSilicon | Not treated |
| R1‑134060 | Further considerations on 256QAM | Huawei, HiSilicon | Not treated |
| R1‑134061 | Standard impacts of 256QAM | Huawei, HiSilicon | Not treated |
| R1‑134062 | Design target for discovery enhancement | Huawei, HiSilicon | Not treated |
| R1‑134063 | Analysis and comparison of technologies for discovery enhancement | Huawei, HiSilicon | Noted |
| R1‑134064 | Details and enhancements for semi-static small cell on/off schemes | Huawei, HiSilicon | Not treated |
| R1‑134065 | Measurement and procedure enhancements for transition time reduction of small cell on/off | Huawei, HiSilicon | Noted |
| R1‑134066 | Evaluation assumptions for network listening | Huawei, HiSilicon | Noted |
| R1‑134067 | Enhanced mechanisms for network listening | Huawei, HiSilicon | Not treated |
| R1‑134068 | Initial calibration of 3D channel modeling model | Huawei, HiSilicon | Not treated |
| R1‑134069 | Simulation assumptions for calibration and baseline performance evaluation | Huawei, HiSilicon | Noted |
| R1‑134070 | Refinement of 3D UMi NLOS path loss | Huawei, HiSilicon | Not treated |
| R1‑134071 | System-level performance of D2D communication | Huawei, HiSilicon | Not treated |
| R1‑134072 | Considerations on timing and synchronization for D2D | Huawei, HiSilicon | Not treated |
| R1‑134073 | Resource assignment for D2D communication | Huawei, HiSilicon | Not treated |
| R1‑134074 | System-level performance of D2D discovery | Huawei, HiSilicon | Noted |
| R1‑134075 | D2D discovery message size | Huawei, HiSilicon | Noted |
| R1‑134076 | Benefits of type-2 discovery | Huawei, HiSilicon | Not treated |
| R1‑134077 | Performance evaluation of CoMP with non-ideal backhaul | Huawei, HiSilicon | Noted - Revised |
| R1‑134078 | Discussion on the system level modelling methodology for advanced receiver | Huawei, HiSilicon | Not treated |
| R1‑134079 | Remaining details of backhaul signaling in TDD eIMTA | CATT | Noted |
| R1‑134080 | Remaining details of uplink power control in TDD eIMTA | CATT | Not treated |
| R1‑134081 | CSI feedback in TDD eIMTA | CATT | Not treated |
| R1‑134082 | Design of L1 signaling for UL-DL reconfiguration | CATT | Noted |
| R1‑134083 | Remaining HARQ details in TDD eIMTA | CATT | Not treated |
| R1‑134084 | CRS in reconfigurable subframes | CATT | Not treated |
| R1‑134085 | LBRM in TDD eIMTA | CATT | Not treated |
| R1‑134086 | Downlink data channel bandwidth reduction | CATT | Noted |
| R1‑134087 | PBCH coverage improvement for low-cost MTC UEs | CATT | Noted |
| R1‑134088 | PRACH coverage improvement for low-cost MTC UEs | CATT | Not treated |
| R1‑134089 | PDSCH coverage improvement for low-cost MTC UEs | CATT | Not treated |
| R1‑134090 | (E)PDCCH coverage improvement for low-cost MTC UEs | CATT | Not treated |
| R1‑134091 | PUCCH coverage improvement for low-cost MTC UEs | CATT | Not treated |
| R1‑134092 | PCFICH and PHICH coverage improvement for low-cost MTC UEs | CATT | Not treated |
| R1‑134093 | General discussion on FDD-TDD carrier aggregation | CATT | Noted |
| R1‑134094 | HARQ/scheduling timing with FDD as PCell for FDD-TDD CA | CATT | Not treated |
| R1‑134095 | PDSCH timing with TDD as PCell for FDD-TDD CA | CATT | Not treated |
| R1‑134096 | PUSCH timing with TDD as PCell for FDD-TDD CA | CATT | Not treated |
| R1‑134097 | UCI transmission for FDD-TDD carrier aggregation | CATT | Not treated |
| R1‑134098 | Parallel PUCCH transmission for FDD-TDD carrier aggregation | CATT | Not treated |
| R1‑134099 | TTI bundling enhancements for UL VoIP | CATT | Not treated |
| R1‑134100 | TTI bundling for more TDD UL-DL configurations | CATT | Not treated |
| R1‑134101 | Measurement for MBMS | CATT | Not treated |
| R1‑134102 | Further evaluations on higher order modulation | CATT | Not treated |
| R1‑134103 | Analysis on specification impact of higher order modulation | CATT | Not treated |
| R1‑134104 | Discussion on mechanisms for small cell ON/OFF | CATT | Not treated |
| R1‑134105 | Further evaluations on small cell ON/OFF with realistic transition time scales | CATT | Noted |
| R1‑134106 | Discussion on efficient small cell discovery | CATT | Not treated |
| R1‑134107 | Discussion on air interface based synchronization for small cells | CATT | Noted |
| R1‑134108 | Initial calibration results for 3D channel modeling | CATT | Not treated |
| R1‑134109 | Initial calibration results for 3D fast fading channel modeling | CATT | Not treated |
| R1‑134110 | Synchronization for D2D communication | CATT | Withdrawn |
| R1‑134111 | Physical channel design for D2D communication | CATT | Noted |
| R1‑134112 | Discussion on physical channel types for D2D communication | CATT | Not treated |
| R1‑134113 | Resource allocation for D2D communication | CATT | Noted |
| R1‑134114 | Discussion of discovery signal design for different discovery procedures | CATT | Not treated |
| R1‑134115 | Details of discovery signal design | CATT | Not treated |
| R1‑134116 | Further discussion on resource allocation for D2D discovery | CATT | Not treated |
| R1‑134117 | Evaluation of coordinated scheduling with non-ideal backhaul for inter-eNB CoMP | CATT | Withdrawn |
| R1‑134118 | Considerations on coordination signaling for inter-eNB CoMP | CATT | Not treated |
| R1‑134119 | Discussion on non-MBSFN region | Intel Corporation | Noted |
| R1‑134120 | Discussion on Backhaul Signaling for eIMTA Support | Intel Corporation | Noted |
| R1‑134121 | Discussion on Remaining Details of UL PC for eIMTA Support | Intel Corporation | Not treated |
| R1‑134122 | Discussion on CSI Enhancements for eIMTA Support | Intel Corporation | Not treated |
| R1‑134123 | Discussion on signaling mechanism for TDD UL-DL reconfiguration | Intel Corporation | Not treated |
| R1‑134124 | On HARQ aspects for TDD eIMTA | Intel Corporation | Not treated |
| R1‑134125 | Views on system-level evaluation methodologies of NAICS receivers | Intel Corporation | Noted |
| R1‑134126 | System-level evaluation of NAICS receivers | Intel Corporation | Noted |
| R1‑134127 | NAICS receivers for downlink control channel | Intel Corporation | Not treated |
| R1‑134128 | New UE category/type for low cost MTC | Intel Corporation | Noted |
| R1‑134129 | PBCH coverage enhancement for low cost MTC | Intel Corporation | Not treated |
| R1‑134130 | PRACH coverage enhancement for low cost MTC | Intel Corporation | Noted |
| R1‑134131 | Coverage enhancement of DL/UL control channels for low cost MTC | Intel Corporation | Not treated |
| R1‑134132 | PSS/SSS coverage enhancement for low cost MTC | Intel Corporation | Not treated |
| R1‑134133 | On support of TDD-FDD Carrier Aggregation | Intel Corporation | Not treated |
| R1‑134134 | Discussion on small cell on/off mechanism | Intel Corporation | Not treated |
| R1‑134135 | Evaluation on small cell discovery signal | Intel Corporation | Not treated |
| R1‑134136 | EPDCCH ICIC in Small Cell Environment | Intel Corporation | Not treated |
| R1‑134137 | Preliminary calibration results of 3D channel model baseline | Intel Corporation | Not treated |
| R1‑134138 | Discussion on Synchronization and Timing for D2D Communication | Intel Corporation | Noted |
| R1‑134139 | Discussion on Resource Allocation Methods for D2D Communication | Intel Corporation | Not treated |
| R1‑134140 | On Physical Layer Design for D2D Discovery | Intel Corporation | Not treated |
| R1‑134141 | On Resource Allocation and System Operation for D2D Discovery | - | Not treated |
| R1‑134142 | Evaluation of downlink CSCB CoMP with non-ideal backhaul link | Intel Corporation | Noted |
| R1‑134143 | Evaluation of uplink CoMP with non-ideal backhaul link | Intel Corporation | Not treated |
| R1‑134144 | Discussion on backhaul link signalling for downlink CoMP | Intel Corporation | Not treated |
| R1‑134145 | Additional Single Receiver Performance Results for the “Keep Trying” PBCH decoding method | Sierra Wireless | Not treated |
| R1‑134146 | Evaluation of PBCH Decoding Techniques | Sierra Wireless | Noted |
| R1‑134147 | PRACH Considerations for CAT 0 UE's | Sierra Wireless | Not treated |
| R1‑134148 | Discussion on signalling for CoMP with non-ideal backhaul | FiberHome | Not treated |
| R1‑134149 | 36.212 CR0155R1 (Rel-11, F) Correction on parameter ue-Category | Samsung, Huawei, HiSilicon | Agreed |
| R1‑134150 | 36.213 CR0440R1 (Rel-11, F) Correction on parameter ue-Category | Samsung, Huawei, HiSilicon | Agreed |
| R1‑134151 | Remainig details of backhaul signaling for eIMTA | Samsung | Noted |
| R1‑134152 | UL power control for eIMTA | Samsung | Not treated |
| R1‑134153 | CSI feedback for eIMTA | Samsung | Not treated |
| R1‑134154 | Signaling for Adapting TDD UL-DL Configurations | Samsung | Not treated |
| R1‑134155 | UCI Payload Aspects for eIMTA | Samsung | Not treated |
| R1‑134156 | On HARQ timing for eIMTA | Samsung | Not treated |
| R1‑134157 | On PUCCH HARQ-ACK procedure for eIMTA | Samsung | Not treated |
| R1‑134158 | CRS handling in flexible subframes | Samsung | Not treated |
| R1‑134159 | On other issues for eIMTA | Samsung | Not treated |
| R1‑134160 | Discussion on transmission modes to support eIMTA | Samsung | Not treated |
| R1‑134161 | Discussion on resource allocation for low cost MTC UE | Samsung | Not treated |
| R1‑134162 | PBCH Coverage Enhancements for MTC UEs | Samsung | Not treated |
| R1‑134163 | PRACH Coverage Enhancements for MTC UEs | Samsung | Noted |
| R1‑134164 | PDSCH/PUSCH Coverage Enhancements for MTC UEs | Samsung | Not treated |
| R1‑134165 | (E)PDCCH Coverage Enhancements for MTC UEs | Samsung | Not treated |
| R1‑134166 | PUCCH Coverage Enhancements for MTC UEs | Samsung | Not treated |
| R1‑134167 | HARQ operation for TDD plus FDD CA | Samsung | Not treated |
| R1‑134168 | Specification support for FDD-TDD CA | Samsung | Not treated |
| R1‑134169 | Non-CA Scenarios for FDD-TDD Joint Operation | Samsung | Not treated |
| R1‑134170 | Discussion on LTE Coverage Enhancement Methods for VoIP | Samsung | Not treated |
| R1‑134171 | Discussion on LTE Coverage Enhancement Methods for Medium Data Rate PUSCH | Samsung | Not treated |
| R1‑134172 | Extension of TTI Bundling in TDD | Samsung | Not treated |
| R1‑134173 | Discussion on Further MBMS Operations Support | Samsung | Noted |
| R1‑134174 | SLS results for 256QAM in small cell scenario 3 | Samsung | Not treated |
| R1‑134175 | Discussion on specification impact of 256QAM | Samsung | Not treated |
| R1‑134176 | Discussion on adaptation enhancements and time scales for small cells | Samsung | Noted |
| R1‑134177 | Further discussion on small cell load shifting and cell association | Samsung | Not treated |
| R1‑134178 | Further discussion on small cell discovery | Samsung | Not treated |
| R1‑134179 | Discussion on solutions for radio-interface based synchronization | Samsung | Not treated |
| R1‑134180 | Details of fast fading modeling | Samsung | Noted |
| R1‑134181 | Discussion on simulation assumptions for channel model calibration | Samsung | Not treated |
| R1‑134182 | Phase 1 channel modeling calibration results | Samsung | Not treated |
| R1‑134183 | Discussion on high-rise scenario | Samsung | Not treated |
| R1‑134184 | Discussion on time synchronization for D2D broadcast communication | Samsung | Not treated |
| R1‑134185 | Physical channel design for D2D broadcast communication | Samsung | Noted |
