3GPP TDocs (written contributions) at meeting
Meeting: R1-76b - 2014-03-31 to 2014-04-04, Shenzhen
meeting id: R1-76b (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| R1‑141100 | Draft Agenda for RAN1#76bis meeting | RAN1 Chairman | Approved |
| R1‑141101 | Final Report of RAN1#76 meeting | MCC | Revised |
| R1‑141102 | Highlights from RAN#63 | RAN1 Chairman | Noted |
| R1‑141103 | LS on improvements to EUL coverage by TTI switching | RAN2, Ericsson | Noted |
| R1‑141104 | Reply LS on LTE coverage enhancement | RAN2, ZTE | Noted |
| R1‑141105 | Reply LS to S2-133846 = R2-133066 on GCSE with eMBMS | RAN2, Huawei | Noted |
| R1‑141106 | LS on RACH Aspects with eIMTA | RAN2, CATT | Noted |
| R1‑141107 | Liaison to 3GPP RAN, RAN1 and RAN3 on consolidated operator view on eCoMP standardization | NGMN Project RAN Evolution, CMCC | Noted |
| R1‑141108 | LS on deployment scenario for Intra-band Non-contiguous CA | RAN4, NTT DoCoMo | Noted |
| R1‑141109 | Reply LS on half duplex FDD operation for Low complexity MTC UE | RAN4, Huawei | Noted |
| R1‑141110 | LS on BS classes and maximum BS power on 256QAM | RAN4, Huawei | Noted |
| R1‑141111 | Reply LS to R4-141254 = RP-140024 on BS classes and maximum BS power on 256QAM | RAN, Huawei | Noted |
| R1‑141112 | LS on GCSE QCIs and connected mode DRX | SA2, Vodafone | Noted |
| R1‑141113 | LS on Provisioning of ProSe configuration information in a public safety ProSe enabled UE | SA2, Deutsche Telekom | Noted |
| R1‑141114 | [DRAFT] LS on discovery message | Huawei, HiSilicon | Noted |
| R1‑141115 | Discussion on discovery message size | Huawei, HiSilicon | Noted |
| R1‑141116 | Remaining open issues for eIMTA | Huawei, HiSilicon | Not treated |
| R1‑141117 | Frequency location scheduling for low cost MTC UEs | Huawei, HiSilicon | Not treated |
| R1‑141118 | HD-FDD operation of low cost UEs based on the LS reply from RAN4 | Huawei, HiSilicon | Noted |
| R1‑141119 | Discussion on the resource allocation for low cost MTC UEs | Huawei, HiSilicon | Not treated |
| R1‑141120 | Further discussions on CQI/MCS table design for 256QAM | Huawei, HiSilicon | Noted |
| R1‑141121 | TBS table design for 256QAM | Huawei, HiSilicon | Noted |
| R1‑141122 | Discussion on UE category with introduction of 256QAM | Huawei, HiSilicon | Not treated |
| R1‑141123 | UE monitoring behavior with DRS configurations | Huawei, HiSilicon | Not treated |
| R1‑141124 | Reference signals for enhanced cell discovery | Huawei, HiSilicon | Noted |
| R1‑141125 | Enhanced reference signals for small cell discovery and performance evaluation | Huawei, HiSilicon | Not treated |
| R1‑141126 | Support for DRS-based RRM measurements | Huawei, HiSilicon | Not treated |
| R1‑141127 | Network assistance for small cell discovery | Huawei, HiSilicon | Not treated |
| R1‑141128 | Standards impacts by supporting muting and not turning off listening RS | Huawei, HiSilicon | Not treated |
| R1‑141129 | Network listening RS design options | Huawei, HiSilicon | Not treated |
| R1‑141130 | Discussion on network listening with eIMTA | Huawei, HiSilicon | Not treated |
| R1‑141131 | Power headroom report for dual connectivity | Huawei, HiSilicon | Not treated |
| R1‑141132 | Physical layer impact of Dual Connectivity - Downlink | Huawei, HiSilicon | Not treated |
| R1‑141133 | Uplink channel transmission of Dual connectivity | Huawei, HiSilicon | Not treated |
| R1‑141134 | Uplink Power allocation in Dual connectivity | Huawei, HiSilicon | Not treated |
| R1‑141135 | Issues in Inter-eNB CoMP with non-ideal backhaul | Huawei, HiSilicon | Noted |
| R1‑141136 | On the gap definition | Huawei, HiSilicon | Noted |
| R1‑141137 | Scrambling for D2D Broadcast Communication | Huawei, HiSilicon | Noted |
| R1‑141138 | Resource allocation for type-1 and type-2B discovery | Huawei, HiSilicon | Not treated |
| R1‑141139 | Resource allocation for mode-1 communication | Huawei, HiSilicon | Not treated |
| R1‑141140 | On the need to support type-2A discovery | Huawei, HiSilicon | Noted |
| R1‑141141 | Definition of coverage zones for D2D communication | Huawei, HiSilicon | Noted |
| R1‑141142 | D2D Synchronization procedure in partial network coverage | Huawei, HiSilicon | Not treated |
| R1‑141143 | Discussion on CSI enhancement for NAICS | Huawei, HiSilicon | Noted |
| R1‑141144 | Discussion on UCI multiplexing on PUSCH in measurement gap | Intel Corporation | Noted |
| R1‑141145 | (36.212,F,Rel-10) Correction on UCI multiplexing on PUSCH | Intel Corporation | Noted - Revised |
| R1‑141146 | Remaining issues of HARQ feedback for eIMTA | Intel Corporation | Not treated |
| R1‑141147 | Details on PDSCH scheduling for low cost MTC UE | Intel Corporation | Not treated |
| R1‑141148 | On reduced downlink bandwidth of 1.4MHz for low cost MTC UE | Intel Corporation | Not treated |
| R1‑141149 | Remaining aspects for low cost MTC UE | Intel Corporation | Noted |
| R1‑141150 | Remaining aspects for TDD-FDD CA supporting | Intel Corporation | Not treated |
| R1‑141151 | CQI Table for 256QAM Support | Intel Corporation | Noted |
| R1‑141152 | MCS and TBS Tables for 256QAM Support | Intel Corporation | Not treated |
| R1‑141153 | Discussion on configuration aspects for 256QAM | Intel Corporation | Not treated |
| R1‑141154 | Discussion on small cell on/off transition time reduction | Intel Corporation | Not treated |
| R1‑141155 | Simulation results for small cell discovery signal candidates | Intel Corporation | Not treated |
| R1‑141156 | Discussion on small cell discovery signal | Intel Corporation | Not treated |
| R1‑141157 | Physical layer impact due to dual connectivity | Intel Corporation | Not treated |
| R1‑141158 | Discussion on X2 signalling for downlink CoMP | Intel Corporation | Not treated |
| R1‑141159 | On D2D Discovery Preamble and Reference Signals | Intel Corporation | Noted |
| R1‑141160 | Remaining details of D2D physical structure design | Intel Corporation | Not treated |
| R1‑141161 | On D2D Discovery Resource Size | Intel Corporation | Not treated |
| R1‑141162 | On Type 1 D2D Discovery Resource Allocation | Intel Corporation | Not treated |
| R1‑141163 | Discussion on Multiplexing of Cellular and D2D Transmissions from System Perspective | Intel Corporation | Not treated |
| R1‑141164 | Discussion on D2D Operation within Network Coverage (Mode-1) | Intel Corporation | Not treated |
| R1‑141165 | On Type 2 D2D Discovery Resource Allocation | Intel Corporation | Revised |
| R1‑141166 | Discussion on D2DSS Physical Structure | Intel Corporation | Not treated |
| R1‑141167 | Analysis of the Amount of Timings for D2D Communication | Intel Corporation | Not treated |
| R1‑141168 | Discussion on D2D Synchronization Procedure | Intel Corporation | Not treated |
| R1‑141169 | Discussion on higher layer signaling for NAICS | Intel Corporation | Noted |
| R1‑141170 | Discussion on CQI enhancement for NAICS | Intel Corporation | Not treated |
| R1‑141171 | Summary of email discussion on Low Cost UE scheduling Options | Sierra Wireless | Not treated |
| R1‑141172 | Low Complexity UEs PRB Limit Evaluation | Sierra Wireless | Not treated |
| R1‑141173 | Reduce PDCCH Blind Decoding Options | Sierra Wireless | Not treated |
| R1‑141174 | Remaining details on aperiodic CSI feedback for transmission mode 1~9 | CATT | Noted |
| R1‑141175 | Remaining details on aperiodic CSI feedback for transmission mode 10 | CATT | Not treated |
| R1‑141176 | Remaining details on periodic CSI feedback | CATT | Not treated |
| R1‑141177 | Remaining details on HARQ-ACK on PUSCH | CATT | Not treated |
| R1‑141178 | PUCCH Format 3 for eIMTA | CATT | Not treated |
| R1‑141179 | PUCCH Format 1 with channel selection for eIMTA | CATT | Not treated |
| R1‑141180 | Other remaining issues for TDD eIMTA | CATT | Not treated |
| R1‑141181 | Number of HARQ processes for low complexity HD-FDD UEs | CATT | Noted |
| R1‑141182 | DL bandwidth reduction of low complexity UEs | CATT | Not treated |
| R1‑141183 | PDSCH HARQ timing of FDD SCell with TDD as PCell | CATT | Not treated |
| R1‑141184 | Support of 256QAM for small cells | CATT | Noted |
| R1‑141185 | Procedures for small cell on/off transition time reduction | CATT | Not treated |
| R1‑141186 | Design of discovery signal for small cells | CATT | Not treated |
| R1‑141187 | Radio-interface based synchronization for small cells | CATT | Not treated |
| R1‑141188 | UCI transmission for dual connectivity | CATT | Noted |
| R1‑141189 | Uplink power control for dual connectivity | CATT | Not treated |
| R1‑141190 | Details of discovery signal design | CATT | Not treated |
| R1‑141191 | Channel scrambling and DMRS design for D2D communication | CATT | Noted |
| R1‑141192 | Physical channel design for D2D communication | CATT | Noted |
| R1‑141193 | Control for D2D communication | CATT | Noted |
| R1‑141194 | Resource allocation mechanism in mode 2 | CATT | Noted |
| R1‑141195 | Resource allocation for type 1 D2D discovery | CATT | Not treated |
| R1‑141196 | Resource allocation for D2DSS and PD2DSCH | CATT | Not treated |
| R1‑141197 | Design of D2DSS and PD2DSCH | CATT | Not treated |
| R1‑141198 | Discussion on D2D synchronization procedure | CATT | Not treated |
| R1‑141199 | Considerations on higher-layer signalling for NAICS receiver | CATT | Not treated |