| R1‑134186 | Resource allocation for D2D broadcast communication | Samsung | Not treated |
| R1‑134187 | Evaluation of resource allocation for D2D broadcast communication | Samsung | Not treated |
| R1‑134188 | Network-to-UE relay for D2D communication | Samsung | Not treated |
| R1‑134189 | Evaluation of transmit time adjustment for discovery | Samsung | Not treated |
| R1‑134190 | Design aspect of D2D discovery | Samsung | Revised |
| R1‑134191 | Evaluation on WAN Impact of D2D discovery | Samsung | Not treated |
| R1‑134192 | Evaluation of coordinated scheduling for SCE scenario 1 with non-ideal backhaul | Samsung | Revised |
| R1‑134193 | Evaluation of coordinated scheduling for SCE scenario 2a with non-ideal backhaul | Samsung | Revised |
| R1‑134194 | Evaluation of coordinated scheduling for CoMP scenario 2 with non-ideal backhaul | Samsung | Revised |
| R1‑134195 | Discussion on signalling for inter-eNB operation | Samsung | Noted |
| R1‑134196 | Link abstraction method for SLML receiver | Samsung | Noted |
| R1‑134197 | System level evaluation of ML receiver under NAICS scenario 1 | Samsung | Noted |
| R1‑134198 | System level evaluation of ML receiver under NAICS scenario 2 | Samsung | Not treated |
| R1‑134199 | Considerations in E-DCH Decoupling in UMTS HetNet | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134200 | Considerations in NAIC in UMTS HetNet | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
| R1‑134201 | Remaining details of backhaul signaling for eIMTA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134202 | Remaining details of UL power control for eIMTA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134203 | On the CSI feedback for eIMTA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134204 | Details of L1 signalling for TDD UL-DL reconfiguration | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134205 | Further details of HARQ timing for eIMTA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134206 | Coverage enhancement requirements for MTC UE | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134207 | Coverage enhancement techniques for PBCH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134208 | Coverage enhancement techniques for PRACH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134209 | Coverage enhancement techniques for (E)PDCCH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134210 | Simplification of MTC UE operation in coverage enhancement | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134211 | Potential specification impact of TDD-FDD carrier aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134212 | Scheduling and HARQ timing for TDD-FDD carrier aggregation | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Revised |
| R1‑134213 | On the TTI bundling enhancements for UL VoIP | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134214 | On the TTI bundling enhancements for medium data rate PUSCH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134215 | Measurement for further enhancement of MBMS operation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134216 | Performance analysis of 256QAM modulation | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134217 | Procedure and System performance of Small Cell ON/OFF | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Withdrawn |
| R1‑134218 | Small Cell Discovery based on UL signals | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Withdrawn |
| R1‑134219 | System Analysis of radio interface based synchronization | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134220 | Draft text proposal on physical layer support of dual connectivity | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134221 | Proposals for Fast Fading Channel Modelling for 3D UMa | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑134222 | Proposals for Fast Fading Channel Modelling for 3D UMi | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑134223 | Coordinate Systems for 3D MIMO | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134224 | Phase 1 Modelling Calibration Results for 3D UMa and 3D UMi | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134225 | UE Attachment Modelling for 3D MIMO Calibration | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134226 | 3D MIMO Channel Modelling for High-rise Scenario | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134227 | Synchronization for D2D communication | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134228 | Physical Channel Design for D2D Communication | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134229 | Design considerations and performance evaluation for D2D broadcast/relay | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134230 | Resource allocation for D2D Communication | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134231 | D2D Discovery Signal Design | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑134232 | Resource allocation for D2D discovery | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134233 | Performance Evaluation of X2 signalling enhancement for DL eCoMP with NIB | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134234 | Performance Evaluation of X2 signalling enhancement for UL eCoMP with NIB | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Withdrawn |
| R1‑134235 | Proposals for X2 signalling enhancement for eCoMP | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134236 | Signalling of Network Assistance Information in NAICS | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134237 | Reconfiguration signalling for eIMTA system | NEC Group | Not treated |
| R1‑134238 | Backward compatibility for TDD eIMTA system | NEC Group | Not treated |
| R1‑134239 | UL&DL timing coupling issue for TDD eIMTA system | NEC Group | Not treated |
| R1‑134240 | PDSCH frequency allocation methods | NEC Group | Not treated |
| R1‑134241 | Aspects of synchronisation for D2D communication | NEC Group | Noted |
| R1‑134242 | Discussion on resource allocation for D2D broadcast communication | NEC Group | Not treated |
| R1‑134243 | Synchronisation aspects for inter-cell discovery in asychronous cell deployment | NEC Group | Not treated |
| R1‑134244 | Network-assisted device discovery mechanism | NEC Group | Not treated |
| R1‑134245 | Candidate for physical layer measurement | NEC Group | Noted |
| R1‑134246 | Consideration on reply from RAN4 | NEC Group | Not treated |
| R1‑134247 | Views on interference coordination for semi-static small cell on/off | NEC Group | Not treated |
| R1‑134248 | Discussion on small cell on/off mechanisms and configuration for efficient cell detection | NEC Group | Not treated |
| R1‑134249 | Legacy scheme as baseline of other solution | NEC Group | Not treated |
| R1‑134250 | Initial calibration of Large Scale channel modeling | NEC Group | Not treated |
| R1‑134251 | Discussion on UE attachment modeling | NEC Group | Not treated |
| R1‑134252 | Uplink Reference Signal Enhancement for Low Cost MTC | NEC Group | Withdrawn |
| R1‑134253 | CA-based aspects for FDD-TDD joint operation | NEC Group | Not treated |
| R1‑134254 | On the need to extend TTI bundling to more TDD configurations | NEC Group | Not treated |
| R1‑134255 | Discussion on possible small cell discovery schemes | NEC Group | Not treated |
| R1‑134256 | Discussion on mechanisms to reduce the transition time for semi-static small cell on/off | Fujitsu | Not treated |
| R1‑134257 | Discussion on discovery and measurement of small cells in dormant mode | Fujitsu | Noted |
| R1‑134258 | Initial calibration results for 3D channel modeling | Fujitsu | Not treated |
| R1‑134259 | Discussion on Control Information for D2D Communication | Fujitsu | Noted |
| R1‑134260 | Comparison of SC-FDMA and OFDMA for multiple access scheme for D2D link | Fujitsu | Noted |
| R1‑134261 | RRM for D2D communication | Fujitsu | Revised |
| R1‑134262 | D2D discovery and procedure | Fujitsu | Noted |
| R1‑134263 | D2D discovery signals | Fujitsu | Noted |
| R1‑134264 | Discussion on inter-eNB signaling in support of CoMP with non-ideal backhaul | Fujitsu | Not treated |
| R1‑134265 | On 3D channel model extension | Intel Corporation | Noted |
| R1‑134266 | Comparison of different UE association methods | Intel Corporation | Not treated |
| R1‑134267 | Discussion on the small cell higher order modulation | Intel Corporation | Noted |
| R1‑134268 | Discussion on TTI bundling enhancement for VoIP | Intel Corporation | Not treated |
| R1‑134269 | Discussion on TTI bundling enhancement for medium data rate PUSCH | Intel Corporation | Not treated |
| R1‑134270 | ProSe device-to-device broadcast operation | General Dynamics Broadband UK | Noted |
| R1‑134271 | ProSe device-to-device broadcast physical channels | General Dynamics Broadband UK | Noted |
| R1‑134272 | ProSe device-to-device discovery link performance | General Dynamics Broadband UK | Noted |
| R1‑134273 | ProSe device-to-device discovery | General Dynamics Broadband UK | Noted |
| R1‑134274 | Joint TDD-FDD Carrier Aggregation | Texas Instruments | Not treated |
| R1‑134275 | Further discussion on TDD-FDD joint operation | Texas Instruments | Not treated |
| R1‑134276 | On UL Power Control Enhancements for eIMTA | Texas Instruments | Not treated |
| R1‑134277 | Signaling considerations for dynamic TDD UL/DL reconfiguration | Texas Instruments | Not treated |
| R1‑134278 | On the introduction of 256QAM in Rel. 12 | Texas Instruments | Not treated |
| R1‑134279 | Further clarifications on semi-static small cell on/off mechanisms | Texas Instruments | Noted |
| R1‑134280 | Consideration on CoMP signaling for non-ideal backhaul | Texas Instruments | Noted |
| R1‑134281 | Corrections to Text proposal on Public Safety ProSe Communication Use Cases | U.S. Department Of Commerce | Revised |
| R1‑134282 | Summary of email discussion on LTE coverage enhancements | China Telecom | Noted |
| R1‑134283 | Views on TTI bundling enhancements for UL VoIP | China Telecom | Noted |
| R1‑134284 | Views on TTI bundling enhancements for medium data rate PUSCH | China Telecom | Not treated |
| R1‑134285 | On small cell on/off | China Telecom | Not treated |
| R1‑134286 | Discussion on large scale parameters generation | China Telecom | Noted |
| R1‑134287 | SRS resource reused for D2D Discovery | III | Not treated |
| R1‑134288 | Small Cell ON/OFF operation | III | Not treated |
| R1‑134289 | Code spreading for PUSCH coverage improvement in FDD | III | Not treated |
| R1‑134290 | Coverage improvement for PDSCH in FDD | III | Not treated |
| R1‑134291 | Coordinated Sounding for CoMP BF (CoMP BF-CoS) exploiting TDD channel reciprocity | DAC-UPC, IAESI | Not treated |
| R1‑134292 | Collaborative distributed scheduling | IAESI, DAC-UPC | Noted |
| R1‑134293 | X2 support for collaborative distributed scheduling | IAESI | Not treated |
| R1‑134294 | FDD-TDD CA/Dual Connectivity solution for different bands exploiting traffic asymmetry | IAESI | Not treated |
| R1‑134295 | FDD-TDD CA/Dual Connectivity solution exploiting traffic asymmetry in duplex-neutral bands | IAESI | Noted |
| R1‑134296 | On Enhanced TTI Bundling for UL VoIP | ZTE | Noted |
| R1‑134297 | Proposal on TTI Bundling Enhancements for Medium Data Rate PUSCH | ZTE | Noted |
| R1‑134298 | Consideration on TTI Bundling Enhancements for TDD | ZTE | Noted |
| R1‑134299 | Evaluation on EVM and Receiver impairment for small cell 256QAM | ZTE | Noted |
| R1‑134300 | Remaining details of new UE category for low cost MTC | ZTE | Not treated |
| R1‑134301 | Simplification of PHICH and PCFICH functionalities for coverage improvement MTC Ues | ZTE | Not treated |
| R1‑134302 | Coverage Enhancement of Physical Broadcast Channel and SIB Transmission | ZTE | Noted |
| R1‑134303 | Physical Random Access Channel Coverage Enhancement | ZTE | Not treated |
| R1‑134304 | Discussion on Traffic Channel Coverage Improvement | ZTE | Not treated |
| R1‑134305 | Discussion on control channel coverage improvement | ZTE | Not treated |
| R1‑134306 | Synchronization and timing | ZTE | Noted |
| R1‑134307 | Control Channel Design for D2D communication | ZTE | Noted |
| R1‑134308 | Resource Allocation of D2D communication | ZTE | Not treated |
| R1‑134309 | Discussion on Resource Allocation for D2D Discovery | ZTE | Not treated |
| R1‑134310 | OI enhancement for TDD eIMTA | ZTE | Not treated |
| R1‑134311 | UL PC enhancement for TDD eIMTA | ZTE | Not treated |
| R1‑134312 | Some Remaining Issues about Uplink Power Control | ZTE | Not treated |
| R1‑134313 | CSI feedback enhancement for TDD eIMTA | ZTE | Not treated |
| R1‑134314 | Details of Signalling for TDD UL-DL Reconfiguration | ZTE | Not treated |
| R1‑134315 | Reference configuration in TDD eIMTA HARQ timing | ZTE | Noted |
| R1‑134316 | Issues on TDD-FDD CA | ZTE | Revised |
| R1‑134317 | Solutions for fast switching in TDD-FDD joint operation | ZTE | Not treated |
| R1‑134318 | Considerations on transition procedures of small cell on/off scheme | ZTE | Not treated |
| R1‑134319 | Considerations on radio-interface based synchronization | ZTE | Revised |
| R1‑134320 | Signalling to support COMP with non-ideal backhaul | ZTE | Not treated |
| R1‑134321 | Evaluation of CoMP with non-ideal backhaul | ZTE | Noted |
| R1‑134322 | System level modelling methodology for E-LMMSE-IRC | ZTE | Not treated |
| R1‑134323 | Discussion on Network Signalling and Coordination for NAICS | ZTE | Not treated |
| R1‑134324 | Small Cell Discovery Signal - Design and Simulation Results | ZTE | Noted |
| R1‑134325 | Small Cell Discovery Signal - Efficient operation of small cells | ZTE | Not treated |
| R1‑134326 | Measurements using Small Cell Discovery Signal | ZTE | Withdrawn |
| R1‑134327 | Initial calibration of 3D channel model | ZTE | Not treated |
| R1‑134328 | Discussion on fast fading model for 3D channel | ZTE | Noted |
| R1‑134329 | Discussion on channel model for high rise scenario | ZTE | Not treated |
| R1‑134330 | Downlink HARQ timing in TDD-FDD carrier aggregation | ETRI | Not treated |
| R1‑134331 | Uplink HARQ timing in TDD-FDD carrier aggregation | ETRI | Not treated |
| R1‑134332 | Cell state transition and small cell discovery | ETRI | Noted |
| R1‑134333 | Synchronization channels and procedures for out-of-coverage D2D communications | ETRI | Noted |
| R1‑134334 | Channel design and scheduling for out-of-coverage D2D communications | ETRI | Not treated |
| R1‑134335 | Technology down-selection for the work scope of D2D communications | ETRI | Not treated |
| R1‑134336 | Resource allocation for D2D discovery | ETRI | Not treated |
| R1‑134337 | NAICS baseline receivers | ETRI | Not treated |
| R1‑134338 | New UE category/type for MTC operation | Fujitsu | Not treated |
| R1‑134339 | Considerations on a new MTC PBCH | Fujitsu | Not treated |
| R1‑134340 | On PRACH for MTC | Fujitsu | Not treated |
| R1‑134341 | Coverage Hole Depth Signaling supporting Low Cost MTC devices | Fujitsu | Not treated |
| R1‑134342 | System Information Support for Deep Hole Low Cost MTC UEs | Fujitsu | Revised |
| R1‑134343 | Discussion on the (E)PDCCH repetition in time domain for MTC UEs | Fujitsu | Not treated |
| R1‑134344 | MTC Band clarifications | Fujitsu | Not treated |
| R1‑134345 | PCFICH related issues of Low Cost MTC UEs based on LTE | Fujitsu | Not treated |
| R1‑134346 | 36.213 CR0441 (F, Rel-11) Clarification on PUCCH reporting payload size | Huawei, HiSilicon | Noted |
| R1‑134347 | HARQ timing design for TDD eIMTA | Huawei, HiSilicon | Not treated |
| R1‑134348 | HARQ-ACK feedback on PUSCH | Huawei, HiSilicon | Not treated |
| R1‑134349 | Discussion on TDD-FDD CA with more than two carriers | Huawei, Hisilicon | Noted |
| R1‑134350 | Discussion on TTI bundling extension for TDD | Huawei, HiSilicon | Not treated |
| R1‑134351 | Discussion on UE measurements for MBMS | Huawei, Hisilicon | Not treated |
| R1‑134352 | Details of high rise scenario | Huawei, HiSilicon | Not treated |
| R1‑134353 | On the need of a feedback loop for D2D communication | Huawei, HiSilicon | Not treated |
| R1‑134354 | Physical channel design for D2D | Huawei, HiSilicon | Noted |
| R1‑134355 | Link-level simulation results for D2D discovery | Huawei, HiSilicon | Noted |
| R1‑134356 | CoMP schemes for non-ideal backhaul and inter-eNodeB signaling | Huawei, Hisilicon | Not treated |
| R1‑134357 | On Aperiodic CSI Reporting in TDD eIMTA Systems | HTC | Not treated |
| R1‑134358 | HARQ details in TDD eIMTA systems | HTC | Not treated |
| R1‑134359 | UL DMRS enhancement in MBSFN subframes in TDD eIMTA systems | HTC | Not treated |
| R1‑134360 | Scenarios and operations in FDD-TDD carrier aggregation | HTC | Not treated |
| R1‑134361 | Synchronization in D2D communication | HTC | Not treated |
| R1‑134362 | Guard interval estimation considering switch time and propagation delay | HTC | Not treated |
| R1‑134363 | Simultaneous UL HARQ and D2D transmission | HTC | Not treated |
| R1‑134364 | Resource allocation in D2D communication | HTC | Not treated |
| R1‑134365 | Inter-corresponding sets of resources for D2D discovery | HTC | Not treated |
| R1‑134366 | Clarification on non-MBSFNregionLength | Panasonic | Noted |
| R1‑134367 | Draft CR 36.213: Correction to CSI Reporting | Panasonic | Agreed in principle |
| R1‑134368 | Backhaul signalling enhancement in eIMTA | Panasonic | Not treated |
| R1‑134369 | UL Power control enhancement in eIMTA | Panasonic | Not treated |
| R1‑134370 | Analysis and proposal for explicit+implicit reconfiguration signalling | Panasonic | Not treated |
| R1‑134371 | Reconfiguration message transmission details | Panasonic | Not treated |
| R1‑134372 | HARQ Timing Configuration and Mechanisms | Panasonic | Not treated |
| R1‑134373 | PBCH coverage enhancement for low cost MTC | Panasonic | Not treated |
| R1‑134374 | Clarifications on small cell on/off remaining issues | Panasonic | Noted |
| R1‑134375 | Small cell on/off evaluation related to CRS interference and SIB overhead size | Panasonic | Not treated |
| R1‑134376 | Synchronization for D2D communication | Panasonic | Not treated |
| R1‑134377 | Consideration on contention based and scheduling based resource allocation schemes in D2D | Panasonic | Revised |
| R1‑134378 | Master-slave structure and OFDMA for D2D communication^^ | Panasonic | Not treated |
| R1‑134379 | Evaluation of PDSCH Collision Statistics in NAICS Scenarios | Panasonic | Noted |
| R1‑134380 | Signalling mechanisms for interference information | Panasonic | Not treated |
| R1‑134381 | Views on Remaining Details of High Rise Scenario | KDDI | Not treated |
| R1‑134382 | Views on Type2 discovery resource allocation | KDDI | Not treated |
| R1‑134383 | Correction on determination of modulation order and transport block size | LG Electronics | Noted - Revised |
| R1‑134384 | Remaining Details of Backhaul Signaling for Interference Management | LG Electronics | Noted |
| R1‑134385 | Remaining Details of Uplink Power Control | LG Electronics | Not treated |
| R1‑134386 | Details of CSI Measurement and Report for TDD eIMTA | LG Electronics | Not treated |
| R1‑134387 | Details of UL-DL Reconfiguration Message | LG Electronics | Not treated |
| R1‑134388 | Remaining Details of HARQ Timeline and Feedback | LG Electronics | Not treated |
| R1‑134389 | Other Design Aspects for TDD eIMTA | LG Electronics | Not treated |
| R1‑134390 | Support of low cost features and enhanced coverage for MTC | LG Electronics | Not treated |
| R1‑134391 | PBCH transmission for coverage enhancement of MTC UEs | LG Electronics | Not treated |
| R1‑134392 | Observation on PBCH coverage enhancement for MTC | LG Electronics | Not treated |
| R1‑134393 | RACH procedure for coverage enhancement of MTC UEs | LG Electronics | Not treated |
| R1‑134394 | PDSCH/PUSCH coverage enhancement for MTC | LG Electronics | Not treated |
| R1‑134395 | PDCCH coverage enhancement for MTC | LG Electronics | Not treated |
| R1‑134396 | HARQ timing for FDD-TDD carrier aggregation | LG Electronics | Not treated |
| R1‑134397 | UE requirements for TDD-FDD carrier aggregation | LG Electronics | Not treated |
| R1‑134398 | Discussion on bundling enhancements for UL VoIP | LG Electronics | Not treated |
| R1‑134399 | Discussion on TTI Bundling Extension to other TDD configurations | LG Electronics | Not treated |
| R1‑134400 | Considerations on MBSFN UE measurement | LG Electronics | Not treated |
| R1‑134401 | Specification impact of 256QAM support in downlink | LG Electronics | Not treated |
| R1‑134402 | Views on mechanisms for Small cell on/off | LG Electronics | Not treated |
| R1‑134403 | Considerations on small cell discovery | LG Electronics | Not treated |
| R1‑134404 | Discussion on radio-based network synchronization in small cell scenarios | LG Electronics | Not treated |
| R1‑134405 | Discussion on 3D-channel fast fading modeling | LG Electronics | Noted |
| R1‑134406 | Issues on UE orientation and antenna pattern in 3D channel model | LG Electronics | Not treated |
| R1‑134407 | Purpose and assumptions for the second phase evaluation cases | LG Electronics | Not treated |
| R1‑134408 | Discussion on UE attachment modeling details | LG Electronics | Noted |
| R1‑134409 | Discussion on the high rise scenario | LG Electronics | Not treated |
| R1‑134410 | Further Discussion on Synchronization for D2D Communications | LG Electronics | Not treated |
| R1‑134411 | D2D Communication Signal Format | LG Electronics | Revised |
| R1‑134412 | Resource Allocation and Interference Coordination in D2D Communications | LG Electronics | Not treated |
| R1‑134413 | Scheduling and Resource Management for D2D communications | LG Electronics | Not treated |
| R1‑134414 | Discussion on multiplexing of Uu and D2D communication | LG Electronics | Noted |
| R1‑134415 | D2D Discovery Signal Format | LG Electronics | Noted |
| R1‑134416 | Discussion on Inter-cell D2D discovery | LG Electronics | Revised |
| R1‑134417 | Resource Allocation and UE Behavior for D2D Discovery | LG Electronics | Revised |
| R1‑134418 | Discussion on multiplexing of Uu and D2D discovery | LG Electronics | Not treated |
| R1‑134419 | Issues on D2D Signal Transmission and Receptions across Carriers | LG Electronics | Not treated |
| R1‑134420 | Evaluation results for CoMP with non-ideal backhaul | LG Electronics | Noted |
| R1‑134421 | Signaling design considerations for inter-eNB operation in downlink CoMP | LG Electronics | Not treated |
| R1‑134422 | Discussion on inter-eNB signaling for uplink CoMP operations | LG Electronics | Not treated |
| R1‑134423 | Considerations on system level modeling methodology for NAICS | LG Electronics | Not treated |
| R1‑134424 | PBCH Coverage Improvement for MTC Devices | HTC | Not treated |