| R1‑141200 | Remaining details on reconfiguration signalling | NEC | Not treated |
| R1‑141201 | PDSCH scheduling options for low cost MTC UEs not in enhanced coverage mode | NEC | Not treated |
| R1‑141202 | Views on network assistance for cell discovery | NEC | Not treated |
| R1‑141203 | Small cell discovery signal design | NEC | Not treated |
| R1‑141204 | UL power control and splitting in dual connectivity | NEC | Not treated |
| R1‑141205 | On UE capabilities defined as UE category for dual connectivity | NEC | Not treated |
| R1‑141206 | Signaling Considerations for Inter-eNB CoMP | NEC | Not treated |
| R1‑141207 | Timing analysis for D2D transmission gap requirement | NEC | Noted |
| R1‑141208 | On resource selection for Type 1 discovery message transmission | NEC | Not treated |
| R1‑141209 | Further considerations on multiplexing D2D and cellular signals | NEC | Not treated |
| R1‑141210 | UL Index and DAI bits in DCI format 0/4 | Panasonic | Not treated |
| R1‑141211 | Discussion on MTC scheduling options | Panasonic | Not treated |
| R1‑141212 | MCS Indication for 256QAM | Panasonic | Not treated |
| R1‑141213 | CQI Table Design for 256QAM | Panasonic | Not treated |
| R1‑141214 | The procedure for small cell on/off time transition (handover and DRX) | Panasonic | Noted |
| R1‑141215 | Discussion on RSSI on RSRQ-like measurements | Panasonic | Not treated |
| R1‑141216 | Power control on dual connectivity | Panasonic | Noted |
| R1‑141217 | Control signalling/channel design in D2D communication | Panasonic | Not treated |
| R1‑141218 | Resource allocation procedure for Mode 2 UE in D2D communication | Panasonic | Noted |
| R1‑141219 | Resource allocation procedure for Mode1 UE in D2D communication | Panasonic | Noted |
| R1‑141220 | Rough synchronization procedure in D2D | Panasonic | Not treated |
| R1‑141221 | Feasibility analysis of blind parameter detection on CRS-based transmission scheme | Panasonic | Not treated |
| R1‑141222 | UE states and Resource allocation for D2D Communication | Panasonic | Noted |
| R1‑141223 | Discussion on 256QAM configuration | Fujitsu | Not treated |
| R1‑141224 | Options for small cell discovery and RRM measurements | Fujitsu | Not treated |
| R1‑141225 | Discussion on RSRQ measurement for small cell on/off | Fujitsu | Not treated |
| R1‑141226 | Physical layer issues of dual connectivity | Fujitsu | Not treated |
| R1‑141227 | Power allocation strategy for power limited UE in dual-connectivity | Fujitsu | Not treated |
| R1‑141228 | On D2D discovery signal design details | Fujitsu | Not treated |
| R1‑141229 | Futher analysis on control signal and SA for D2D communication | Fujitsu | Not treated |
| R1‑141230 | RRM for D2D communication | Fujitsu | Not treated |
| R1‑141231 | Discussions on D2D resource allocation | Fujitsu | Noted |
| R1‑141232 | On PD2DSS signal generation | Fujitsu | Withdrawn |
| R1‑141233 | Conflict between DL WAN reception and D2D reception | Fujitsu | Withdrawn |
| R1‑141234 | Signaling of PDSCH and PUSCH usage for “CoMP Hypothesis” and “Enhanced RNTP” | IAESI, DAC-UPC | Noted |
| R1‑141235 | Self-organizing D2D communication using knowledge enforcement | IAESI | Not treated |
| R1‑141236 | Discussion on the open issues of small cell discovery | Coolpad | Revised |
| R1‑141237 | Considerations D2D communication scheduling resource | Coolpad | Not treated |
| R1‑141238 | Considerations D2D Synchronization | Coolpad | Revised |
| R1‑141239 | Specification impact of schemes to improve reliability of HS-DPCCH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑141240 | S-UMTS bandwidth detection | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑141241 | Remaining details on CSI feedback for eIMTA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141242 | Remaining HARQ details for eIMTA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141243 | Considerations for low cost MTC UE | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141244 | Consideration of 256QAM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141245 | System Design for transition time reduction for small cell ON/OFF | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141246 | Discovery signals design | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141247 | System analysis of Radio Interface Based Synchronization (RIBS) | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141248 | UL power control and power scaling for dual connectivity | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Revised |
| R1‑141249 | Common search space on SeNB for dual connectivity | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141250 | UE capability sharing between MeNB and SeNB for dual connectivity | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141251 | Signalling details and procedures supporting eCoMP | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Revised |
| R1‑141252 | D2D Channel Design for broadcast communication | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141253 | D2D discovery channel design | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141254 | Preamble design for D2D Discovery | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑141255 | D2D control signaling | Aclatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑141256 | Distributed resource allocation for D2D communication | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑141257 | D2D discovery channel resource allocation | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141258 | Discussion on in-coverage, out-of-coverage, and edge-of-cell coverage | Aclatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑141259 | Resource allocation for synchronization signals and channels | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141260 | Considerations for design of D2D Synchronization and UE Identification | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141261 | D2D synchronization procedure | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141262 | Considerations on higher-layer signaling for NAICS | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141263 | CQI reporting for NAICS operation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
| R1‑141264 | D2D Transport Block Retransmission | ETRI | Not treated |
| R1‑141265 | Remaining issues for TDD-FDD CA | ETRI | Not treated |
| R1‑141266 | Discovery signal(s) and measurements | ETRI | Not treated |
| R1‑141267 | Discussion on TDD Pcell DL HARQ timing with self-carrier scheduling on FDD Scell | China Telecom | Not treated |
| R1‑141268 | Enhanced procedure for activated SCell operating on/off | China Telecom | Noted |
| R1‑141269 | UL Power transmission for dual connectivity | China Telecom | Not treated |
| R1‑141270 | Discussion on Resource Allocation for D2D | China Telecom | Withdrawn |
| R1‑141271 | Remaining Issues for P-CSI Reporting | Samsung | Not treated |
| R1‑141272 | Discussion on CSI feedback for eIMTA | Samsung | Not treated |
| R1‑141273 | UCI Transmission in PUSCH | Samsung | Not treated |
| R1‑141274 | Remaining issues on HARQ timings | Samsung | Not treated |
| R1‑141275 | HARQ-ACK feedback procedures for eIMTA | Samsung | Not treated |
| R1‑141276 | Signaling for Adaptation of TDD UL-DL Configurations in CA | Samsung | Not treated |
| R1‑141277 | Remaining Issues with RRC Impact for eIMTA | Samsung | Not treated |
| R1‑141278 | Remaining issues of low cost MTC | Samsung | Not treated |
| R1‑141279 | CSI feedback for TDD-FDD CA | Samsung | Not treated |
| R1‑141280 | SRS transmission for TDD-FDD CA | Samsung | Not treated |
| R1‑141281 | DL HARQ timing for FDD Scell in TDD-FDD CA | Samsung | Not treated |
| R1‑141282 | DCI format designs for TDD-FDD CA | Samsung | Not treated |
| R1‑141283 | Half-duplex UE operation for TDD-FDD CA | Samsung | Not treated |
| R1‑141284 | MCS/CQI/TBS table design for 256QAM | Samsung | Noted |
| R1‑141285 | UE category/capability for 256QAM | Samsung | Not treated |
| R1‑141286 | Discussion on 256QAM related signalling/procedure | Samsung | Not treated |
| R1‑141287 | Discussions on small cell on/off scenarios and procedures | Samsung | Not treated |
| R1‑141288 | UE RRM and synchronization procedures with small cell on/off operation | Samsung | Noted |
| R1‑141289 | Discussions on small cell discovery procedure | Samsung | Not treated |
| R1‑141290 | Discussions on discovery reference signal based measurements | Samsung | Noted |
| R1‑141291 | Discussions on discovery reference signal design | Samsung | Not treated |
| R1‑141292 | Parallel random access preamble transmissions in dual connectivity | Samsung | Not treated |
| R1‑141293 | UL Power Control in Dual Connectivity | Samsung | Noted |
| R1‑141294 | UCI Transmission in Dual Connectivity | Samsung | Not treated |
| R1‑141295 | Utilization of UE Capabilities in Dual Connectivity | Samsung | Noted |
| R1‑141296 | Signalling for inter-eNB CS/CB operation | Samsung | Noted |
| R1‑141297 | Further evaluation results for inter-eNB CoMP | Samsung | Revised |
| R1‑141298 | D2D broadcast communication physical channel design details | Samsung | Noted |
| R1‑141299 | Physical channel design for scheduling assignment | Samsung | Revised |
| R1‑141300 | Discussion on CP length for D2D PUSCH | Samsung | Noted |
| R1‑141301 | Discussion on guard perion in D2D PUSCH | Samsung | Noted |
| R1‑141302 | Control information for D2D broadcast communication | Samsung | Noted |
| R1‑141303 | Resource pool configuration for type-1 discovery | Samsung | Not treated |
| R1‑141304 | Resource allocation for type-1 discovery and WAN impact | Samsung | Not treated |
| R1‑141305 | Collision avoidance mechanism for D2D broadcast communication | Samsung | Revised |
| R1‑141306 | Mode 2 resource allocation for D2D broadcast communication | Samsung | Noted |
| R1‑141307 | Mode 1 resource allocation for D2D broadcast communication | Samsung | Noted |
| R1‑141308 | Resource allocation for type 2B discovery | Samsung | Not treated |
| R1‑141309 | Definitions of in-coverage, out-of-coverage, edge-of-cell coverage | Samsung | Not treated |
| R1‑141310 | Resource allocation for synchronization signals enabling inter-cluster synchronization | Samsung | Revised |
| R1‑141311 | Synchronization signal design for inter-cluster synchronization | Samsung | Revised |
| R1‑141312 | Signal and channel design for synchronization source selection | Samsung | Not treated |
| R1‑141313 | Inter-cluster synchronization procedure | Samsung | Not treated |
| R1‑141314 | D2D Synchronization signal relay by UE | Samsung | Not treated |
| R1‑141315 | Discussion on transmission parameters for NAICS | Samsung | Not treated |
| R1‑141316 | Discussion on CSI enhancement for NAICS | Samsung | Noted |
| R1‑141317 | Aperiodic CSI reporting in TM1-9 for eIMTA | Sharp | Not treated |
| R1‑141318 | Remaining issues on periodic CSI reporting during fallback for eIMTA | Sharp | Not treated |
| R1‑141319 | PUCCH resource allocation for dynamic HARQ-ACK in eIMTA | Sharp | Not treated |
| R1‑141320 | HARQ-ACK reporting on PUCCH for eIMTA | Sharp | Not treated |
| R1‑141321 | UL and DL reference UL-DL configurations in TDD CA with eIMTA | Sharp | Not treated |
| R1‑141322 | Details on monitoring subframes for recnfiguration DCI in TDD CA and eIMTA | Sharp | Not treated |
| R1‑141323 | PDSCH scheduling for low-cost MTC UEs | Sharp | Not treated |
| R1‑141324 | DL HARQ-ACK for TDD-FDD CA with TDD Pcell | Sharp | Not treated |
| R1‑141325 | Remaining details of Periodic CSI reporting for Rel-12 TDD-FDD Carrier Aggregation | Sharp | Not treated |
| R1‑141326 | Discovery signal design for small cell | Sharp | Not treated |
| R1‑141327 | Aspects of eNB Scheduling Assignment in D2D for Mode 1 Transmission | Sharp | Not treated |
| R1‑141328 | D2D Coverage Definition | Sharp | Not treated |
| R1‑141329 | Remaining Details on CSI Measurement and Report for TDD eIMTA | LG Electronics | Not treated |
| R1‑141330 | Remaining Details on HARQ Feedback for TDD eIMTA | LG Electronics | Not treated |
| R1‑141331 | Other Remaining Issues for TDD eIMTA | LG Electronics | Not treated |
| R1‑141332 | Scheduling method for supporting low-cost MTC | LG Electronics | Not treated |
| R1‑141333 | (E)PDCCH related issues for low-cost MTC | LG Electronics | Not treated |
| R1‑141334 | HD-FDD support for low-cost MTC | LG Electronics | Noted |
| R1‑141335 | Options of DL HARQ timing for TDD PCell self scheduling case | LG Electronics | Not treated |
| R1‑141336 | Remaining RAN1 specification details for TDD-FDD CA | LG Electronics | Not treated |
| R1‑141337 | CQI/MCS/TBS table design for 256QAM support | LG Electronics | Noted |
| R1‑141338 | Further details on 256QAM operation | LG Electronics | Not treated |
| R1‑141339 | Detailed design of small cell on/off operation | LG Electronics | Not treated |
| R1‑141340 | Discovery signal design choices and considerations | LG Electronics | Not treated |
| R1‑141341 | Performance analysis on discovery signal candidates | LG Electronics | Not treated |
| R1‑141342 | Design of radio-based network synchronization for intra-operator scenarios | LG Electronics | Not treated |
| R1‑141343 | Design of radio-based network synchronization for inter-operator scenarios | LG Electronics | Not treated |
| R1‑141344 | Power control for dual connectivity | LG Electronics | Not treated |
| R1‑141345 | Remaining RAN1 issues of dual connectivity | LG Electronics | Not treated |
| R1‑141346 | Inter-eNB CoMP signaling with non-ideal backhaul | LG Electronics | Revised |
| R1‑141347 | Discussion on D2D communication physical layer design | LG Electronics | Not treated |
| R1‑141348 | Discussion on D2D discovery physical layer design | LG Electronics | Revised |
| R1‑141349 | Control design for D2D broadcast communication | LG Electronics | Not treated |
| R1‑141350 | Operation in Mode 2 resource allocation for D2D communication | LG Electronics | Not treated |
| R1‑141351 | Operation in Type 1 resource allocation for D2D discovery | LG Electronics | Not treated |
| R1‑141352 | Operation in Mode 1 resource allocation for D2D communication | LG Electronics | Noted |
| R1‑141353 | Operation in Type 2 resource allocation for D2D discovery | LG Electronics | Not treated |
| R1‑141354 | Issues on multiplexing between WAN and D2D | LG Electronics | Not treated |
| R1‑141355 | Definition of coverage in D2D operation perspective | LG Electronics | Not treated |
| R1‑141356 | Discussion on resource allocation for D2D synchronization | LG Electronics | Not treated |
| R1‑141357 | Discussion on design of D2DSS and PD2DSCH | LG Electronics | Not treated |
| R1‑141358 | Discussion on D2D synchronization procedure | LG Electronics | Not treated |
| R1‑141359 | Discussion on D2D signal transmission and reception timing | LG Electronics | Not treated |
| R1‑141360 | Considerations on supporting inter-cell D2D operations | LG Electronics | Not treated |
| R1‑141361 | Discussion on higher-layer signalling for NAICS | LG Electronics | Not treated |
| R1‑141362 | Discussion on CSI enhancement for NAICS | LG Electronics | Noted |
| R1‑141363 | PDCCH common search space in SCG | CATT | Not treated |
| R1‑141364 | UE category related L1 processing capability for dual connectivity | CATT | Not treated |
| R1‑141365 | UE monitoring behaviour with cell on/off operations | FiberHome | Not treated |
| R1‑141366 | Discussion on CQI/MCS table design for 256QAM | FiberHome | Not treated |
| R1‑141367 | Small cell on-off switching and muting in radio interface based synchronization | FiberHome | Not treated |
| R1‑141368 | DL HARQ timing for TDD-FDD CA with self-carrier scheduling when TDD is PCell | FiberHome | Not treated |
| R1‑141369 | Discussion on RRC impact of TDD eIMTA | New Postcom | Not treated |
| R1‑141370 | Discussion on small cell on off transition time reduction | New Postcom | Not treated |
| R1‑141371 | PDSCH scheduling for low cost MTC UE | New Postcom | Not treated |
| R1‑141372 | Discussion on physical layer functionalities for Dual Connectivity | New Postcom | Not treated |
| R1‑141373 | Consideration on TDD-FDD joint operation | New Postcom | Not treated |
| R1‑141374 | Signalling information for inter-eNB CoMP with NIB | New Postcom | Not treated |
| R1‑141375 | Remaining Details of UL/DL Reconfiguration for eIMTA | HTC | Not treated |
| R1‑141376 | Higher Order Modulation for Small Cell Enhancement | HTC | Not treated |
| R1‑141377 | Discussion on small cell on/off | HTC | Withdrawn |
| R1‑141378 | Physical Layer Aspects of Dual Connectivity | HTC | Not treated |
| R1‑141379 | D2D Synchronization procedure between in and out of coverage UEs | HTC | Not treated |
| R1‑141380 | Synchronization Signals and Channel Design for D2D Discovery and Communication | Ericsson | Not treated |
| R1‑141381 | Synchronization Procedures for D2D Discovery and Communication | Ericsson | Not treated |
| R1‑141382 | On Scrambling of D2D Physical Channels | Ericsson | Noted |
| R1‑141383 | Discussion on the Association Threshold for D2D Communication | Ericsson, Qualcomm, US Department of Commerce | Not treated |
| R1‑141384 | D2D Physical Channels Design | Ericsson | Noted |
| R1‑141385 | Simulation Results for Multihop Synchronization | Ericsson | Not treated |
| R1‑141386 | Inter-Carrier and Inter-Cell Aspects of D2D Discovery and Communication | Ericsson | Not treated |
| R1‑141387 | Frame Structure for D2D-Enabled LTE Carriers | Ericsson | Noted |
| R1‑141388 | Discovery Resource Allocation | Ericsson | Noted |
| R1‑141389 | On Metric and Procedures for In/Out of NW coverage detection for D2D | Ericsson | Not treated |
| R1‑141390 | On resource allocation for D2D communication | Ericsson | Not treated |
| R1‑141391 | On Scheduling Assignments and Receiver Behaviour | Ericsson | Noted |
| R1‑141392 | Timing Aspects in D2D Discovery and Communication | Ericsson | Not treated |
| R1‑141393 | Discussion on Mechanism to Support 256QAM in TM 10 | Hitachi Ltd. | Not treated |
| R1‑141394 | Explicit signaling of cell states to UEs | Hitachi Ltd. | Not treated |
| R1‑141395 | Discussion on discovery signal candidates | Hitachi Ltd. | Not treated |
| R1‑141396 | Discovery Signal for Small Cells | Hitachi Ltd. | Not treated |
| R1‑141397 | Further discussion on CoMP signaling with Non-ideal Backhaul | Hitachi Ltd. | Not treated |
| R1‑141398 | Discussion on D2D transmission timing in network coverage | KDDI | Not treated |
| R1‑141399 | On standard impacts of 256QAM in downlink | ZTE | Revised |
| R1‑141400 | Remaining Issues for TDD-FDD CA | ZTE | Not treated |
| R1‑141401 | Physical layer aspects of dual connectivity | ZTE | Not treated |