| R1‑134425 | Discussion on the mechanism of small cell on/off | HTC | Not treated |
| R1‑134426 | On Radio-interface based Synchronization | HTC | Noted |
| R1‑134427 | View on CSI-RS Resource Coordination for CoMP | ITRI | Not treated |
| R1‑134428 | Maximum number of DL HARQ processes for TDD eIMTA | ITRI | Not treated |
| R1‑134429 | HARQ resource collision issue in TDD eIMTA system | ITRI | Not treated |
| R1‑134430 | UL power control enhancement with dynamic subframe sets for TDD eIMTA | ITRI | Not treated |
| R1‑134431 | Evaluation of small cell on/off | ITRI | Noted |
| R1‑134432 | Power Back-off Impact to Discovery Range Evaluation with CFO and CTO Consideration | ITRI | Noted |
| R1‑134433 | AGC and Timing Advance Impact for Discovery Resource Allocation | ITRI | Not treated |
| R1‑134434 | Power headroom reporting in TDD eIMTA | MediaTek Inc. | Not treated |
| R1‑134435 | Discussion on HARQ-ACK resource in TDD eIMTA systems | MediaTek Inc. | Not treated |
| R1‑134436 | Details of HARQ in TDD eIMTA | MediaTek Inc. | Not treated |
| R1‑134437 | Discussion on HARQ issues for TDD-FDD CA | MediaTek Inc. | Not treated |
| R1‑134438 | Discussion on non-satisfied relevant scenarios and requirements of FDD-TDD joint operation | MediaTek Inc. | Noted |
| R1‑134439 | Text proposal for TR36.847 on study on LTE TDD-FDD joint operation including Carrier Aggregation | MediaTek Inc. | Not treated |
| R1‑134440 | Discussion on PDSCH frequency allocation for low cost MTC | MediaTek Inc. | Not treated |
| R1‑134441 | Discussion on PBCH and System Information Coverage Enhancement | MediaTek Inc. | Not treated |
| R1‑134442 | Coverage report during random access and PRACH formats/configurations | MediaTek Inc. | Not treated |
| R1‑134443 | Need of UL HARQ and PHICH enhancement | MediaTek Inc. | Not treated |
| R1‑134444 | Analysis of (E)PDCCH enhancements and timing relationship with PDSCH | MediaTek Inc. | Not treated |
| R1‑134445 | Functionality and coverage analysis of PUCCH | MediaTek Inc. | Not treated |
| R1‑134446 | Performance comparison for small cell on/off with different transition time scales | MediaTek Inc. | Not treated |
| R1‑134447 | Performance evaluation for small cell load aggregation | MediaTek Inc. | Noted |
| R1‑134448 | Views on support of small cell on/off | MediaTek Inc. | Not treated |
| R1‑134449 | Performance evaluation on new small cell discovery mechanisms based on CRS plus RE muting | MediaTek Inc. | Noted |
| R1‑134450 | TR36.866 v0.4.0 based on previous RAN1 & RAN4 agreements | MediaTek Inc. | Agreed |
| R1‑134451 | System modeling methodology for reduced-complexity ML (R-ML) receivers | MediaTek Inc. | Noted |
| R1‑134452 | Network signalling and/or coordination for R-ML receivers | MediaTek Inc. | Noted |
| R1‑134453 | DCH Enhancement Performance Evaluation | MediaTek Inc. | Revised |
| R1‑134454 | DCH Enhancement Performance Evaluation with Non-zero FET-AI Feedback Error Rate | MediaTek Inc. | Noted |
| R1‑134455 | FET-AI Detection Performance Evaluation | MediaTek Inc. | Noted |
| R1‑134456 | ET Gap Consideration under Non-zero FET-AI Feedback Error Rate | MediaTek Inc. | Revised |
| R1‑134457 | Round Trip Delay Analysis for FET-AI Signaling | MediaTek Inc. | Revised |
| R1‑134458 | Consideration onTDD-FDD joint operation | New Postcom | Noted |
| R1‑134459 | Analysis on signalling for inter-eNB CoMP operation | New Postcom | Not treated |
| R1‑134460 | Discussion on uplink coverage enhancement for low cost MTC (PRACH &PUCCH) | New Postcom | Not treated |
| R1‑134461 | 36.213 draft CR: SCell_Act_Deact_Rel10 | New Postcom | Rejected |
| R1‑134462 | 36.213 draft CR: SCell_Act_Deact_Rel11 | New Postcom | Rejected |
| R1‑134463 | Necessity of enhanced PC for PUCCH | Sharp | Not treated |
| R1‑134464 | Details of signalling mechanism for enhanced UL PC for PUSCH and SRS | Sharp | Not treated |
| R1‑134465 | Subframe set specific PHR reporting for eIMTA | Sharp | Not treated |
| R1‑134466 | Enhancements of CSI reporting for eIMTA | Sharp | Not treated |
| R1‑134467 | Valid window of explicit L1 reconfiguration signaling and fallback operation | Sharp | Not treated |
| R1‑134468 | Necessity of explicit L1 signaling transmission on Scell for TDD UL/DL reconfiguration | Sharp | Not treated |
| R1‑134469 | Design of CRC mask and search space for explicit L1 signaling of UL/DL reconfiguration | Sharp | Not treated |
| R1‑134470 | Determination of reference configurations for eIMTA cell | Sharp | Not treated |
| R1‑134471 | Frequency location of reduced DL data bandwidth for low-cost MTC UE | Sharp | Not treated |
| R1‑134472 | PRACH coverage enhancement for MTC UE | Sharp | Not treated |
| R1‑134473 | TDD-FDD carrier aggregation solution | Sharp | Not treated |
| R1‑134474 | Signalling solutions for TDM scheduling | Renesas Mobile Europe Ltd | Noted |
| R1‑134475 | Backhaul Information Exchange between eNBs for Cell-Clustering in Rel-12 eIMTA Framework | Renesas Mobile Europe Ltd | Not treated |
| R1‑134476 | CSI measurement and reporting in TDD eIMTA | Renesas Mobile Europe Ltd | Not treated |
| R1‑134477 | Signalling of TDD UL-DL reconfiguration | Renesas Mobile Europe Ltd | Not treated |
| R1‑134478 | HARQ details | Renesas Mobile Europe Ltd | Not treated |
| R1‑134479 | Backwards compatibility in TDD eIMTA | Renesas Mobile Europe Ltd | Not treated |
| R1‑134480 | Performance evaluation for semi-static ON/OFF | Renesas Mobile Europe Ltd | Revised |
| R1‑134481 | In-coverage ProSe Synchronization and Timing | Renesas Mobile Europe Ltd | Noted |
| R1‑134482 | System modeling methodology of WLMMSE-IRC receiver | Renesas Mobile Europe Ltd | Noted |
| R1‑134483 | System performance and specification impact of WLMMSE-IRC receiver | Renesas Mobile Europe Ltd | Not treated |
| R1‑134484 | SIB delivery for low-complexity MTC UE | Sony | Not treated |
| R1‑134485 | [DRAFT] LS on SIB delivery with reduced maximum TBS of 1000 bits for low-complexity MTC UE | Sony | Not treated |
| R1‑134486 | Remaining details of bandwidth reduction for MTC UE | Sony | Noted |
| R1‑134487 | [DRAFT] LS on DL data channel baseband bandwidth reduction for low-complexity MTC UE | Sony | Not treated |
| R1‑134488 | Considerations for asynchronous discovery in D2D | Sony | Not treated |
| R1‑134489 | Further Discussion on Subframe-Set Dependent ICIC | NTT DOCOMO | Not treated |
| R1‑134490 | Further Discussion on Backhaul Signaling for eIMTA | NTT DOCOMO | Noted |
| R1‑134491 | Discussion on PUCCH format for eIMTA HARQ-ACK feedback | NTT DOCOMO | Not treated |
| R1‑134492 | Discussion on DL bandwidth reduction | NTT DOCOMO | Not treated |
| R1‑134493 | Discussion on multi-level PRACH coverage enhancement | NTT DOCOMO | Not treated |
| R1‑134494 | RNTI handling in (E)PDCCH coverage enhancement | NTT DOCOMO | Not treated |
| R1‑134495 | Design of TDD-FDD carrier aggregation for LTE Rel.12 | NTT DOCOMO | Noted |
| R1‑134496 | Views on Small Cell On/Off with Small Cell Discovery | NTT DOCOMO | Not treated |
| R1‑134497 | Views on efficient inter-frequency small cell discovery | NTT DOCOMO | Noted |
| R1‑134498 | Views on efficient intra-frequency small cell discovery | NTT DOCOMO | Not treated |
| R1‑134499 | Further Evaluation for Distance and Height Dependency of PAS | NTT DOCOMO | Noted |
| R1‑134500 | Views on Fast Fading Model for 3D-channel | NTT DOCOMO | Noted |
| R1‑134501 | Case 1 Calibration Results for 3D-Channel Model | NTT DOCOMO | Not treated |
| R1‑134502 | Discussion on synchronization of D2D discovery | NTT DOCOMO | Noted |
| R1‑134503 | Discussion on resource allocation of inter-cell discovery | NTT DOCOMO | Not treated |
| R1‑134504 | Preliminary Evaluation Results for CoMP-NIB | NTT DOCOMO | Noted |
| R1‑134505 | Views on Link-to-System Mapping Scheme for NAICS | NTT DOCOMO | Noted |
| R1‑134506 | Paging for MTC UEs operating in coverage enhancement mode | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134507 | On remaining issues of necessary backhaul signalling | NSN, Nokia | Not treated |
| R1‑134508 | Power headroom report for enhanced UL power control in TDD eIMTA | NSN, Nokia | Not treated |
| R1‑134509 | Remaining details for enhanced UL power control for TDD eIMTA | Nokia, NSN | Not treated |
| R1‑134510 | On UL-DL reconfiguration signalling | NSN, Nokia | Not treated |
| R1‑134511 | Remaining details on UL and DL reference configurations | NSN, Nokia | Not treated |
| R1‑134512 | On HARQ-ACK PUCCH Formats and Resource allocation for TDD eIMTA | NSN, Nokia | Not treated |
| R1‑134513 | On Transmission Modes for TDD eIMTA | NSN, Nokia | Not treated |
| R1‑134514 | PDSCH Bandwidth Reduction | NSN, Nokia | Noted |
| R1‑134515 | MTC UE Support for Coverage Improvement Mode | NSN, Nokia | Not treated |
| R1‑134516 | Coverage Enhancement for MIB and SIBs | NSN, Nokia | Not treated |
| R1‑134517 | PRACH Enhancement and Mechanism for Identifying Coverage Shortfall | NSN, Nokia | Not treated |
| R1‑134518 | Data Channel Coverage Enhancement | NSN, Nokia | Not treated |
| R1‑134519 | PUCCH UCI in Coverage Enhancement Mode | NSN, Nokia | Not treated |
| R1‑134520 | PDCCH Coverage Enhancement | NSN, Nokia | Not treated |
| R1‑134521 | On TDD-FDD carrier aggregation | Nokia, NSN | Noted |
| R1‑134522 | On LTE coverage enhancements for UL VoIP users | NSN, Nokia | Not treated |
| R1‑134523 | On coverage enhancements for medium data rate PUSCH | NSN, Nokia | Noted |
| R1‑134524 | On Further MBMS Operations Support | Nokia, NSN | Not treated |
| R1‑134525 | On Standardization Impact of DL Higher Order Modulation | Nokia, NSN | Not treated |
| R1‑134526 | Performance of 256QAM with TX and RX impairments | Nokia, NSN | Noted |
| R1‑134527 | On enhancements for small cell on/off operation | NSN, Nokia | Not treated |
| R1‑134528 | Small Cell Detection Statistics and Related Consideraions | NSN, Nokia | Not treated |
| R1‑134529 | Consideration on Radio-Interface based Synchronization | NSN, Nokia | Noted |
| R1‑134530 | TP for TR on 3D channel model | NSN, Nokia | Revised |
| R1‑134531 | Remaining details of fast fading modelling for 3D-UMa and 3D-UMi | NSN, Nokia | Revised |
| R1‑134532 | Simulation assumptions for calibration/baseline | NSN, Nokia | Not treated |
| R1‑134533 | Details of highrise scenario | NSN, Nokia | Not treated |
| R1‑134534 | TP for Mechanical tilt | NSN, Nokia | Revised |
| R1‑134535 | D2D Communication without network coverage | Nokia, NSN | Not treated |
| R1‑134536 | UE based D2D synchronization scheme | Nokia, NSN | Noted |
| R1‑134537 | D2D synchronization – with network coverage | Nokia, NSN | Not treated |
| R1‑134538 | D2D Discovery Signal | Nokia, NSN | Noted |
| R1‑134539 | eCoMP simulation Results | NSN, Nokia | Revised |
| R1‑134540 | Signaling design considerations to support inter-eNB CoMP | NSN, Nokia | Revised |
| R1‑134541 | Considerations on NAICS receivers to be studied in system level evaluations | Nokia, NSN | Noted |
| R1‑134542 | Correction to text concerning codebook subsampling for PUCCH mode 2-1 | NSN, Nokia | Agreed in principle |
| R1‑134543 | Synchronization principles for broadcast D2D communication for public safety | EADS | Noted |
| R1‑134544 | Further discussion on solutions for radio-based synchronization | BlackBerry UK Limited | Not treated |
| R1‑134545 | Discussion on enhanced mechanisms to assist adaptation with reduced transition time scales | BlackBerry UK Limited | Not treated |