| R1‑141402 | UCI feedback mechanism for dual connectivity | ZTE | Not treated |
| R1‑141403 | Parallel random access preamble transmissions in dual connectivity | ZTE | Not treated |
| R1‑141404 | Enhanced small cell onoff mechanisms | ZTE | Not treated |
| R1‑141405 | Discussion on open issues of small cell on/off and discovery | ZTE | Not treated |
| R1‑141406 | Solutions and standard impacts for RIBS | ZTE | Noted |
| R1‑141407 | Issues regarding radio-interface based synchronization | ZTE | Not treated |
| R1‑141408 | Remaining issue on inter-eNB CoMP Signalling | ZTE | Not treated |
| R1‑141409 | Discussion on Higher-layer signalling for NAICS | ZTE | Not treated |
| R1‑141410 | Discussion on CSI enhancement for NAICS | ZTE | Noted |
| R1‑141411 | Analysis on low cost MTC UEs | ZTE | Not treated |
| R1‑141412 | PDSCH PRB locations for common and unicast channels for low cost MTC UEs | ZTE | Not treated |
| R1‑141413 | On DS design - Including SSS as part of the DS signal | ZTE | Not treated |
| R1‑141414 | On DS design - Frequency division multiplexing | ZTE | Not treated |
| R1‑141415 | Autonomous time difference detection for extended small cell On/OFF use cases | ZTE | Not treated |
| R1‑141416 | Discovery burst indicator for autonomous time difference detection | ZTE | Not treated |
| R1‑141417 | On network assisted DS transmissions under uncertain relative time differences | ZTE | Not treated |
| R1‑141418 | Inconsistency between reconfiguration signaling and UL grant/PHICH | ZTE | Not treated |
| R1‑141419 | Remaining issues in UL power control | ZTE | Not treated |
| R1‑141420 | Remaining details of CSI feedback for TDD eIMTA | ZTE | Not treated |
| R1‑141421 | Impact of RACH procedure to TDD eIMTA reconfiguration | ZTE | Noted |
| R1‑141422 | Design details of discovery signal and channel | ZTE | Not treated |
| R1‑141423 | D2D physical channel design for broadcast communication based on PUSCH structure | ZTE | Noted |
| R1‑141424 | Control signaling for D2D broadcast communication | ZTE | Not treated |
| R1‑141425 | Distributed resource allocation for D2D communication | ZTE | Not treated |
| R1‑141426 | Resource Allocation for D2D Discovery | ZTE | Not treated |
| R1‑141427 | Scheduling-based D2D communication resource allocation | ZTE | Noted |
| R1‑141428 | Discussion on definitions of coverage scenarios | ZTE | Not treated |
| R1‑141429 | Resource allocation for D2D synchronization | ZTE | Withdrawn |
| R1‑141430 | D2D Synchronization Signal and Channel Design | ZTE | Not treated |
| R1‑141431 | Multi-hop Synchronization Procedure | ZTE | Revised |
| R1‑141432 | Synchronization for D2D discovery | ZTE | Not treated |
| R1‑141433 | Draft Rel-12 CR on Clarification on UE port based CRC masking | Qualcomm Inc. | Noted - Revised |
| R1‑141434 | CSI measurement and reporting in eIMTA | Qualcomm Inc. | Not treated |
| R1‑141435 | HARQ-ACK feedback for eIMTA | Qualcomm Inc. | Not treated |
| R1‑141436 | Remaining issues for eIMTA | Qualcomm Inc. | Not treated |
| R1‑141437 | SPS operation in TDD eIMTA | Qualcomm Inc. | Not treated |
| R1‑141438 | Remaining details of UE category type | Qualcomm Inc. | Not treated |
| R1‑141439 | Solution for TDD-FDD CA | Qualcomm Inc. | Not treated |
| R1‑141440 | Higher order modulation | Qualcomm Inc. | Not treated |
| R1‑141441 | Small cell on/off time reduction | Qualcomm Inc. | Not treated |
| R1‑141442 | Small cell discovery | Qualcomm Inc. | Not treated |
| R1‑141443 | Network synchronization by network listening | Qualcomm Inc. | Noted |
| R1‑141444 | Physical layer aspects of dual-connectivity | Qualcomm Inc. | Not treated |
| R1‑141445 | Parameters for backhaul signaling | Qualcomm Inc. | Noted |
| R1‑141446 | Signal Design for D2D Discovery and Broadcast | Qualcomm Inc. | Revised |
| R1‑141447 | Link level simulation results for D2D broadcast communication | Qualcomm Inc. | Noted |
| R1‑141448 | Control for D2D broadcast communication | Qualcomm Inc. | Noted |
| R1‑141449 | Resource allocation for D2D discovery | Qualcomm Inc. | Revised |
| R1‑141450 | Distributed resource allocation for D2D broadcast communication | Qualcomm Inc. | Noted |
| R1‑141451 | eNB resource allocation for D2D broadcast communication | Qualcomm Inc. | Noted |
| R1‑141452 | Definitions of coverage states and mode switching for D2D | Qualcomm Inc. | Noted |
| R1‑141453 | Signal Design for D2D Synchronization | Qualcomm Inc. | Not treated |
| R1‑141454 | Resource allocation for D2D Synchronization | Qualcomm Inc. | Not treated |
| R1‑141455 | Procedures for D2D synchronization | Qualcomm Inc. | Noted |
| R1‑141456 | Coexistence of D2D discovery and WAN | Qualcomm Inc. | Noted |
| R1‑141457 | Network assistance signaling | Qualcomm Inc. | Not treated |
| R1‑141458 | CSI measurement and reporting for NAICS | Qualcomm Inc. | Noted |
| R1‑141459 | Design details of scheduling assignments | Kyocera | Not treated |
| R1‑141460 | Resource allocation for Type 1 discovery | Kyocera | Not treated |
| R1‑141461 | Update Views on FFS on new UE category/type | Panasonic | Noted |
| R1‑141462 | Remaining details of bandwidth reduction for low cost MTC | NTT DOCOMO | Not treated |
| R1‑141463 | Further design of CQI/MCS table for 256 QAM | NTT DOCOMO | Not treated |
| R1‑141464 | Views on transition time reduction for small cell on/off | NTT DOCOMO | Not treated |
| R1‑141465 | Views on network assistance for Rel-12 discovery procedure | NTT DOCOMO | Not treated |
| R1‑141466 | Views on discovery signal design for Rel-12 discovery procedure | NTT DOCOMO | Not treated |
| R1‑141467 | Views on discovery signal-based RSRQ measurement | NTT DOCOMO | Not treated |
| R1‑141468 | Open issues on dual connectivity | NTT DOCOMO | Not treated |
| R1‑141469 | Transmit power control for dual connectivity | NTT DOCOMO | Not treated |
| R1‑141470 | Views on remaining open issues on dual connectivity | NTT DOCOMO | Not treated |
| R1‑141471 | Details on Backhaul Signaling for Inter-eNB CoMP | NTT DOCOMO | Noted |
| R1‑141472 | Discussion on resource selection for type 1 discovery | NTT DOCOMO | Not treated |
| R1‑141473 | Discussion on resource allocation for Type 2B discovery | NTT DOCOMO | Noted |
| R1‑141474 | Views on Higher Layer Signaling for NAICS | NTT DOCOMO | Noted |
| R1‑141475 | Evaluation results of CSI enhancements for NAICS | NTT DOCOMO | Not treated |
| R1‑141476 | DL HARQ Timing for self-carrier scheduling when PCell is TDD and SCell is FDD | ITRI | Not treated |
| R1‑141477 | Further discussion on radio-interface based synchronization | ITRI | Not treated |
| R1‑141478 | Discussion on the multiplexing of D2D and Cellular signals | ITRI | Not treated |
| R1‑141479 | Discovery Preamble Design for AGC Consideration in SC-FDM systems | ITRI | Noted |
| R1‑141480 | Definition of in-coverage, out-of-coverage and edge-of-cell coverage | ITRI | Not treated |
| R1‑141481 | D2DSS Timing Misalignment for UE on Edge-of-Cell Coverage | ITRI | Not treated |
| R1‑141482 | Analysis on PDSCH resource allocation for low cost MTC | MediaTek Inc. | Not treated |
| R1‑141483 | On CA enhancements for fast small cell on/off operation | MediaTek Inc. | Noted |
| R1‑141484 | On dual connectivity enhancements for fast small cell on/off operation | MediaTek Inc. | Not treated |
| R1‑141485 | On enhancements for small cell discovery and RRM measureements | MediaTek Inc. | Not treated |
| R1‑141486 | Performance evaluation of small cell discovery signal designs | MediaTek Inc. | Not treated |
| R1‑141487 | On physical layer support for dual connectivity | MediaTek Inc. | Not treated |
| R1‑141488 | Higher-layer signaling for NAICS and system impact analysis | MediaTek Inc. | Noted |
| R1‑141489 | CSI feedback for NAICS receivers | MediaTek Inc. | Not treated |
| R1‑141490 | Downlink compressed mode considerations | MediaTek Inc. | Noted |
| R1‑141491 | UL DCH Enhancement solution comparison | MediaTek Inc. | Noted |
| R1‑141492 | System simulation results for uplink FET-less transmission mode switching | MediaTek Inc. | Noted |
| R1‑141493 | Uplink compressed mode design for DCH enhancements | MediaTek Inc. | Noted |
| R1‑141494 | UL ACK design comparison for DL-FET | MediaTek Inc. | Noted |
| R1‑141495 | Uplink TFCI coding considerations | MediaTek Inc. | Not treated |
| R1‑141496 | Discussion on small cell on/off transition time reduction | III | Not treated |
| R1‑141497 | On the signal design and resource allocation of reply signal for D2D discovery | III | Not treated |
| R1‑141498 | Performance of D2D synchronization source selection and D2DSS transmission | III | Not treated |
| R1‑141499 | Integrated resource scheduling for in-coverage D2D communication to support Mode 1 and Mode 2 | III | Not treated |
| R1‑141500 | Discussions on UE Categories with introduction of 256 QAM | Broadcom Corporation | Revised |
| R1‑141501 | MCS table design for 256 QAM | Broadcom Corporation | Not treated |
| R1‑141502 | Small cell On/off procedures | Broadcom Corporation | Revised |
| R1‑141503 | Small cell discovery signal design | Broadcom Corporation | Noted |
| R1‑141504 | System level evaluations for aligned discovery | Broadcom Corporation | Not treated |
| R1‑141505 | RSRQ calculation for small cell On/Off | Broadcom Corporation | Not treated |