| R1‑134546 | Signaling between inter-eNB to support CoMP with NIB | BlackBerry UK Limited | Not treated |
| R1‑134547 | NAICS Coordination Performance and Requirements for TM9/10 | BlackBerry UK Limited | Noted |
| R1‑134548 | Direct Discovery Performance and Design using Messages and Sequences | BlackBerry UK Limited | Noted |
| R1‑134549 | Performance Benefits of Coordination in D2D Direct Communication | BlackBerry UK Limited | Withdrawn |
| R1‑134550 | Discussion on backhaul signaling for interference mitigation in TDD eIMTA | BlackBerry UK Limited | Not treated |
| R1‑134551 | Solutions for TDD-FDD joint carrier aggregation | BlackBerry UK Limited | Not treated |
| R1‑134552 | Review of TR 25.702 v12.0.0 | BlackBerry UK Limited | Noted |
| R1‑134553 | Comments on DPCH TDM | BlackBerry UK Limited | Noted |
| R1‑134554 | Discussion of NAIC Concepts | BlackBerry UK Limited | Noted |
| R1‑134555 | Discussion of E-DCH Decoupling | BlackBerry UK Limited | Noted |
| R1‑134556 | On remaining details for UL power control with eIMTA | InterDigital | Not treated |
| R1‑134557 | On HARQ operation and explicit signaling in support of eIMTA | InterDigital | Not treated |
| R1‑134558 | On remaining details for the new Low Cost UE category | InterDigital | Not treated |
| R1‑134559 | On PBCH coverage enhancements for Low Cost UE's | InterDigital | Not treated |
| R1‑134560 | On TDD-FDD joint operation with carrier aggregation | InterDigital | Withdrawn |
| R1‑134561 | Specification impacts of TTI bundling enhancements for VoIP | InterDigital | Not treated |
| R1‑134562 | Enhancements in support of Small Cell On/Off Operation | InterDigital | Not treated |
| R1‑134563 | Remaining Details on 3D Channel Model | InterDigital | Noted |
| R1‑134564 | Initial Calibration Results for 3D Channel Model | InterDigital | Not treated |
| R1‑134565 | On UE Attachment for 3D Channel Model Calibration | InterDigital | Noted |
| R1‑134566 | Synchronization and timing for Broadcast D2D communication | InterDigital | Noted |
| R1‑134567 | Evaluation results for broadcast D2D communication with PUSCH | InterDigital | Not treated |
| R1‑134568 | eIMTA signaling design | CMCC | Not treated |
| R1‑134569 | Discussion on the design of TDD-FDD carrier aggregation for self-scheduling | CMCC | Not treated |
| R1‑134570 | Evolution of UE to support TDD-FDD joint operation | CMCC, Huawei, HiSilicon | Noted |
| R1‑134571 | Enhanced dual mode operation | CMCC | Withdrawn |
| R1‑134572 | Discussion on TTI bundling enhancement | CMCC | Not treated |
| R1‑134573 | Initial 3D MIMO large-scale parameter calibration results | CMCC | Not treated |
| R1‑134574 | Evaluation and comparison of UE attachment methods | CMCC | Noted |
| R1‑134575 | Discussion on extending TTI bundling to more TDD UL-DL configurations | CMCC | Not treated |
| R1‑134576 | Further considerations on high rise scenario | CMCC | Noted |
| R1‑134577 | O2I channel measurement results on elevation related parameters | CMCC | Not treated |
| R1‑134578 | Discussion on small cell measurements to assists cell on/off and others | CMCC | Not treated |
| R1‑134579 | Discussion on efficient small cell discovery | CMCC | Noted |
| R1‑134580 | Evaluation of air-interface based small cell synchronization | CMCC | Not treated |
| R1‑134581 | Modeling of EoD PAS | CMCC | Noted |
| R1‑134582 | Modeling of EoD offset | CMCC | Noted |
| R1‑134583 | Impact of Backhaul Delay on Inter-eNB Signalling | CMCC | Noted |
| R1‑134584 | Further considerations on Small Cell On/Off | Motorola Mobility | Not treated |
| R1‑134585 | Choice of 3D-Channel Model Calibration Statistics | Motorola Mobility | Not treated |
| R1‑134586 | Evaluation results for CoMP with non-ideal backhaul | Motorola Mobility | Withdrawn |
| R1‑134587 | Signaling considerations for inter-eNB CoMP | Motorola Mobility | Not treated |
| R1‑134588 | D2D discovery signal design based on the existing PUSCH format | Kyocera | Noted |
| R1‑134589 | Discussion on Discovery Signals for Small Cell On/Off | Broadcom Corporation | Noted |
| R1‑134590 | Signaling for Inter-eNB CoMP Operation | Broadcom Corporation | Not treated |
| R1‑134591 | Remaining Details of Path Loss for High-Rise Scenario | Broadcom Corporation | Not treated |
| R1‑134592 | Discussion on Coordination and Signaling in NAICS | Broadcom Corporation | Revised |
| R1‑134593 | Further details on Coordinated scheduling and Restricted Resources Subframe | Broadcom Corporation | Withdrawn |
| R1‑134594 | MIB Content Reduction for PBCH Coverage Extension | ITRI | Not treated |
| R1‑134595 | Views on small cell on off | New Postcom | Not treated |
| R1‑134596 | Clarification on bandwidth configuration in 36.932 | New Postcom | Not treated |
| R1‑134597 | Remaining details of backhaul signaling for eIMTA | Qualcomm Inc. | Noted |
| R1‑134598 | UL power control for eIMTA | Qualcomm Inc. | Not treated |
| R1‑134599 | CSI measurement and reporting in eIMTA | Qualcomm Inc. | Not treated |
| R1‑134600 | Discussion on signaling details for TDD UL-DL reconfiguration | Qualcomm Inc. | Not treated |
| R1‑134601 | HARQ Design for TDD UL-DL reconfiguration | Qualcomm Inc. | Not treated |
| R1‑134602 | DRX operation for eIMTA | Qualcomm Inc. | Not treated |
| R1‑134603 | Soft buffer management for IMTA | Qualcomm Inc. | Not treated |
| R1‑134604 | New UE category for MTC | Qualcomm Inc. | Not treated |
| R1‑134605 | PBCH channel design for MTC coverage enhancements | Qualcomm Inc. | Not treated |
| R1‑134606 | RACH channel design for MTC coverage enhancements | Qualcomm Inc. | Not treated |
| R1‑134607 | Power Consumption Considerations for Coverage Enhancements for MTC | Qualcomm Inc. | Not treated |
| R1‑134608 | Draft LS on power saving techniques for MTC | Qualcomm Inc. | Not treated |
| R1‑134609 | Implementation Considerations for Coverage Enhancements for MTC | Qualcomm Inc. | Not treated |
| R1‑134610 | Solution for TDD-FDD CA | Qualcomm Inc. | Not treated |
| R1‑134611 | Possible solutions other than CA for TDD-FDD joint operation | Qualcomm Inc. | Not treated |
| R1‑134612 | TTI bundling enhancements for UL VoIP | Qualcomm Inc. | Not treated |
| R1‑134613 | TTI bundling enhancements for medium data rate PUSCH | Qualcomm Inc. | Not treated |
| R1‑134614 | Discussion of MBSFN measurements | Qualcomm Inc. | Not treated |
| R1‑134615 | Initial MBSFN measurement evaluation | Qualcomm Inc. | Noted |
| R1‑134616 | Higher order modulation | Qualcomm Inc. | Noted |
| R1‑134617 | Small cell on/off | Qualcomm Inc. | Not treated |
| R1‑134618 | Small cell discovery | Qualcomm Inc. | Not treated |
| R1‑134619 | Network synchronization by network listening | Qualcomm Inc. | Not treated |
| R1‑134620 | Details of fast fading modeling for elevation beamforming and FD-MIMO | Qualcomm Inc. | Noted |
| R1‑134621 | Discussion on simulation assumptions for 3D channel model calibration | Qualcomm Inc. | Not treated |
| R1‑134622 | Initial calibration of channel models for elevation beamforming and FD-MIMO | Qualcomm Inc. | Not treated |
| R1‑134623 | Views on high-rise macro cell scenario | Qualcomm Inc. | Not treated |
| R1‑134624 | D2D synchronization for out of coverage and partial network coverage | Qualcomm Inc. | Noted |
| R1‑134625 | Signal design for D2D broadcast | Qualcomm Inc. | Noted |
| R1‑134626 | D2D broadcast resource allocation and interference management algorithms | Qualcomm Inc. | Not treated |
| R1‑134627 | D2D discovery design with simulation results | Qualcomm Inc. | Noted |
| R1‑134628 | Comparison of sequence and message based D2D Discovery | Qualcomm Inc. | Noted |
| R1‑134629 | Synchronization aspects for in-network D2D discovery | Qualcomm Inc. | Noted |
| R1‑134630 | Resource management for type 1 discovery | Qualcomm Inc. | Not treated |
| R1‑134631 | Text Proposal for TR 36.843 | Qualcomm Inc. | Revised |
| R1‑134632 | Draft TR 36.843 v0.2.0 on on LTE Device to Device Proximity services | Qualcomm Inc. | Noted - Revised |
| R1‑134633 | Coordinated Scheduling for SCE Scenario 2A | Qualcomm Inc. | Not treated |
| R1‑134634 | System level modeling methodology for NAIC | Qualcomm Inc. | Noted |
| R1‑134635 | Evaluation results for NAIC | Qualcomm Inc. | Not treated |
| R1‑134636 | Discussion on coverage enhancement in TDD eIMTA systems | HTC | Not treated |
| R1‑134637 | UL Power Control for e-IMTA | ASUSTeK | Not treated |
| R1‑134638 | Method of resource allocation for D2D discovery | ASUSTeK | Not treated |
| R1‑134639 | On remaining details of backhaul signalling | Ericsson | Not treated |
| R1‑134640 | Remaining details for enhanced uplink power control | Ericsson | Not treated |
| R1‑134641 | Remaining details of CSI enhancement for eIMTA | Ericsson | Not treated |
| R1‑134642 | Efficient transmission of explicit reconfiguration signalling | Ericsson | Not treated |
| R1‑134643 | Remaining details for HARQ operation | Ericsson | Not treated |
| R1‑134644 | Remaining details for HARQ feedback mapping | Ericsson | Not treated |
| R1‑134645 | Further details for eIMTA | Ericsson | Not treated |
| R1‑134646 | Remaining details of low cost MTC UE | Ericsson | Not treated |
| R1‑134647 | System information for enhanced coverage MTC UE | Ericsson | Noted |
| R1‑134648 | Control of amount of coverage enhancement for MTC UE | Ericsson | Not treated |
| R1‑134649 | Random access for enhanced coverage MTC UE | Ericsson | Not treated |
| R1‑134650 | Data transmission for enhanced coverage MTC UE | Ericsson | Not treated |
| R1‑134651 | Control channel aspects for enhanced coverage MTC UE | Ericsson | Not treated |
| R1‑134652 | On UE assumption for TDD-FDD CA | Ericsson | Not treated |
| R1‑134653 | Discussion on baseline TDD-FDD CA framework | Ericsson | Not treated |
| R1‑134654 | On scenarios and requirements for joint TDD-FDD operation | Ericsson | Not treated |
| R1‑134655 | On measurements for further MBMS support | Ericsson | Noted |
| R1‑134656 | Discussion on performance of 256QAM for small cells | Ericsson | Not treated |
| R1‑134657 | Discussion on standard impacts to support 256QAM | Ericsson | Noted |
| R1‑134658 | Semi-static small cell on/off operation | Ericsson | Revised |
| R1‑134659 | IDLE mode support for semi-static small cell on/off operation | Ericsson | Not treated |
| R1‑134660 | On similarities of semi-static small cell on/off with dormant mode | Ericsson | Not treated |
| R1‑134661 | On efficient small cell discovery for small cell onoff | Ericsson | Not treated |
| R1‑134662 | On Radio-Interface Based Small Cell Synchronization | Ericsson | Not treated |
| R1‑134663 | Clarification on SRS antenna port | Ericsson | Noted |
| R1‑134664 | Considerations on low cost MTC UE | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑134665 | 25.214 CR DRAFT (Rel-11, F) Allow (de)activate DRX / DTX with HS-SCCH Order When UE Is Configured in Multiflow Mode | ZTE | Noted |
| R1‑134666 | 25.212 CR DRAFT (Rel-11, F) Modification of (de)activating CPC and HS-SCCH-less operation | ZTE | Noted |
| R1‑134667 | Transmission of TFCI Information in Uplink | ZTE | Noted |
| R1‑134668 | Uplink ACK/NACK Indication for DL FET | ZTE | Noted |
| R1‑134669 | Further Consideration for E-DCH Decoupling in UMTS HetNet | ZTE | Noted |
| R1‑134670 | Initial Simulation Result for E-DCH Decoupling in UMTS HetNet | ZTE | Noted |
| R1‑134671 | Results for 3D Channel UMa Calibration Case 1 | Orange | Not treated |
| R1‑134672 | Physical layer abstraction for turbo-CWIC receivers | Orange | Revised |
| R1‑134673 | NAICS: How to coordinate link adaptation for CWIC receivers | Orange | Not treated |
| R1‑134674 | Discussion on HARQ issues for eIMTA | Potevio | Not treated |
| R1‑134675 | System simulation results for E-DCH decoupling | Huawei, HiSilicon | Noted |
| R1‑134676 | Considerations on E-DCH decoupling | Huawei, HiSilicon | Noted |
| R1‑134677 | Coordinated scheduling with post-decoding IC | Huawei, HiSilicon | Noted |
| R1‑134678 | Coordinated scheduling with pre-decoding IC | Huawei, HiSilicon | Noted |
| R1‑134679 | Considerations on network assisted signalling for IC UE | Huawei, HiSilicon | Noted |
| R1‑134680 | Link level simulation results for NAIC in MIMO | Huawei, HiSilicon | Noted |
| R1‑134681 | TP on Network Assisted IC | Huawei, HiSilicon | Noted - Revised |
| R1‑134682 | TP on initial results of successful decoding rate of the interfering signal | Huawei, HiSilicon | Noted - Revised |
| R1‑134683 | TP on link level simulation results for NAIC in MIMO | Huawei, HiSilicon | Noted |
| R1‑134684 | Uplink and downlink system simulation results for range expansion in co-channel scenarios | Huawei, HiSilicon | Noted |
| R1‑134685 | TP on uplink and downlink system simulation results for range expansion in co-channel scenarios | Huawei, HiSilicon | Noted |
| R1‑134686 | TP on system level simulation assumptions | Huawei, HiSilicon | Noted - Revised |
| R1‑134687 | Further system level evaluations for S-UMTS - full buffer | Huawei, HiSilicon | Noted |
| R1‑134688 | System level evaluation results for Scalable UMTS - bursty traffic | Huawei, HiSilicon | Noted |
| R1‑134689 | TP on system level simulation results | Huawei, HiSilicon | Not treated |
| R1‑134690 | Discussion on Scalable UMTS user plane latency | Huawei, HiSilicon | Noted |
| R1‑134691 | TP on Scalable UMTS user plane latency | Huawei, HiSilicon | Noted |
| R1‑134692 | Discussion on Scalable UMTS impacts on network performance | Huawei, HiSilicon | Noted |
| R1‑134693 | TP on Scalable UMTS impacts on network performance | Huawei, HiSilicon | Noted |
| R1‑134694 | S-UMTS coverage analysis for E-DCH voice | Huawei, HiSilicon | Noted |
| R1‑134695 | TP on Scalable UMTS coverage analysis for E-DCH voice | Huawei, HiSilicon | Not treated |
| R1‑134696 | Considerations of efficient TDM scheduling | Huawei, HiSilicon | Noted |
| R1‑134697 | Power control aspects for secondary dedicated carrier | Huawei, HiSilicon | Noted |
| R1‑134698 | System evaluation methodology for lean carrier | Huawei, HiSilicon | Revised |
| R1‑134699 | TP on solutions for UL control channel overhead reduction | Huawei, HiSilicon, NSN | Noted - Revised |
| R1‑134700 | Updated evaluation results for E-DPCCH less operation | Huawei, HiSilicon | Noted |
| R1‑134701 | Text Proposal on HS-DPCCH evaluation results | Huawei, HiSilicon | Noted |
| R1‑134702 | Views on the standardization of 256QAM | CATR | Not treated |
| R1‑134703 | Initial calibration results of 3D channel model | CATR | Not treated |
| R1‑134704 | On D2D broadcast communication procedures | Ericsson | Not treated |
| R1‑134705 | On resource allocation for D2D broadcast communication | Ericsson | Not treated |
| R1‑134706 | Considerations on backhaul signaling | Coolpad | Not treated |
| R1‑134707 | Discussion on eIMTA control signaling mechanisms | Coolpad | Not treated |
| R1‑134708 | The performance evaluation for legacy and R12 UE hybrid in networking scenario | Coolpad | Not treated |
| R1‑134709 | Considerations on TTI bundling for TDD | Coolpad | Not treated |
| R1‑134710 | Initial Simulation Results for 3D Channel Model | CHTTL | Not treated |
| R1‑134711 | On TTI bundling enhancements for UL VoIP | Ericsson | Not treated |
| R1‑134712 | On TTI bundling enhancements for medium data rate PUSCH | Ericsson | Not treated |
| R1‑134713 | On system level modeling methodology for NAICS | Ericsson | Noted |
| R1‑134714 | System Level Evaluations of Coordinated Scheduling Using Slow Backhaul | Ericsson | Noted |
| R1‑134715 | Signaling for Inter-eNB Operation of CoMP | Ericsson | Noted |
| R1‑134716 | Antenna Setups and Baseline Performance for 3D-Channel Model Calibration | Ericsson | Not treated |
| R1‑134717 | Calibration of 3D-Channel Model | Ericsson | Not treated |
| R1‑134718 | Elevation of Departure Characteristics for 3D-Channel Model | Ericsson | Revised |
| R1‑134719 | Considerations on High-Rise Scenario | Ericsson | Noted |
| R1‑134720 | Synchronization Procedures for D2D Discovery and Communication | Ericsson | Noted |
| R1‑134721 | Synchronization Signals Design for D2D Discovery and Communication | Ericsson | Noted |
| R1‑134722 | Physical Channels and Signals Design for D2D | Ericsson | Not treated |
| R1‑134723 | Beacon Channel Design for D2D | Ericsson | Noted |
| R1‑134724 | Scenarios and requirements for Public Safety an related TP to 36.843 | Telecom Italia | Revised |
| R1‑134725 | Benefit of Network Assisted Interference Cancellation for Type 3i Receivers | Ericsson | Noted |
| R1‑134726 | Benefit of Network Assisted Interference Cancellation for UEs with Single Receive Antenna | Ericsson | Noted |
| R1‑134727 | Type 3i Receiver Performance in the Spatial Reuse Mode of Combined Cell | Ericsson | Noted |
| R1‑134728 | Text Proposal on Benefit of Network Assisted Interference Cancellation for Type 3i Receivers | Ericsson | Noted |
| R1‑134729 | Text Proposal on Benefit of Network Assisted Interference Cancellation for UEs with Single Receive Antenna | Ericsson | Noted |
| R1‑134730 | Text Proposal on Type 3i Receiver Performance in the Spatial Reuse Mode of Combined Cell | Ericsson | Noted |
| R1‑134731 | System Simulation Assumptions for Evaluation of Time-Dilated UMTS | Ericsson | Noted |
| R1‑134732 | Downlink System Simulation Results for Time-Dilated UMTS Considering Inter-Carrier Leakage - Equal PSD | Ericsson | Noted |
| R1‑134733 | Downlink System Simulation Results for Time-Dilated UMTS Considering Inter-Carrier Leakage - Equal Carrier Power | Ericsson | Noted |
| R1‑134734 | Initial System Simulation Results for Time-Dilated UMTS in Standalone Mode | Ericsson | Noted |
| R1‑134735 | Text Proposal on Downlink System Simulation Results for Time-Dilated UMTS Considering Inter-Carrier Leakage - Equal PSD | Ericsson | Not treated |
| R1‑134736 | Text Proposal on Downlink System Simulation Results for Time-Dilated UMTS Considering Inter-Carrier Leakage - Equal Carrier Power | Ericsson | Not treated |
| R1‑134737 | Text Proposal on User Plane Latency Impacts of Time Dilation | Ericsson | Not treated |
| R1‑134738 | Text Proposal on UE and Network Impacts of Bursty Traffic Handling | Ericsson | Noted |
| R1‑134739 | Text Proposal on Time-Dilated UMTS FDD - Impacts on Network and UE | Ericsson | Noted |
| R1‑134740 | Link Level Evaluations of Lean Carrier | Ericsson | Noted |
| R1‑134741 | System Level Simulation Assumptions for Lean Carrier Performance Evaluation | Ericsson | Not treated |
| R1‑134742 | Initial System Level Simulation Results for Lean Carrier | Ericsson | Noted |
| R1‑134743 | SIR Quality Concerns on Rate Adaptation Schemes | Ericsson | Noted |
| R1‑134744 | Text Proposal on Simulation Assumptions for Rate Adaptation | Ericsson | Noted |
| R1‑134745 | SHO Operation in HSUPA with Rate Adaptation | Ericsson | Noted |
| R1‑134746 | Compression and dynamic repetition of enhanced R99 voice services | NSN | Noted |
| R1‑134747 | Analysis of E-DCH decoupling | NSN | Noted |
| R1‑134748 | System level simulation results for E-DCH decoupling evaluation | NSN | Noted |
| R1‑134749 | Network Assistance for Interference Suppressing Receivers | NSN | Noted |
| R1‑134750 | Link Imbalance Information in Neighbour Cell List for HetNet | NSN | Noted |
| R1‑134751 | User plane latency impact on user experience | NSN | Noted |
| R1‑134752 | Text Proposal on Scalable Bandwidth UMTS by Filtering | NSN | Noted |
| R1‑134753 | Text Proposal on uplink performance of Scalable Bandwidth UMTS by Filtering | NSN | Noted |
| R1‑134754 | Further Considerations on Efficient TDM Operation for HSUPA | NSN | Noted |
| R1‑134755 | Link Level Simulation Results for Improved Rate Adaptation | NSN | Noted |
| R1‑134756 | System Level Simulation Results for Improved Rate Adaptation | NSN | Noted |
| R1‑134757 | System Level Simulation Results for E-DPCCH | NSN | Noted |
| R1‑134758 | TP on low complexity load balancing solutions | NSN | Noted |
| R1‑134759 | Multiflow and CLTD with the assisting cell feedback | NSN | Not treated |
| R1‑134760 | Discovery Procedures for Small Cell On/Off Switching | Hitachi Ltd. | Not treated |
| R1‑134761 | Simulation Assumptions and Initial Calibration Results | Hitachi Ltd. | Not treated |
| R1‑134762 | Further Evaluation of the High Rise Scenario | Hitachi Ltd. | Not treated |
| R1‑134763 | TDD – FDD carrier aggregation | Hitachi Ltd. | Not treated |
| R1‑134764 | Further Evaluation and Discussion on 256QAM | Hitachi Ltd. | Not treated |
| R1‑134765 | “Low cost & enhanced coverage MTC UE for LTE” key issues to address & vodafone views on some other aspects | Vodafone Group | Noted |
| R1‑134766 | Discovery signals for energy-efficient small cell discovery | Huawei, HiSilicon | Not treated |
| R1‑134767 | Details of fast fading modeling in 3D channel model | Huawei, HiSilicon | Noted |
| R1‑134768 | Overview of Issues in DCH Enhancements | Qualcomm Inc. | Noted |
| R1‑134769 | Design Aspects for DCH Enhancements | Qualcomm Inc. | Noted |
| R1‑134770 | Analysis of Downlink Rate-Matching and Interleaving Enhancements | Qualcomm Inc. | Noted |
| R1‑134771 | Link Analysis of Downlink Design Options | Qualcomm Inc. | Noted |
| R1‑134772 | Ack channel evaluation methodology for uplink and downlink FET | Qualcomm Inc. | Noted |
| R1‑134773 | Performance of Control Channels for E-DCH De-coupling | Qualcomm Inc. | Noted |
| R1‑134774 | System Performance of Post Decoding NAIC | Qualcomm Inc. | Noted |
| R1‑134775 | Performance of Combined Cells with Optimized D-PICH | Qualcomm Inc. | Withdrawn |
| R1‑134776 | System Simulation Results for Time Dilated UMTS with Full Buffer Traffic | Qualcomm Inc. | Noted |
| R1‑134777 | Downlink System Simulation Results for Time Dilated UMTS with Bursty Traffc | Qualcomm Inc. | Noted |
| R1‑134778 | Uplink System Simulation Results for Time Dilated UMTS with Bursty Traffc | Qualcomm Inc. | Noted |
| R1‑134779 | TP on System Simulation Results of Time-Dilated UMTS | Qualcomm Inc. | Not treated |
| R1‑134780 | Evaluation of User Plane Latency in Time Dilated UMTS | Qualcomm Inc. | Noted |
| R1‑134781 | TP on User Plane Latency in Time Dilated UMTS | Qualcomm Inc. | Not treated |
| R1‑134782 | Link Performance of Time Dilated UMTS with CPC | Qualcomm Inc. | Noted |
| R1‑134783 | TP on Link Performance of Time Dilated UMTS with CPC | Qualcomm Inc. | Agreed |
| R1‑134784 | Impact to CPC On-Time Percentage due to Time-Dilated UMTS | Qualcomm Inc. | Noted |
| R1‑134785 | TP on Impact to CPC On-Time Percentage due to Time-Dilated UMTS | Qualcomm Inc. | Agreed |
| R1‑134786 | Impact of Time Dilated UMTS on CELL_FACH | Qualcomm Inc. | Noted |
| R1‑134787 | TP on Impact of Time Dilated UMTS on CELL_FACH | Qualcomm Inc. | Noted - Revised |
| R1‑134788 | Coverage Analysis for Time Dilated UMTS | Qualcomm Inc. | Noted |