| R1‑141506 | Power scaling for dual connectivity | Broadcom Corporation | Not treated |
| R1‑141507 | Uplink power control for dual connectivity | Broadcom Corporation | Not treated |
| R1‑141508 | RRC signaling for NAICS | Broadcom Corporation | Not treated |
| R1‑141509 | CSI reporting for NAICS | Broadcom Corporation | Not treated |
| R1‑141510 | Resource Allocation for Type 1 D2D Discovery | Fujitsu | Not treated |
| R1‑141511 | DL HARQ timing for FDD SCell in case of TDD PCell | NVIDIA | Not treated |
| R1‑141512 | CQI table design for downlink 256QAM | NVIDIA | Not treated |
| R1‑141513 | Procedures for reducing small cell on/off transition time | NVIDIA | Not treated |
| R1‑141514 | Discovery signal design | NVIDIA | Not treated |
| R1‑141515 | Discussion on higher-layer signaling for NAICS | NVIDIA | Noted |
| R1‑141516 | On CSI feedback in support of NAICS | NVIDIA | Not treated |
| R1‑141517 | Synchronization Procedure for D2D Broadcast Communication | China Telecom | Withdrawn |
| R1‑141518 | Remaining issues for TDD-FDD CA | ITL Inc. | Not treated |
| R1‑141519 | Discussion on the open issues of the enhanced small Cell on/off procedure | ITL Inc. | Not treated |
| R1‑141520 | Considerations on D2D synchronization signal design | ITL Inc. | Not treated |
| R1‑141521 | HARQ timing determination in the case of CA | NSN, Nokia | Not treated |
| R1‑141522 | Usage of UL DAI and UL Index with UL reference configuration #0 | NSN, Nokia | Not treated |
| R1‑141523 | Summary of email discussion [76-06] | NSN | Not treated |
| R1‑141524 | PDSCH PRB Limitation for Low Cost MTC UE | NSN, Nokia | Not treated |
| R1‑141525 | PDSCH Scheduling for Low Cost MTC UE | NSN, Nokia | Not treated |
| R1‑141526 | HD-FDD Low Cost MTC UE | NSN, Nokia | Noted |
| R1‑141527 | DL HARQ timing for self-scheduled FDD Scell in case of TDD Pcell | Nokia, NSN | Not treated |
| R1‑141528 | Remaining issues on TDD-FDD CA DCI format | Nokia, NSN | Noted |
| R1‑141529 | Further details on CQI table design | Nokia, NSN | Noted |
| R1‑141530 | On 256QAM PDSCH support scheduled by compact DCI formats | Nokia, NSN | Not treated |
| R1‑141531 | On UE categories for 256QAM support | Nokia, NSN | Not treated |
| R1‑141532 | Small Cell Detection Statistics and Related Considerations | NSN, Nokia | Not treated |
| R1‑141533 | Discovery Signals and Measurements | NSN, Nokia | Not treated |
| R1‑141534 | Designing issues of Radio-interface based Synchronization | NSN, Nokia | Not treated |
| R1‑141535 | RIBS with Synchronization Accuracy Indication | NSN, Nokia | Not treated |
| R1‑141536 | UL power control and power headroom reporting for dual connectivity | NSN, Nokia | Not treated |
| R1‑141537 | Control signalling for dual connectivity | NSN, Nokia | Noted |
| R1‑141538 | Inter-eNB signaling design for eCoMP | NSN, Nokia | Not treated |
| R1‑141539 | Issues in D2D Discovery Signal Design | Nokia, NSN | Noted |
| R1‑141540 | Control of ProSe resource use | Nokia, NSN | Not treated |
| R1‑141541 | D2D synchronization signal design | Nokia, NSN | Not treated |
| R1‑141542 | Discussion on D2D synchronization procedure for communication and discovery | Nokia, NSN | Not treated |
| R1‑141543 | Network assistance for NAICS receivers | NSN, Nokia | Not treated |
| R1‑141544 | On NAICS CSI feedback | NSN, Nokia | Revised |
| R1‑141545 | Discussion on D2D Control Channel | Intel Corporation | Not treated |
| R1‑141546 | Discussion on D2D Operation Outside of Network Coverage (Mode-2) | Intel Corporation | Not treated |
| R1‑141547 | Discussion on Out of Coverage Definition | Intel Corporation | Not treated |
| R1‑141548 | Discussion on D2D Synchronization Channel (PD2DSCH) | Intel Corporation | Not treated |
| R1‑141549 | Analysis of different RSRP thresholds for design and evaluation of D2D communication | Intel Corporation | Not treated |
| R1‑141550 | On Reduction of Synchronization Source Density | Intel Corporation | Not treated |
| R1‑141551 | Discussion on the remaining details of CSI Feedback for eIMTA | Intel Corporation | Not treated |
| R1‑141552 | On PDSCH scheduling for LC MTC UE | InterDigital | Not treated |
| R1‑141553 | Design considerations for 256QAM | InterDigital | Not treated |
| R1‑141554 | Small cell On/Off mechanism | InterDigital | Not treated |
| R1‑141555 | RSSI measurements in Small cell On/Off operation | InterDigital | Not treated |
| R1‑141556 | Power scaling in Dual Connectivity | InterDigital | Not treated |
| R1‑141557 | On physical channel design for D2D broadcast communication and discovery | InterDigital | Noted |
| R1‑141558 | On control signaling for D2D broadcast communication | InterDigital | Noted |
| R1‑141559 | Determination of in-coverage, out-of-coverage, edge-of-coverage for D2D UEs | InterDigital | Not treated |
| R1‑141560 | eNB resource allocation for D2D | InterDigital | Withdrawn |
| R1‑141561 | Synchronization signal and channel design for D2D | InterDigital | Not treated |
| R1‑141562 | Synchronization procedure for D2D | InterDigital | Not treated |
| R1‑141563 | Draft TP on eIMTA for TS 36.300 | NSN, Nokia, CATT | Noted |
| R1‑141564 | Discussion on D2DSS design | Broadcom Corporation | Not treated |
| R1‑141565 | CQI table and feedback design for 256 QAM | Broadcom Corporation | Noted |
| R1‑141566 | On forward compatibility of Rel-12 low complexity MTC specification | Sony | Not treated |
| R1‑141567 | Views on PDSCH buffering options for low-complexity MTC UEs | Sony | Not treated |
| R1‑141568 | Support for contiguous and non-contiguous resource allocation for low-complexity MTC UEs | Sony | Not treated |
| R1‑141569 | On reduced baseband bandwidth support of low-complexity MTC UEs | Sony | Not treated |
| R1‑141570 | Discussion on small cell discovery signal design | Sony | Not treated |
| R1‑141571 | D2D Resource Pool and Scheduling Assignments | Sony | Noted |
| R1‑141572 | D2D Resource Allocation Mode Selection | Sony | Noted |
| R1‑141573 | Synchronization design for D2D discovery and communication | Sony | Not treated |
| R1‑141574 | UE measurement based on discover signal | ASUSTeK | Not treated |
| R1‑141575 | UL Power Control for Simultaneous UCI Transmission | ASUSTeK | Not treated |
| R1‑141576 | D2D communication resource scheduling | ASUSTeK | Not treated |
| R1‑141577 | Resource allocation/utilization for type-1 discovery | ASUSTeK | Not treated |
| R1‑141578 | Consideration on Remaining Issue to Configure 256 QAM | BlackBerry UK Limited | Not treated |
| R1‑141579 | New UE Category to Support 256 QAM | BlackBerry UK Limited | Not treated |
| R1‑141580 | UL Power Control for Dual Connectivity | BlackBerry UK Limited | Not treated |
| R1‑141581 | Discussion on PUCCH reporting payload size | Huawei, HiSilicon | Noted |
| R1‑141582 | Correction on PUCCH reporting payload size | Huawei, HiSilicon | Noted - Revised |
| R1‑141583 | Discussion on remaining details for CSI feedback for eIMTA | Huawei, HiSilicon | Not treated |
| R1‑141584 | Remaining issues for HARQ-ACK feedback on PUCCH | Huawei, HiSilicon | Not treated |
| R1‑141585 | HARQ-ACK feedback bits on PUSCH for eIMTA | Huawei, HiSilicon | Not treated |
| R1‑141586 | Support of TDD as Primary Cell for TDD-FDD CA in Rel-12 | Huawei, HiSilicon | Not treated |
| R1‑141587 | Other aspects related to small cell on/off and discovery | Huawei, HiSilicon | Not treated |
| R1‑141588 | New L1 procedure for small cell on/off transition time further reduction | Huawei, HiSilicon | Not treated |
| R1‑141589 | Mechanisms for energy-efficient small cell discovery and measurements | Huawei, HiSilicon | Not treated |
| R1‑141590 | Discussion on network listening for intra/inter-operator deployment | Huawei, HiSilicon, CATR | Not treated |
| R1‑141591 | Co-existence of Normal CP OFDM symbol and Extended CP OFDM symbol in D2D communication/discovery | Huawei, HiSilicon | Noted |
| R1‑141592 | Control information for D2D communication | Huawei, HiSilicon | Noted |
| R1‑141593 | Consideration on Mode 2 resource allocation | Huawei, HiSilicon | Noted |
| R1‑141594 | Views on resource allocation for D2D synchronization signals | Huawei, HiSilicon | Not treated |
| R1‑141595 | Design considerations for D2DSS | Huawei, HiSilicon | Noted |
| R1‑141596 | Timing signaling for D2D communication | Huawei, HiSilicon | Not treated |
| R1‑141597 | Impact of D2D on cellular | Huawei, HiSilicon | Not treated |
| R1‑141598 | Discussion on network assistance signalling parameters | Huawei, HiSilicon | Noted |
| R1‑141599 | Consideration onf higher layer signalling of NAIC | CATR | Not treated |
| R1‑141600 | Evaluation on D2D distributed resource allocation for discovery | CATR | Revised |
| R1‑141601 | On control information of D2D communication | CATR | Not treated |
| R1‑141602 | Remaining details of HARQ self-scheduling for TDD-FDD CA | Texas Instruments | Not treated |
| R1‑141603 | Procedures for small cell on/off transition time reduction | Texas Instruments | Not treated |
| R1‑141604 | UL Power Control Considerations for Dual Connectivity | Texas Instruments | Not treated |
| R1‑141605 | On signalling for CoMP with non-ideal backhaul | Texas Instruments | Not treated |
| R1‑141606 | Remaining details of low complexity MTC UE | Motorola Mobility | Not treated |