| R1‑134789 | TP on Coverage Analysis for Time Dilated UMTS | Qualcomm Inc. | Noted |
| R1‑134790 | TP on Link Simulation Results of Time Dilated UMTS | Qualcomm Inc. | Noted |
| R1‑134791 | Simulation Results for Rate Adaptation of HSUPA | Qualcomm Inc. | Noted |
| R1‑134792 | Performance of E-DPCCH overhead reduction | Qualcomm Inc. | Noted |
| R1‑134793 | Text Proposal on Mechanical and Electrical Antenna Tilting | Fraunhofer IIS | Revised |
| R1‑134794 | An Approach for a 3D Channel Model with Time Evolution (QuaDRiGa) | Fraunhofer IIS | Not treated |
| R1‑134795 | Proposals for Fast Fading Channel Modelling for 3D UMi O-I | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑134796 | LS on Public Safety UE-Network Relays | SA2, Vodafone | Noted |
| R1‑134797 | LS on GCSE with eMBMS | SA2, NSN | Noted |
| R1‑134798 | Signaling design considerations to support inter-eNB CoMP | NSN, Nokia | Noted |
| R1‑134799 | Physical layer abstraction for turbo-CWIC receivers | Orange | Noted |
| R1‑134800 | D2D Communication Signal Format | LG Electronics | Not treated |
| R1‑134801 | Discussion on Inter-cell D2D discovery | LG Electronics | Not treated |
| R1‑134802 | Resource Allocation and UE Behavior for D2D Discovery | LG Electronics | Not treated |
| R1‑134803 | Discussion on Public Safety UE-Network Relays | LG Electronics | Noted |
| R1‑134804 | DCH Enhancement Performance Evaluation | MediaTek Inc. | Noted |
| R1‑134805 | Discussion on Public Safety UE-Network Relays | Qualcomm Inc. | Noted |
| R1‑134806 | Draft response LS on Public Safety UE-Network Relays | Qualcomm Inc. | Revised |
| R1‑134807 | Discussion of LS on GCSE with eMBMS | Qualcomm Inc. | Noted |
| R1‑134808 | Draft response LS on GCSE with eMBMS | Qualcomm Inc. | Revised |
| R1‑134809 | Discussion on Coordination and Signaling in NAICS | Broadcom Corporation | Not treated |
| R1‑134810 | Scheduling and HARQ timing for TDD-FDD carrier aggregation | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑134811 | System Information Support for Deep Hole Low Cost MTC UEs | Fujitsu | Not treated |
| R1‑134812 | Clarification of MBMS reception on secondary cell | AT&T, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑134813 | Remaining details of fast fading modelling for 3D-UMa and 3D-UMi | NSN, Nokia | Noted |
| R1‑134814 | TP for Mechanical tilt | NSN, Nokia | Noted |
| R1‑134815 | Consideration on contention based and scheduling based resource allocation schemes in D2D | Panasonic | Not treated |
| R1‑134816 | Semi-static small cell on/off operation | Ericsson | Noted |
| R1‑134817 | Investigation on UE height dependent LOS probability in real networks | Deutsche Telekom AG | Not treated |
| R1‑134818 | Scenarios and requirements for Public Safety an related TP to 36.843 | Telecom Italia, KDDI, Orange, Deutsche Telekom AG | Noted |
| R1‑134819 | 25702 CR0001 (Rel-12, D) Editorial corrections to TR25.702 | BlackBerry UK Limited, Qualcomm Incorporated | Agreed |
| R1‑134820 | TP on system level simulation assumptions | Huawei, HiSilicon | Agreed |
| R1‑134821 | Text Proposal on Clarification to System Simulation Assumptions | Ericsson | Agreed |
| R1‑134822 | TP on System level evaluation results for Stand-alone Time-Dilated UMTS - bursty traffic | Qualcomm Inc., Ericsson | Noted |
| R1‑134823 | TP on System level evaluation results for Stand-alone Time-Dilated UMTS – full buffer | Qualcomm Inc, Huawei, HiSilicon | Noted |
| R1‑134824 | TP on User Plane Latency in Time Dilated UMTS | Qualcomm Inc. | Agreed |
| R1‑134825 | Coverage Analysis for Time Dilated UMTS | Qualcomm Inc. | Agreed |
| R1‑134826 | TP on Link Level Simulation Results for Time-Dilated UMTS | Qualcomm Inc, Huawei, HiSilicon, ZTE | Agreed |
| R1‑134827 | TP on time-dilated UMTS impact on network performance | Huawei, HiSilicon, Ericsson | Agreed |
| R1‑134828 | TP on Network Assisted IC | Huawei, HiSilicon | Agreed |
| R1‑134829 | TP on initial results of successful decoding rate of the interfering signal | Huawei, HiSilicon | Agreed |
| R1‑134830 | System evaluation methodology for lean carrier | Huawei, HiSilicon, Ericsson | Agreed |
| R1‑134831 | TP on TDM scheduling solutions | Broadcom Corporation | Agreed |
| R1‑134832 | TP on link level evaluations lean carrier | Ericsson | Agreed |
| R1‑134833 | TP on SHO Operation in HSUPA with Rate Adaptation | NSN | Noted |
| R1‑134834 | TP on Simulation Assumptions for Rate Adaptation | Ericsson | Agreed |
| R1‑134835 | LS on low complexity load balancing solutions | RAN1, NSN | Agreed |
| R1‑134836 | TP on Impact of Time Dilated UMTS on CELL_FACH | Qualcomm Inc. | Noted |
| R1‑134837 | TR25.701 v1.0.1 on Scalable UMTS FDD Bandwidth | China Unicom | Agreed |
| R1‑134838 | Text Proposal on Summary of Link Simulation Results for Post-Decoding NAIC | Ericsson | Agreed |
| R1‑134839 | Text Proposal on Type 3i Receiver Performance in the Spatial Reuse Mode of Combined Cell | Ericsson | Agreed |
| R1‑134840 | TP on uplink and downlink system simulation results for range expansion in co-channel scenarios | Huawei, HiSilicon | Agreed |
| R1‑134841 | Chairpersons’ summary of the UMTS sessions | UMTS Session Chairpersons (Karri Ranta-aho, NSN and Carmela Cozzo, Huawei) | Endorsed |
| R1‑134842 | TP on solutions for UL control channel overhead reduction | Huawei, HiSilicon, NSN, Ericsson | Agreed |
| R1‑134843 | void | - | Withdrawn |
| R1‑134844 | void | - | Withdrawn |
| R1‑134845 | void | - | Withdrawn |
| R1‑134846 | void | - | Withdrawn |
| R1‑134847 | void | - | Withdrawn |
| R1‑134848 | void | - | Withdrawn |
| R1‑134849 | ET Gap Consideration under Non-zero FET-AI Feedback Error Rate | MediaTek Inc. | Noted |
| R1‑134850 | TP for TR on 3D channel model | NSN, Nokia | Noted - Revised |
| R1‑134851 | Issues on TDD-FDD CA | ZTE | Not treated |
| R1‑134852 | Elevation of Departure Characteristics for 3D-Channel Model | Ericsson | Revised |
| R1‑134853 | Performance evaluation for semi-static ON/OFF | Renesas Mobile Europe Ltd | Not treated |
| R1‑134854 | Evaluation of coordinated scheduling for SCE scenario 1 with non-ideal backhaul | Samsung | Noted |
| R1‑134855 | Evaluation of coordinated scheduling for SCE scenario 2a with non-ideal backhaul | Samsung | Noted |
| R1‑134856 | RRM for D2D communication | Fujitsu | Not treated |
| R1‑134857 | eCoMP simulation Results | NSN, Nokia | Noted |
| R1‑134858 | Way Forward on Small Cell Discovery | NTT DOCOMO, Huawei, HiSilicon, ZTE, ATR | Noted |
| R1‑134859 | Way Forward on HARQ timing for TDD-FDD CA | LG Electronics, ETRI, Qualcomm, ZTE, Huawei, HiSilicon | Not treated |
| R1‑134860 | Corrections to Text proposal on Public Safety ProSe Communication Use Cases | U.S. Department of Commerce, Qualcomm Incorporated, Huawei, Harris, Panasonic, BlackBerry | Noted |
| R1‑134861 | Way Forward on UE orientation in 3D channel model | LG Electronics, Anite, Elektrobit, ETRI, Fraunhofer IIS, KDDI | Not treated |
| R1‑134862 | Way Forward on RSRP-based UE attachment modeling | LG Electronics, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom, CATT, Elektrobit, ETRI, InterDigital, KDDI, Nokia, NSN, Qualcomm, ZTE | Noted |
| R1‑134863 | Way Forward on scenario priority for CoMP-NIB study | LG Electronics, Huawei, HiSilicon, Nokia, NSN, ZTE | Noted |
| R1‑134864 | Draft response LS on Public Safety UE-Network Relays | Qualcomm Inc. | Noted - Revised |
| R1‑134865 | Round Trip Delay Analysis for FET-AI Signaling | MediaTek Inc. | Noted |
| R1‑134866 | Text Proposal for TR 36.843 | Qualcomm Inc. | Agreed |
| R1‑134867 | Way Forward on general aspects for TDD-FDD CA | CMCC, Huawei, HiSilicon, CATT, Sharp, CATR, ZTE | Noted |
| R1‑134868 | Way Forward on D2D synchronization | LG Electronics, Ericsson, CATT, ITL | Noted |
| R1‑134869 | Way Forward on UCI feedback mechanisms for TDD-FDD CA | NTT DOCOMO, Panasonic, SONY, KCME, IIR, Kyocera | Not treated |
| R1‑134870 | Evaluation of coordinated scheduling for CoMP scenario 2 with non-ideal backhaul | Samsung | Noted |
| R1‑134871 | Reply LS to R1-134009 on RRC parameter names with and without extension | RAN2, Ericsson | Noted |
| R1‑134872 | Way Forward on multiple access technique for D2D | CATT, Ericsson, Huawei, HiSilicon, Panasonic | Noted |
| R1‑134873 | Way Forward on AGC foe D2D communication and discovery | CATT, LGE | Noted |
| R1‑134874 | Way Forward on UE requirements for TDD-FDD CA | Huawei, HiSilicon, Blackberry, CMCC, Ericsson, ETRI, NEC, Qualcomm, Samsung, Sharp, Texas Instruments | Revised |
| R1‑134875 | Way Forward on the D2D Synchronization Procedure | Ericsson, Qualcomm, Intel, Fujitsu, LGE, DoCoMo | Noted |
| R1‑134876 | Way Forward on NAICS receiver prioritization for system level simulation | LG Electronics, Nokia, NSN, Intel, ZTE, Blackberry, Ericsson | Noted - Revised |
| R1‑134877 | TR 36.843 v0.2.0 on “Study of LTE Device to Device Proximity Services-Radio Aspects” | Qualcomm Incorporated | Agreed |
| R1‑134878 | Draft LS on ProSe Lawful Interception | Telecom Italia | Noted - Revised |
| R1‑134879 | Revision of Scenarios and requirements for Public Safety an related TP to 36.843 after 1st D2D session | [Deutsche Telekom], KDDI, [Orange], Telecom Italia, [Vodafone], [Huawei] | Noted - Revised |
| R1‑134880 | [Draft] LS on Multiple Access Scheme for D2D | Broadcom Corporation | Noted - Revised |
| R1‑134881 | Way Forward on control physical channel for D2D communication | Samsung, Qualcomm, General Dynamics Broadband, Panasonic, ZTE | Noted |
| R1‑134882 | Further Evaluation Results of CS for CoMP-NIB | Samsung | Noted |
| R1‑134883 | Way Forward on D2D Terminology for Synchronization | Ericsson | Noted |
| R1‑134884 | Way Forward on resource allocation for type 1 D2D discovery | CATT, Ericsson, ETRI, Intel, Huawei, HiSilicon, Samsung, ZTE | Noted |
| R1‑134885 | Way Forward on Timing Synchronisation of D2D Outside of Network Coverage | NEC, Samsung | Noted |
| R1‑134886 | LS on Multiple Access Scheme for D2D | RAN1, Broadcom Corporation | Agreed |
| R1‑134887 | Elevation of Departure Characteristics for 3D-Channel Model | Ericsson | Noted |
| R1‑134888 | Way Forward on Resource Allocation for D2D Broadcast Communication | ZTE, Qualcomm, Panasonic | Not treated |
| R1‑134889 | Way Forward on NAICS | MediaTek, NTT DOCOMO, Orange, Blackberry, Intel, Broadcom, Samsung, Panasonic, ZTE | Agreed |
| R1‑134890 | Way Forward on EOD/EOA generation | NSN, Nokia, Samsung, NTT DOCOMO, Huawei, Hisilicon, Intel, KDDI, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, LG Electronics, CMCC, InterDigital, Qualcomm, NEC | Noted |
| R1‑134891 | Way Forward on ESD model | NSN, Nokia, NTT DOCOMO, Samsung, KDDI, Huawei, Hisilicon, NEC | Noted |
| R1‑134892 | TR36.866 v0.5.0 | MediaTek Inc. | Endorsed |
| R1‑134893 | Way Forward on Coverage Improvement Level for Low Cost MTC UE | ZTE, InterDigital, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, HiSilicon, Fujitsu, Intel, CATT, CATR, SierraWireless, Sony, Sharp | Noted |
| R1‑134894 | Way Forward on performance evaluation for CoMP-NIB | Huawei, HiSilicon, NSN, Ericsson | Revised |
| R1‑134895 | Way Forward on PDSCH frequency allocation | CATT, Samsung, LGE, InterDigital, Alcatel-Lucent, Alcatel Shanghai Bell | Noted |
| R1‑134896 | Way Forward on Intermittent PBCH repetition | LG Electronics, CATT, Fujitsu, LG Uplus | Noted |
| R1‑134897 | Way Forward on MTC PRACH coverage enhancement | Huawei, HiSilicon, ZTE, Ericsson | Revised |
| R1‑134898 | Way Forward on Further Progressing High Rise Scenario | CMCC, CATT, KDDI, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ZTE | Revised |
| R1‑134899 | Way Forward on remaining details of 3D channel modeling | Samsung, NSN, Nokia, Fraunhofer IIS, Intel, Qualcomm, ALU, ASB | Noted |
| R1‑134900 | Way Forward on phase 2 calibration | Samsung, Qualcomm, Intel, NEC, Broadcom, CMCC, NTT DOCOMO, LG Electronics, Interdigital, ZTE | Noted |
| R1‑134901 | Way Forward on MTC PBCH coverage enhancement | Sierra Wireless, Ericsson, ITRI | Noted |
| R1‑134902 | Considerations on radio-interface based synchronization | ZTE | Noted |
| R1‑134903 | Way Forward on Interference Measurement for eIMTA | ZTE, Huawei, HiSilicon | Noted |
| R1‑134904 | Way Forward on HARQ operation in TDD reconfiguration | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, LG Electronics, MediaTek, Sharp | Noted |
| R1‑134905 | Way Forward on CSI measurement and report in eIMTA | LG Electronics, CATT, Samsung, Sharp, Potevio | Noted |
| R1‑134906 | Way Forward on signalling for TDD UL/DL reconfiguration | Panasonic, LGE, Samsung, CATT, Huawei, HiSilicon | Noted |
| R1‑134907 | Way Forward on the observation of small cell discovery enhancement | Panasonic, Samsung, NTT DOCOMO, LG, Fujitsu, Qualcomm, ZTE, Huawei, HiSilicon, ETRI, Interdigital | Noted |
| R1‑134908 | Way Forward on NAICS receiver prioritization for system level simulation | LG Electronics, Nokia, NSN, Intel, ZTE, Blackberry, Ericsson, MediaTek, ETRI, Huawei, HiSilicon, Interdigital | Noted |
| R1‑134909 | Way forward on coverage enhancement for TDD | CATT, CMCC, CATR, Coolpad, Huawei, HiSilicon, Samsung, New Postcom, NEC, Potevio, ZTE | Noted |
| R1‑134910 | Way forward on TTI bundling enhancements for medium data rate PUSCH | Huawei, China Telecom, Ericsson, CATT, NSN, Nokia, Samsung, InterDigital, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CMCC, Qualcomm, Intel, Hisilicon | Noted |
| R1‑134911 | Way Forward on UL HARQ in TDD eIMTA | CATT, Ericsson, Mediatek, Panasonic, NSN, Nokia, CATR, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, InterDigital | Noted |
| R1‑134912 | Performance evaluation of CoMP with non-ideal backhaul | Huawei, HiSilicon | Noted |
| R1‑134913 | Way Forward on performance evaluation for CoMP-NIB | Huawei, HiSilicon, NSN, Nokia, Ericsson, Motorola Mobility | Noted |
| R1‑134914 | Way Forward on TTI bundling enhancement for UL VoIP | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, LG Electronics, CMCC | Noted |
| R1‑134915 | Way Forward on the unit of the message-based discovery signal | LG Electronics, Qualcomm, Intel | Noted |
| R1‑134916 | Way Forward on CSI Measurements for eIMTA Support | Intel, Ericsson, CATT | Noted |
| R1‑134917 | Way Forward on D2D type-2 discovery | Huawei, HiSilicon, LG, ETRI, KDDI, ZTE, Intel, Fujitsu, DoCoMo, Telecom Italia | Noted |
| R1‑134918 | Way Forward on Resource Allocation for Type 1 Discovery | Qualcomm, General Dynamics Broadband UK, Fujistu, LG Electronics, ZTE, Samsung, ETRI, DoCoMo, Kyocera | Noted |
| R1‑134919 | Way Forward on Timing of Type 1 Discovery | Qualcomm, General Dynamics Broadband UK, Samsung, Intel, LG Electronics, ETRI, Kyocera | Noted |
| R1‑134920 | Draft response LS on Public Safety UE-Network Relays | Qualcomm Inc. | Noted - Revised |
| R1‑134921 | Persistency window for explicit L1 signalling and falback operation | Sharp, Huawei, HiSilicon, ^^LG Electronics , Samsung, Qualcomm | Not treated |
| R1‑134922 | Response LS on Public Safety UE-Network Relays | RAN1, Qualcomm Inc | Agreed |
| R1‑134923 | LS on ProSe Lawful Interception | RAN1, Telecom Italia | Agreed |
| R1‑134924 | Text proposal on synchronization based on updated terminology | Qualcomm Incorporated | Noted |
| R1‑134925 | WF on the D2D Synchronization Procedure | Ericsson, Huawei, HiSilicon, LGE, General Dynamics | Noted |
| R1‑134926 | WF on Timing Synchronization of D2D Outside of Network Coverage | NEC, Samsung | Revised |
| R1‑134927 | Rewritten “edited proposal of R1-134868” | LG Electronics, Huawei, HiSilicon, ETRI, ITL, CATT | Noted |
| R1‑134928 | Draft LS on AGC and Frequency Error for D2D | Qualcomm Incorporated | Noted - Revised |
| R1‑134929 | Text proposal on synchronization based on updated terminology | Qualcomm Incorporated | Agreed |
| R1‑134930 | LS on AGC and Frequency Error for D2D | RAN1, Qualcomm Inc | Agreed |
| R1‑134931 | Revision of TP to 36.843 after sessions | Telecom Italia, Vodafone | Noted |
| R1‑134932 | Way Forward on Backhaul Signaling for Dynamic TDD | NTT DOCOMO, Panasonic, LG Electronics | Noted |
| R1‑134933 | Way Forward on interference type indication for subframe (set) dependent OI | Huawei, HiSilicon, ZTE, CATT, LGE, CATR | Noted |
| R1‑134934 | Draft response LS on GCSE with eMBMS | Qualcomm Inc | Noted - Revised |
| R1‑134935 | Way Forward on CRS in reconfigured DL subframes | CATT, NSN, Nokia, CATR | Noted |
| R1‑134936 | Design aspect of D2D discovery | Samsung | Not treated |
| R1‑134937 | Way Forward on Small Cell On/Off and Discovery | Huawei, Blackberry, CATR, CATT, CMCC, ETRI, Fujitsu, HiSilicon, Hitachi, IAESI, InterDigital, MediaTek, Motorola Mobility, NTT DOCOMO, Panasonic, Qualcomm, Samsung, ZTE | Noted |
| R1‑134938 | Way Forward on UE Capability for TDD-FDD CA | Huawei,HiSilicon,Alcatel-Lucent,AlcatelLucentShanghaiBell,BlackBerry,Broadcom,CATT,CMCC,Ericsson,ETRI,IAESI,Intel,InterDigital,KDDI,KT,LG,Mediatek,MotorolaMobility,NEC,Nokia,NSN,Orange,Qualcomm,Samsung,Sharp,TexasInstruments,ZTE | Noted |
| R1‑134939 | Text Proposal for TR36.843 | Qualcomm Inc | Agreed |
| R1‑134940 | On the need for further studies for concluding on a discovery signal | Ericsson | Noted |
| R1‑134941 | Draft CR on higher order modulation for Small cell enhancements- Physical layer aspects | Huawei, HiSilicon, CATR, CMCC, ZTE, Samsung, Broadcom, Hitachi, CATT, Qualcomm , Interdigital | Noted - Revised |
| R1‑134942 | Way Forward on SIB coverage improvement for MTC UEs | ZTE, Fujitsu, ITRI, LG Electronics | Noted |
| R1‑134943 | Way Forward on Further Progressing High Rise Scenario | CMCC, KDDI, CATT, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ZTE, Samsung, CATR, Huawei, HiSilicon, Fraunhofer IIS | Noted |
| R1‑134944 | Way Forward on mean of ESD model | NSN, Nokia | Noted |
| R1‑134945 | Summary of offline discussion on TDD-FDD CA considering (non-)simultaneous RX/TX UE capabilities | Nokia | Noted |
| R1‑134946 | WF on Cross-correlation Matrix of 3D Channel Modelling | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, Hisilicon, CMCC | Noted |
| R1‑134947 | Way Forward on Radio-interface based synchronization | Huawei, HiSilicon, CMCC, NTT DOCOMO, Deutsche Telekom, T-Mobile USA, CATR | Noted |
| R1‑134948 | Text Proposal on Mechanical and Electrical Antenna Tilting | Fraunhofer IIS | Not treated |
| R1‑134949 | Half duplex operations for low complexity MTC UE | Vodafone Group | Noted - Revised |
| R1‑134950 | Evaluation assumptions for RIBS | Huawei, HiSilicon, CATR, CATT, CMCC | Noted - Revised |
| R1‑134951 | Way Forward on MTC PBCH coverage enhancement | LG Electronics, Sierra Wireless, Alcatel-Lucent, Alcatel Shanghai Bell, MediaTek, CATT, Samsung, ZTE, Huawei, HiSilicon, Qualcomm | Noted |
| R1‑134952 | WF on MTC Power Consumption Consideration | Qualcomm, CATT, Fujitsu, Huawei, HiSilicon, ITRI, MediaTek, NEC, Panasonic, Sony, ZTE | Not treated |
| R1‑134953 | Way Forward on MTC PRACH coverage enhancement | Huawei, HiSilicon, ZTE, Ericsson, CATT, Sierra, Intel, Fujitsu, Qualcomm, NSN, Nokia, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATR, Sharp, NTT Docomo | Noted |
| R1‑134954 | On Seamless Mobility Support for Low Complexity MTC UEs | Vodafone Group | Noted - Revised |
| R1‑134955 | WF on Timing Synchronization of D2D Outside of Network Coverage | NEC, SAMSUNG, PANASONIC | Noted |
| R1‑134956 | [DRAFT] LS on discovery message size | Huawei | Noted - Revised |
| R1‑134957 | LS on discovery message size | RAN1, Huawei | Agreed |
| R1‑134958 | Half duplex FDD operation for Low complexity MTC UE | RAN1, Vodafone Group | Agreed |
| R1‑134959 | On Seamless Mobility Support for Low Complexity MTC UEs | RAN1, Vodafone Group | Agreed |
| R1‑134960 | LS on FDD-TDD switching enhancement in FDD-TDD joint operation | RAN1, CMCC | Agreed |
| R1‑134961 | void | - | Withdrawn |
| R1‑134962 | void | - | Withdrawn |
| R1‑134963 | void | - | Withdrawn |
| R1‑134964 | void | - | Withdrawn |
| R1‑134965 | void | - | Withdrawn |
| R1‑134966 | Evaluation assumptions for RIBS | Huawei, HiSilicon, CATR, CATT, CMCC | Agreed |
| R1‑134967 | Way Forward on FDD-TDD switching enhancement in FDD-TDD joint operation | CMCC, Huawei, HiSilicon, MediaTek, CATR, ZTE, KDDI, CHTTL, ITRI, Deutsche Telekom, CATT | Noted |
| R1‑134968 | Summary of Ad-hoc session on Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Ad-Hoc Chairman (Qualcomm) | Endorsed |
| R1‑134969 | Summary of Ad-hoc session on LTE Coverage Enhancements | Ad-Hoc Chairman (Qualcomm) | Endorsed |
| R1‑134970 | Summary of Ad-hoc session on Further MBMS Operations Support | Ad-Hoc Chairman (Alcatel Lucent) | Endorsed |
| R1‑134971 | Summary of Ad-hoc session on 3D-channel model for Elevation Beamforming and FD-MIMO | Ad-Hoc Chairman (Qualcomm) | Endorsed |
| R1‑134972 | Summary of Ad-hoc session on Study on LTE Device to Device Proximity Services | Ad-Hoc Chairman (Alcatel Lucent) | Endorsed |
| R1‑134973 | Summary of Ad-hoc session on Study on CoMP for LTE with Non-Ideal Backhaul | Ad-Hoc Chairman (Alcatel Lucent) | Endorsed |
| R1‑134974 | Draft CR on higher order modulation for Small cell enhancements- Physical layer aspects | Huawei, HiSilicon, CATR | Noted |
| R1‑134975 | 36.213 CR0442 (Rel-11, F) Correction on determination of modulation order and transport block size | LG Electronics | Noted - Revised |
| R1‑134976 | Summary of TDD eIMTA work | CATT | Noted |
| R1‑134977 | Proposal on the length of non-MBSFN region | Intel Corporation | Noted |
| R1‑134978 | 36.213 CR0442r1 (Rel-11, F) Correction on determination of modulation order and transport block size | LG Electronics | Agreed |
| R1‑134979 | Draft response LS on GCSE with eMBMS | Qualcomm Inc | Noted - Revised |
| R1‑134980 | TR36.873 v1.1.1 on Study on 3D channel model for LTE | NSN, Nokia | Agreed |
| R1‑134981 | [Draft] LS on LTE_TDD_eIMTA | CATT | Noted - Revised |
| R1‑134982 | Details of Phase-1 Calibration | NSN, Nokia | Noted |
| R1‑134983 | Summary of MBMS discussion | Ericsson | Noted |
| R1‑134984 | 36.213 CR0443 (F, Rel-12) Clarification of search space monitoring for MBMS | Ericsson | Agreed in principle |
| R1‑134985 | Response LS on GCSE with eMBMS | RAN1, Qualcomm Inc | Agreed |
| R1‑134986 | LS on LTE_TDD_eIMTA | RAN1, CATT | Agreed |
| R1‑134987 | void | - | Withdrawn |
| R1‑134988 | void | - | Withdrawn |
| R1‑134989 | void | - | Withdrawn |
| R1‑134990 | void | - | Withdrawn |
| R1‑134991 | void | - | Withdrawn |
| R1‑134992 | void | - | Withdrawn |
| R1‑134993 | void | - | Withdrawn |
| R1‑134994 | void | - | Withdrawn |
| R1‑134995 | void | - | Withdrawn |
| R1‑134996 | void | - | Withdrawn |
| R1‑134997 | void | - | Withdrawn |
| R1‑134998 | void | - | Withdrawn |
| R1‑134999 | void | - | Withdrawn |
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