| R1‑141607 | MCS and TBS signaling for support of 256-QAM | Motorola Mobility | Not treated |
| R1‑141608 | UE category in support of 256-QAM | Motorola Mobility | Not treated |
| R1‑141609 | Further discussion on procedures for small cell on/off | Motorola Mobility | Noted |
| R1‑141610 | Discussion on supporting of TDD Pcell and DL HARQ timing for TDD Pcell | CMCC | Not treated |
| R1‑141611 | Configuration and MCS table design for higher order modulation | CMCC | Not treated |
| R1‑141612 | Considerations on UE category supporting 256QAM | CMCC | Not treated |
| R1‑141613 | Discussion on small cell architectures and procedures for small cell on/off and discovery | CMCC | Not treated |
| R1‑141614 | Discussion on discovery signal design | CMCC | Revised |
| R1‑141615 | Radio-interface based synchronization for intra-operator small cells | CMCC | Not treated |
| R1‑141616 | Discussion on radio interface based inter-operator synchronization | CMCC | Noted |
| R1‑141617 | Backhaul signaling for CoMP-NIB operation | CMCC | Not treated |
| R1‑141618 | Performance analysis of coordination based on RSRP | CMCC | Noted |
| R1‑141619 | CSI enhancement for NAICS receivers | CMCC | Not treated |
| R1‑141620 | Discussion on Aperiodic CSI in TM1-9 for eIMTA^^ | Potevio | Not treated |
| R1‑141621 | Discussion on self-scheduling PDSCH timing in TDD-FDD CA | Potevio | Not treated |
| R1‑141622 | Discussion on multiplexing D2D and cellular signal | Potevio | Not treated |
| R1‑141623 | Impact of D2D on cellular traffic - Necessary further evaluations | Orange | Not treated |
| R1‑141624 | Design impact of PDCCH and PDSCH scheduling of Rel-12 low complexity MTC UEs | Vodafone | Not treated |
| R1‑141625 | Signaling of SRS scheduling for “CoMP Hypothesis” | IAESI, DAC-UPC | Not treated |
| R1‑141626 | DL HARQ timing for self-scheduling in case of TDD PCell | KT Corp. | Not treated |
| R1‑141627 | Design of CQI/MCS/TBS table for 256QAM | KT Corp. | Revised |
| R1‑141628 | Aperiodic CSI reporting for eIMTA | Ericsson | Not treated |
| R1‑141629 | Remaining issues on CSI feedback for eIMTA | Ericsson | Not treated |
| R1‑141630 | On the need of new RRC parameters for eIMTA | Ericsson | Not treated |
| R1‑141631 | Half duplex FDD for low cost MTC UE | Ericsson | Noted |
| R1‑141632 | Impacts of PRB restriction for low cost MTC UE | Ericsson | Noted |
| R1‑141633 | Resource allocation for low cost MTC UE | Ericsson | Noted |
| R1‑141634 | Views on HARQ timing for TDD Pcell | Ericsson | Not treated |
| R1‑141635 | Gray mapping for 256QAM | Ericsson | Noted |
| R1‑141636 | CQI and MCS table design for downlink 256QAM | Ericsson | Noted |
| R1‑141637 | TBS table design for downlink 256QAM | Ericsson | Not treated |
| R1‑141638 | On 256QAM UE category handling | Ericsson | Not treated |
| R1‑141639 | 256QAM configuration and signaling | Ericsson | Noted |
| R1‑141640 | On transition time reduction for small cell on/off | Ericsson | Noted |
| R1‑141641 | Performance of small cell on/off with different transition times | Ericsson | Not treated |
| R1‑141642 | Design of discovery bursts and procedures | Ericsson | Not treated |
| R1‑141643 | Performance of discovery burst options | Ericsson | Not treated |
| R1‑141644 | Scenarios and solutions for radio-interface based synchronization | Ericsson | Not treated |
| R1‑141645 | UL Power control in dual connectivity | Ericsson | Not treated |
| R1‑141646 | UE Capability in Dual Connectivity | Ericsson | Not treated |
| R1‑141647 | Power headroom reporting for dual connectivity | Ericsson | Not treated |
| R1‑141648 | Simultaneous Rx/Tx support for dual connectivity | Ericsson | Not treated |
| R1‑141649 | Signaling for Inter-eNB Operation of CoMP | Ericsson | Revised |
| R1‑141650 | Draft CR to 36.211 (Rel-12) | Ericsson | Noted |
| R1‑141651 | ProSe device-to-device discovery link performance | General Dynamics | Not treated |
| R1‑141652 | ProSe device-to-device synchronisation signal and channel design | General Dynamics | Not treated |
| R1‑141653 | Scenarios and higher-layer signaling for NAICS | Ericsson | Not treated |
| R1‑141654 | 4 Tx Antenna Support for NAICS | Ericsson | Not treated |
| R1‑141655 | Higher Layer Signaling of TM10 DMRS Properties for NAICS | Ericsson | Not treated |
| R1‑141656 | On CSI enhancements for NAICS | Ericsson | Noted |
| R1‑141657 | Compressed mode for enhanced DCH | NSN | Noted |
| R1‑141658 | Analysis on the Solutions for HS-DPCCH Reception Reliability Issue in HetNet | NSN | Noted |
| R1‑141659 | HARQ Solutions for TDM operation | NSN | Noted |
| R1‑141660 | Solution for improved grant handling for TDM operation | NSN, Huawei | Revised |
| R1‑141661 | LLS results for DTX Power Control with Long DTX Cycles | NSN | Noted |
| R1‑141662 | On HS-DPCCH overhead reduction | NSN | Not treated |
| R1‑141663 | Link level simulation results for different transport block options for the secondary BCH channel | NSN | Noted |
| R1‑141664 | Achieving coverage with soft combining for BCH2 | NSN | Noted |
| R1‑141665 | PRACH preamble analysis for S-UMTS | NSN | Noted |
| R1‑141666 | On DL processing of AICH, PICH and multiantenna techniques for S-UMTS | NSN | Noted |
| R1‑141667 | SCH for S-UMTS | NSN | Noted |
| R1‑141668 | Consideration on UL ACK for DL Frame Early Termination | Huawei, HiSilicon | Noted |
| R1‑141669 | Evaluation of HS-DPCCH solutions | Huawei, HiSilicon | Noted |
| R1‑141670 | Impact on specifications of HS-DPCCH solutions | Huawei, HiSilicon | Noted |
| R1‑141671 | Discussion on solutions to mitigate interference from non-SHO users | Huawei, HiSilicon | Noted |
| R1‑141672 | Consideration on CIO adaptation | Huawei, HiSilicon | Noted |
| R1‑141673 | Further considerations on DTX enhancements | Huawei, HiSilicon | Noted |
| R1‑141674 | Further considerations on DRX enhancements | Huawei, HiSilicon | Noted |
| R1‑141675 | Considerations on transmitting F-DPCH for the secondary carrier on the primary carrier | Huawei, HiSilicon | Noted |
| R1‑141676 | Solutions for HS-DPCCH overhead reduction to improve capacity and coverage | Huawei, HiSilicon | Not treated |
| R1‑141677 | Way Forward on HS-DPCCH Overhead reduction for multi-RAB scenario | Huawei, HiSilicon, China Unicom | Noted |
| R1‑141678 | RAN1 Specification Impact for the introduction of HS-DPCCH overhead reduction | Huawei, HiSilicon | Not treated |
| R1‑141679 | Considerations on S-CCPCH design carrying BCH2 | Huawei, HiSilicon | Noted |
| R1‑141680 | Uplink performance for F-UMTS | Huawei,HiSilicon | Noted |
| R1‑141681 | PRACH design for F-UMTS | Huawei,HiSilicon | Noted |
| R1‑141682 | Design for cross carrier scheduling for F-UMTS carrier aggregation | Huawei,HiSilicon | Noted |
| R1‑141683 | On the need of introducing cross carrier scheduling for F-UMTS carrier aggregation | Huawei,HiSilicon | Noted |
| R1‑141684 | Further considerations on enhancement to uplink power control algorithm 2 to reduce power consumption of DL TPC commands | Huawei, HiSilicon | Noted |
| R1‑141685 | On Scheduling Assignment Message Design | CEWiT | Not treated |
| R1‑141686 | Transition Time Reduction for Small Cell On/Off | CEWiT | Not treated |
| R1‑141687 | On Reliability of Uplink Control Channels in Heterogeneous Network Deployments | Ericsson | Noted |
| R1‑141688 | HS-DPCCH Performance with Secondary Pilot – System Level Results | Ericsson | Noted |
| R1‑141689 | E-DPCCH Performance with Secondary Pilot – Link Level Results | Ericsson | Noted |
| R1‑141690 | On the DTX Parameterization for Secondary Carriers | Ericsson | Noted |
| R1‑141691 | On Increasing the DRX Cycle for Single and Multicarriers | Ericsson | Noted |
| R1‑141692 | Comparative Analysis of TDM Scheduler Schemes for Secondary Carriers | Ericsson | Noted |
| R1‑141693 | On Improving the Power Control for Secondary Carrier after Transmission Gap | Ericsson | Noted |
| R1‑141694 | HS-DPCCH Overhead Reduction for Multi-RAB Coverage Improvement | Ericsson | Noted |
| R1‑141695 | CR on the HS-SCCH Order to Inform the UE to Perform the TTI Switch | Ericsson | Noted |
| R1‑141696 | BCH Enhancements - Detailed Design of BCH2 Mapping to S-CCPCH | Ericsson | Noted |
| R1‑141697 | Scalable UMTS – Uplink Aspects | Ericsson | Noted |
| R1‑141698 | Scalable UMTS – Text Proposal on Uplink Signal Characteristics | Ericsson | Not treated |
| R1‑141699 | Draft Rel-12 CR on antenna port definitions | Qualcomm Inc., Panasonic | Noted - Revised |
| R1‑141700 | Mechanisms for UL 10ms/20ms TTI switching | Qualcomm Incorporated | Noted |
| R1‑141701 | Design of UL DPCCH ACK channel for DL FET | Qualcomm Incorporated | Noted |
| R1‑141702 | Compressed Mode Aspects of DCH Enhancements | Qualcomm Incorporated | Noted |
| R1‑141703 | UE capabilities and sub-feature dependencies for DCH enhancements | Qualcomm Incorporated | Noted |
| R1‑141704 | DCH Enhancements and CPC | Qualcomm Incorporated | Noted |
| R1‑141705 | Remaining Aspects of DCH Enhancements | Qualcomm Incorporated | Noted |
| R1‑141706 | 25.211 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Revised |
| R1‑141707 | 25.212 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Revised |
| R1‑141708 | 25.213 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Not treated |
| R1‑141709 | 25.214 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Revised |
| R1‑141710 | 25.300 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Not treated |
| R1‑141711 | Lab Results on E-DCH Decoupling | Qualcomm Incorporated | Not treated |
| R1‑141712 | Configuration of CIO based on UE receiver capability | Qualcomm Incorporated | Noted |
| R1‑141713 | Details of DTX/DRX Improvements | Qualcomm Incorporated | Noted |
| R1‑141714 | Power Control Performance due to Long DTX/DRX Cycles | Qualcomm Incorporated | Noted |
| R1‑141715 | HS-DPCCH Overhead Reduction | Qualcomm Incorporated | Noted |
| R1‑141716 | Design Aspects of BCH2 Channel | Qualcomm Incorporated | Noted |
| R1‑141717 | On cross carrier scheduling for S-UMTS carrier aggregation | NSN | Noted |
| R1‑141718 | On standard impacts of 256QAM in downlink | ZTE | Not treated |
| R1‑141719 | Discussion on discovery signal design | CMCC | Noted |
| R1‑141720 | Discussion on the open issues of small cell discovery | Coolpad | Not treated |
| R1‑141721 | Considerations D2D Synchronization | Coolpad | Not treated |
| R1‑141722 | Solution for improved grant handling for TDM operation | NSN, Huawei | Noted |
| R1‑141723 | Multi-hop Synchronization Procedure | ZTE | Not treated |
| R1‑141724 | BCH Enhancements – Turbo Coding vs Convolutional Coding | Ericsson | Noted |
| R1‑141725 | Signalling details and procedures supporting eCoMP | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑141726 | Draft CR to 36.212 (Rel-12) | Huawei | Noted |
| R1‑141727 | Signal Design for D2D Discovery and Broadcast | Qualcomm Inc. | Noted |
| R1‑141728 | Design of CQI/MCS/TBS table for 256QAM | KT Corp. | Not treated |
| R1‑141729 | Evaluation on D2D distributed resource allocation for discovery | CATR | Not treated |
| R1‑141730 | Final Report of RAN1#76 meeting | MCC | Approved |
| R1‑141731 | Small cell On/off procedures | Broadcom Corporation | Not treated |
| R1‑141732 | 25.211 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Withdrawn |
| R1‑141733 | 25.212 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Withdrawn |
| R1‑141734 | 25.214 DRAFT CR (Rel-12, B) Introduction of DCH Enhancements | Qualcomm Incorporated | Withdrawn |
| R1‑141735 | Resource allocation for D2D discovery | Qualcomm Inc. | Not treated |
| R1‑141736 | Draft CR to 36.213 (Rel-12) | Motorola Mobility | Noted |
| R1‑141737 | UL power control and power scaling for dual connectivity | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
| R1‑141738 | Discussion on D2D discovery physical layer design | LG Electronics | Not treated |
| R1‑141739 | RAN1 excel sheet draft on LTE Rel-12 UE capabilities | NTT DoCoMo | Noted - Revised |
| R1‑141740 | 36.212 CR0156 (Rel-12, F) Clarification on UE port based CRC masking | Qualcomm | Agreed |
| R1‑141741 | WF on power control for Dual Connectivity | LGE, Fujitsu, NEC | Noted |
| R1‑141742 | WF on D2D Coverage Definitions | Ericsson, Huawei, HiSilicon, ZTE | Noted |
| R1‑141743 | WF on Definition on In-Coverage, Edge-of-Cell Coverage and Out-of-Coverage | ITRI, KDDI, Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
| R1‑141744 | WF on Type 2B discovery resource allocation | NTT DOCOMO, Ericsson, ZTE, Samsung, Intel, CATT, ITRI | Noted - Revised |
| R1‑141745 | WF on HARQ timing for TDD-FDD CA | LG, NTT, NTT DOCOMO, Ericsson, ETRI, KDDI, Samsung, Sharp, NEC, Nokia, NSN, Hitachi, KT Corp., Orange, Telefonica, ZTE, Texas Instruments, Inter Digital, NVIDIA, Telecom Italia, LG Uplus, Vodafone | Agreed |
| R1‑141746 | WF on D2D and Cellular Coexistence | Ericsson, Orange, Telecom Italia, Huawei | Noted |
| R1‑141747 | Collision avoidance mechanism for D2D broadcast communication | Samsung | Not treated |
| R1‑141748 | Summary of offline discussion on low complexity MTC UE | Vodafone | Noted |
| R1‑141749 | On Type 2 D2D Discovery Resource Allocation | Intel Corporation | Noted |
| R1‑141750 | WF on WAN protection | LG Electronics, NTT Docomo, Samsung, Huawei, HiSilicon, KDDI | Noted |
| R1‑141751 | WF on multiplexing D2D transmission and reception | LG Electronics, Potevio, ETRI | Noted |
| R1‑141752 | WF on D2D Multicarrier UE Capabilities Assumptions | Ericsson, ALU, ASB, ITRI, Panasonic, IDCC | Noted |
| R1‑141753 | WF on D2D CP length configuration | Huawei, HiSilicon, Ericsson, Fujitsu, General Dynamics, LGE, Potevio, Qualcomm, Blackberry, Samsung | Noted |
| R1‑141754 | WF on eNB (Mode 1) resource allocation for communication | Qualcomm Incorporated, LG, ZTE, III, General Dynamics | Noted |
| R1‑141755 | LS on Enhanced BCH parameters | RAN1, Ericsson | Agreed |
| R1‑141756 | LS on Further EUL Enhancements | RAN1, Ericsson | Agreed |
| R1‑141757 | LS on RAN1 Decisions for Enhanced DCH Work Item | RAN1, Qualcomm | Agreed |
| R1‑141758 | [DRAFT] LS on Progress in RAN1 #76bis for the UMTS Heterogeneous Networks WI | Huawei | Noted - Revised |
| R1‑141759 | Chairpersons’ summary of the UMTS sessions | UMTS Session Chairpersons (Karri Ranta-aho, NSN, Carmela Cozzo, Huawei, Matthew Baker, Alcatel-Lucent) | Endorsed |
| R1‑141760 | Way Forward on Aspects of DCH Enhancements | Qualcomm, MediaTek | Noted |
| R1‑141761 | LS on Progress in RAN1 #76bis for the UMTS Heterogeneous Networks WI | RAN1, Huawei | Agreed |
| R1‑141762 | Evaluation scenarios for Further EUL Enhancements | Ericsson | Agreed |
| R1‑141763 | void | - | Withdrawn |
| R1‑141764 | void | - | Withdrawn |
| R1‑141765 | void | - | Withdrawn |
| R1‑141766 | void | - | Withdrawn |
| R1‑141767 | void | - | Withdrawn |
| R1‑141768 | void | - | Withdrawn |
| R1‑141769 | void | - | Withdrawn |
| R1‑141770 | void | - | Withdrawn |
| R1‑141771 | void | - | Withdrawn |
| R1‑141772 | void | - | Withdrawn |
| R1‑141773 | void | - | Withdrawn |
| R1‑141774 | void | - | Withdrawn |
| R1‑141775 | void | - | Withdrawn |
| R1‑141776 | void | - | Withdrawn |
| R1‑141777 | void | - | Withdrawn |
| R1‑141778 | void | - | Withdrawn |
| R1‑141779 | void | - | Withdrawn |
| R1‑141780 | void | - | Withdrawn |
| R1‑141781 | void | - | Withdrawn |
| R1‑141782 | void | - | Withdrawn |
| R1‑141783 | void | - | Withdrawn |
| R1‑141784 | void | - | Withdrawn |
| R1‑141785 | Way Forward on TDD-FDD CA with TDD Pcell | Huawei, HiSilicon, CATT, CMCC | Noted |
| R1‑141786 | WF on MCS indexing for 256QAM Modulation and TBS index table | Intel Corporation, Motorola Mobility, CATT, Samsung | Noted |
| R1‑141787 | WF on SA Resource Allocation | Qualcomm Incorporated, Kyocera, III, General Dynamics, ZTE | Not treated |
| R1‑141788 | WF on D2D synchronization signal format | LG Electronics, Qualcomm, CATT | Noted |
| R1‑141789 | WF on PD2DSCH | LG Electronics, Qualcomm, CATT, InterDigital | Noted |
| R1‑141790 | Signaling for Inter-eNB Operation of CoMP | Ericsson | Noted |
| R1‑141791 | WF on Type 2B discovery resource allocation | NTT DOCOMO, Ericsson, ZTE, Samsung, Intel, CATT, ITRI | Noted |
| R1‑141792 | WF on 256QAM configuration | LG Electronics, Fujitsu, [RIM], Qualcomm, Alcatel-Lucent, Hitachi, Huawei, HiSilicon, Samsung, Broadcom, Panasonic, InterDigital | Revised |
| R1‑141793 | [Draft] LS on remaining open RAN1 TDD-FDD CA issues | Nokia | Withdrawn |
| R1‑141794 | WF on Type 1 Discovery and WAN Coexistence | Qualcomm Incorporated, ZTE, Huawei, HiSilicon, Fujistu, III | Noted |
| R1‑141795 | WF on Time Randomization for D2D Transmissions | Qualcomm Incorporated, CATT, Ericsson, ALU, ASB, InterDigital | Noted |
| R1‑141796 | WF on 256QAM UE Category handling | Ericsson, CMCC, CATR, Huawei, HiSilicon, Samsung, Blackberry, Fujitsu | Revised |
| R1‑141797 | WF on 256QAM table design | Huawei, HiSilicon, CATR, LGE, Fujitsu, Ericsson, Broadcom, Blackberry, InterDigital, Samsung, CMCC | Noted |
| R1‑141798 | Resource allocation for synchronization signals enabling inter-cluster synchronization | Samsung | Not treated |
| R1‑141799 | Synchronization signal design for inter-cluster synchronization | Samsung | Not treated |
| R1‑141800 | Discussions on UE Categories with introduction of 256 QAM | Broadcom Corporation | Not treated |
| R1‑141801 | Way Forward on RIBS | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, CHTTL, Ericsson, FiberHome, ITRI, NSN, Samsung | Noted |
| R1‑141802 | WF on Content of Scheduling Assignment | Qualcomm Incorporated, III, CATT, General Dynamics | Noted |
| R1‑141803 | WF on 256QAM configuration | LG Electronics, Fujitsu, Blackberry, Qualcomm, Hitachi, Huawei, HiSilicon, Samsung, Broadcom, Panasonic, InterDigital | Noted |
| R1‑141804 | WF on Synchronization Procedure | Qualcomm Incorporated, LG, III, General Dynamics, CATT, Fujistu | Noted |
| R1‑141805 | WF on multi-hop for synchronization | ZTE, ALU, ASB, Qualcomm | Noted |
| R1‑141806 | Further evaluation results for inter-eNB CoMP | Samsung | Noted |
| R1‑141807 | WF on CoMP-NIB signalling | NSN, Nokia, Ericsson, Hitachi | Noted |
| R1‑141808 | WF on 256QAM UE Category handling | Ericsson, CMCC, CATR, Huawei, HiSilicon, Samsung, Blackberry, Fujitsu, III, FiberHome, CATT | Revised |
| R1‑141809 | WF on Inter-eNB CoMP for LTE | Samsung,Alcatel-Lucent,Alcatel-LucentShanghaiBell,AT&T,CATR,ChinaTelecom,ChinaUnicom,CHTTL,CMCC,DeutscheTelekom,ETRI,KDDI,KTCorp,LGElectronics,LGUplus,NewPostcom, NEC, NTTDOCOMO,Potevio,Qualcomm, SKTelecom,TelecomItalia,ZTE | Noted |
| R1‑141810 | [draft] LS on Inter-eNB CoMP for LTE | Samsung | Noted - Revised |
| R1‑141811 | WF on D2D Discovery Preamble | ITRI, ALU, ASB, LG Electronics, III, Nokia, NSN, Broadcom, Fujitsu | Noted |
| R1‑141812 | Draft LS on identifier in scheduling assignment for D2D communication | Qualcomm | Noted - Revised |
| R1‑141813 | LS on identifier in scheduling assignment for D2D communication | RAN1, Qualcomm | Agreed |
| R1‑141814 | WF on D2D Synchronization Source | Qualcomm Incorporated, LG, III, Huawei, HiSilicon, General Dynamics, Kyocera | Noted |
| R1‑141815 | WF on D2D Synchronization Resources | Qualcomm Incorporated, LG, Kyocera, General Dynamics | Noted |
| R1‑141816 | LS on Inter-eNB CoMP for LTE | RAN1, Samsung | Agreed |
| R1‑141817 | LS to RAN2 on Modes 1&2 | Ericsson | Noted - Revised |
| R1‑141818 | LS to RAN2 on D2D resource allocation Modes 1&2 | RAN1, Ericsson | Agreed |
| R1‑141819 | WF on Distributed (Mode 2) resource allocation for communication | Qualcomm Incorporated, Kyocera, General Dynamics | Noted |
| R1‑141820 | Simulation assumptions for impact of D2D on WAN - agreements from [76b-11] | Qualcomm Incorporated (rapporteur) | Agreed |
| R1‑141821 | void | - | Withdrawn |
| R1‑141822 | void | - | Withdrawn |
| R1‑141823 | void | - | Withdrawn |
| R1‑141824 | void | - | Withdrawn |
| R1‑141825 | Draft TP on eIMTA for TS 36.300 | NSN, Nokia, CATT | Endorsed |
| R1‑141826 | LS on TP on eIMTA for TS 36.300 | RAN1, NSN | Agreed |
| R1‑141827 | LS on RAN1 TDD-FDD CA outcome | RAN1, Nokia | Agreed |
| R1‑141828 | LS on updates of RRC parameters for LTE_TDD_eIMTA | RAN1, CATT | Agreed |
| R1‑141829 | void | - | Withdrawn |
| R1‑141830 | void | - | Withdrawn |
| R1‑141831 | void | - | Withdrawn |
| R1‑141832 | void | - | Withdrawn |
| R1‑141833 | void | - | Withdrawn |
| R1‑141834 | void | - | Withdrawn |
| R1‑141835 | LS on parameter synchronization | SA3, Qualcomm | Withdrawn |
| R1‑141836 | Inter-eNB CoMP signaling with non-ideal backhaul | LG Electronics | Not treated |
| R1‑141837 | Summary of D2D ad-hoc session | Ericsson | Noted |
| R1‑141838 | On NAICS CSI feedback | NSN, Nokia | Not treated |
| R1‑141839 | Way Forward on CSI process and CSI-IMR for TDD eIMTA | ZTE, Ericsson, Intel | Not treated |
| R1‑141840 | WF on D2D Coverage Definitions | Ericsson, ALU, ASB, ITRI, Huawei, HiSilicon, Qualcomm, ZTE, LGE, USDoC, IDCC, GDB, DT | Noted |
| R1‑141841 | WF on CSI enhancement for NAICS | LG Electronics, Ericsson, Intel, NTT DoCoMo | Noted |
| R1‑141842 | Outcome of the offline discussion on eIMTA | CATT | Noted |
| R1‑141843 | WF on NAICS Functionality Definition | Ericsson, NSN, Nokia, CATT, Nvidia, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
| R1‑141844 | WF on NAICS Signaling for 4 CRS Ports | Ericsson, Sprint, NSN, Nokia, CATT, NTT DoCoMo | Noted |
| R1‑141845 | WF on CSI reference definition for eIMTA | LG Electronics, Ericsson, Samsung, CATT, Potevio | Not treated |
| R1‑141846 | Way Forward on aperiodic CSI feedback for TM10 with eIMTA | Huawei, HiSilicon, Qualcomm, Samsung | Not treated |
| R1‑141847 | WF on Discovery Preamble for Asynchronous Deployments | Qualcomm Incorporated, General Dynamics, Fujistu, ZTE | Noted |
| R1‑141848 | WF on D2D PUSCH Structure | Qualcomm Incorporated, ZTE, General Dynamics, CATT | Noted |
| R1‑141849 | WF on D2D Signal Gap | Qualcomm Incorporated, General Dynamics, CATT, Fujistu | Noted |
| R1‑141850 | Summary of eIMTA open issues | CATT | Noted |
| R1‑141851 | Physical channel design for scheduling assignment | Samsung | Not treated |
| R1‑141852 | WF on measurement assumptions with network assistance | LG Electronics, Broadcom, CMCC, Coolpad, ETRI, InterDigital, NEC, NTT DOCOMO, Panasonic, Qualcomm, ZTE | Noted |
| R1‑141853 | Summary of D2D ad-hoc session | Ericsson | Revised |
| R1‑141854 | WF on Small Cell Discovery Reference Signals | Intel, NSN, Nokia, MediaTek, ETRI, NVIDIA, NEC, InterDigital, Fujitsu, BlackBerry, Qualcomm, CATT | Noted - Revised |
| R1‑141855 | LS on RAN1 progress on NAICS higher-layer signalling | RAN1, MediaTek | Agreed |
| R1‑141856 | Way forward on RIBS | Huawei, HiSilicon, CMCC, Deutsche Telekom, AT&T, Telecom Italia, CATR, IAESI, T-Mobile USA | Noted |
| R1‑141857 | Summary of offline discussions on CSI enhancement evaluations | Ericsson | Noted |
| R1‑141858 | WF on Reduced Transition Times for Small Cells on/off | Ericsson, Qualcomm , InterDigital, CATT, NTT DoCoMo, LG Electronics | Noted - Revised |
| R1‑141859 | WF on discovery signal design and network assistance | NTT DOCOMO, Huawei, HiSilicon, Samsung, Sony, Sharp, ZTE, LG Electronics, Hitachi, ETRI, MediaTek | Noted |
| R1‑141860 | Conclusions of the offline discussion on SR on pSCell PUCCH | NSN | Noted |
| R1‑141861 | Proposal on maximum power definition in dual connectivity | LG Electronics | Noted |
| R1‑141862 | Resource allocation restriction and identification of low complexity MTC Ues | RAN2, Vodafone | Not treated |
| R1‑141863 | Outcome of the offline discussion on TPC aspects of Dual Connectivity | NTT DoCoMo | Noted |
| R1‑141864 | [Draft] LS on the scheduling request transmission on the pSCell | NSN | Noted - Revised |
| R1‑141865 | WF on DRS measurement configuration | LG Electronics, CATT, ETRI, NEC, Qualcomm, ZTE | Noted |
| R1‑141866 | Reply LS on Resource allocation restriction and identification of low complexity MTC UEs | Vodafone | Noted - Revised |
| R1‑141867 | Further evaluation study and IMR configuration for inter-eNB CoMP | Samsung | Noted |
| R1‑141868 | WF on Small Cell on/off and Discovery enhancements | Huawei, HiSilicon, NTT DOCOMO, Samsung, ZTE, Sony, Sharp, Hitachi, ETRI, Mediatek | Noted |
| R1‑141869 | LS on the scheduling request transmission on the pSCell | RAN1, NSN | Agreed |
| R1‑141870 | WF on Small Cell Discovery Reference Signals | Intel, NSN, Nokia, MediaTek, ETRI, NVIDIA, NEC, InterDigital, Fujitsu, BlackBerry, Qualcomm, CATT, Broadcom | Noted |
| R1‑141871 | Summary of Ad-hoc session on Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Ad-Hoc Chairman (Qualcomm) | Endorsed |
| R1‑141872 | Summary of Ad-hoc session on Low Cost & Enhanced Coverage MTC UE for LTE | Ad-Hoc Chairman (Qualcomm) | Endorsed |
| R1‑141873 | Summary of Ad-hoc session on Inter-eNB CoMP for LTE | Ad-Hoc Chairman (Alcatel Lucent) | Endorsed |
| R1‑141874 | Summary of Ad-hoc session on Study on LTE Device to Device Proximity Services | Ad-Hoc Chairman (Alcatel Lucent) | Endorsed |
| R1‑141875 | Draft Rel-12 CR on antenna port definitions | Qualcomm Inc., Panasonic, Ericsson, Fujitsu | Noted - Revised |
| R1‑141876 | WF on TDD FDD CA | CATT | Noted |
| R1‑141877 | WF on HARQ timing for TDD-FDD CA | LGE | Withdrawn |
| R1‑141878 | WF on Reduced Transition Times for Small Cells on/off | Ericsson, Qualcomm , InterDigital, CATT, NTT DoCoMo, LG Electronics, ITL. Inc. | Noted - Revised |
| R1‑141879 | WF on 256QAM UE Category handling | Ericsson, CMCC, CATR, Huawei, HiSilicon, Samsung, Blackberry, Fujitsu, III, FiberHome, CATT, Coolpad, China Unicom | Noted |
| R1‑141880 | Proposals on RIBS for inter-operator synchronization | CMCC, Huawei, HiSilicon, Potevio, Deutsche Telekom, CATR, IAESI, CHTTL | Noted |
| R1‑141881 | WF on Discovery Signals functions | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom, CATT,CHTTL, Intel, Nokia, NSN, NVIDIA, Qualcomm | Noted |
| R1‑141882 | WF on DRS design | NTT DOCOMO, Huawei, HiSilicon, Samsung, Hitachi, ETRI, Sharp, Sony, NTT, New Postcom, CATR, ZTE, InterDigital, KCME | Noted |
| R1‑141883 | [DRAFT] LS on status of Radio-interface based synchronization | ZTE, Huawei | Noted - Revised |
| R1‑141884 | WF on Reduced Transition Times for Small Cells on/off | Ericsson, Qualcomm , InterDigital, CATT, NTT DoCoMo, LG Electronics, ITL. Inc | Noted |
| R1‑141885 | Summary of D2D ad-hoc session | Ericsson | Noted |
| R1‑141886 | 36.213 CR0459 (Rel-12, F) Clarification on PUCCH reporting type payload size | Huawei, HiSilicon, Ericsson | Noted - Revised |
| R1‑141887 | Summary of Thursday offline eIMTA discussion | CATT | Noted |
| R1‑141888 | [Draft] LS on LTE Rel-12 UE feature list | NTT DoCoMo | Noted - Revised |
| R1‑141889 | RAN1 excel sheet draft on LTE Rel-12 UE capabilities | NTT DoCoMo | Noted - Revised |
| R1‑141890 | Reply LS on Resource allocation restriction and identification of low complexity MTC UEs | RAN1, Vodafone | Agreed |
| R1‑141891 | 36.212 CR0157 (Rel-12, F) Correction on UCI multiplexing on PUSCH | Intel Corporation | Revised |
| R1‑141892 | LS on status of Radio-interface based synchronization | RAN1, ZTE, Huawei | Agreed |
| R1‑141893 | RAN1 excel sheet draft on LTE Rel-12 UE capabilities | - | Agreed |
| R1‑141894 | 36.213 CR0459r1 (Rel-12, F) Clarification on PUCCH reporting type payload size | Huawei, HiSilicon, Ericsson | Agreed |
| R1‑141895 | 36.211 CR0189 (Rel-12, F) CR on antenna port definitions | Qualcomm Incorporated, Panasonic, Ericsson, Fujitsu | Agreed |
| R1‑141896 | RAN1 excel sheet draft on LTE Rel-12 UE capabilities | NTT DoCoMo | Noted - Revised |
| R1‑141897 | LS on LTE Rel-12 UE feature list | RAN1, NTT DoCoMo | Agreed |
| R1‑141898 | 36.212 CR0157r1 (Rel-12, F) Correction on UCI multiplexing on PUSCH | Intel Corporation, NEC, Qualcomm Inc., Texas Instruments, Panasonic | Agreed |
| R1‑141899 | Outcome of the email discussion [76b-08] on TPC aspects of Dual Connectivity | NTT DoCoMo | Agreed |
page generated from database: 2024-04-22 07:58:53