3GPP TDocs (written contributions) at meeting
Meeting: R1-72b - 2013-04-15 to 2013-04-19, Chicago
meeting id: R1-72b (click id for more info on this meeting)Click on the Tdoc to open its file.
TDoc | Title | Source | Remarks |
---|---|---|---|
R1‑130860 | Draft Agenda for RAN1#72bis meeting | RAN1 Chairman | Approved |
R1‑130861 | Final Report of RAN1#72 meeting | MCC | Approved |
R1‑130862 | Selected highlights from RAN#59 of relevance to RAN1 | RAN1 Chairman | Noted |
R1‑130863 | Reply LS on Wideband RSRQ Measurements | GERAN1, Renesas, Nokia Siemens Networks | Noted |
R1‑130864 | LS on further EUL enhancements | RAN2, Ericsson | Noted |
R1‑130865 | LS on “Issue on RI bit width” | RAN2, Huawei | Noted |
R1‑130866 | Reply LS on wideband RSRQ measurement | RAN2, NTT DoCoMo | Noted |
R1‑130867 | 3GPP internal LS on the completion of the submission of LTE-Advanced toward Revision 1 of Rec. ITU-R M.2012, “Detailed specifications of the terrestrial radio interfaces of International Mobile Telecommunications Advanced (IMT-Advanced)” | RAN, Telecom Italia | Noted |
R1‑130868 | Reply LS on MPLS in Mobile backhaul study in BBF | RAN, Nokia Siemens Networks | Noted |
R1‑130869 | Observations on Large Scale Parameter Models for 3D System Simulation | Broadcom Corporation | Not treated |
R1‑130870 | 36.213 CR0405 (Rel-11, F) Correction to EPDCCH monitoring in case of cross-carrier scheduling | Huawei, HiSilicon | Agreed |
R1‑130871 | Draft LS reply on the RI bit width | Huawei, HiSilicon | Revised |
R1‑130872 | 36.212 DraftCR (F, Rel-10) Correction on the RI bit width | Huawei, HiSilicon | Revised |
R1‑130873 | 36.213 DraftCR (F, Rel-10) Correction on the RI bit width | Huawei, HiSilicon | Revised |
R1‑130874 | 36.212 DraftCR on miscellaneous corrections for EPDCCH | Huawei, HiSilicon | Noted - Revised |
R1‑130875 | Further aspects of NCT | Huawei, HiSilicon | Not treated |
R1‑130876 | Scenarios and potential benefits of standalone NCT | Huawei, HiSilicon | Noted |
R1‑130877 | Mobility support across carrier types | Huawei, HiSilicon | Not treated |
R1‑130878 | PMCH on NCT | Huawei, HiSilicon | Not treated |
R1‑130879 | Evolution of transmission mode 10 for NCT | Huawei, HiSilicon | Not treated |
R1‑130880 | Efficient spectrum utilization for NCT | Huawei, HiSilicon | Withdrawn |
R1‑130881 | Comparison of 4TX codebook proposals | Huawei, HiSilicon | Noted |
R1‑130882 | Details of aperiodic PUSCH feedback mode 3-2 | Huawei, HiSilicon | Noted |
R1‑130883 | Signaling mechanisms for TDD eIMTA | Huawei, HiSilicon | Not treated |
R1‑130884 | Backward compatibility for TDD eIMTA | Huawei, HiSilicon | Not treated |
R1‑130885 | Coverage analysis and evaluation on PSS/SSS for low-cost MTC Ues | Huawei, Hisilicon | Noted |
R1‑130886 | Further analysis and evaluation for PBCH coverage improvement for MTC | Huawei, Hisilicon | Not treated |
R1‑130887 | Analysis and evaluation on PRACH coverage improvement for low-cost MTC Ues | Huawei, Hisilicon | Noted |
R1‑130888 | Coverage analysis and evaluation on PDSCH/PUSCH and Reference Signals for low-cost MTC UEs | Huawei, Hisilicon | Not treated |
R1‑130889 | Coverage analysis on (e)PDCCH and PUCCH for low-cost MTC UEs | Huawei, Hisilicon | Not treated |
R1‑130890 | Draft TR 36.872 of small cell enhancement | Huawei, HiSilicon | Noted - Revised |
R1‑130891 | Discussion and evaluation for DMRS overhead reduction | Huawei, HiSilicon | Noted |
R1‑130892 | Analysis on control signaling enhancements | Huawei, HiSilicon | Noted |
R1‑130893 | Evaluation and analysis for higher order modulation | Huawei, HiSilicon | Not treated |
R1‑130894 | Technologies for operation efficiency improvement: interference avoidance and coordination | Huawei, HiSilicon | Not treated |
R1‑130895 | Efficient discovery of small cells and the configurations | Huawei, HiSilicon | Noted |
R1‑130896 | Potential technologies for small cell enhancement - physical layer support of high-layer aspects | Huawei, HiSilicon | Not treated |
R1‑130897 | Discussion on 3D antenna model | Huawei, HiSilicon | Noted |
R1‑130898 | Discussion on 3D channel modeling and text proposals | Huawei, HiSilicon | Not treated |
R1‑130899 | Channel model for D2D evaluations | Huawei, HiSilicon | Not treated |
R1‑130900 | Evaluation scenarios for Network-Assisted Interference Cancellation and Suppression | Huawei, HiSilicon | Noted |
R1‑130901 | PDSCH RE Mapping in SPS subframes without DL grant | Intel Corporation | Noted |
R1‑130902 | 36.213 DraftCR (Rel-11, F) Correction on UE-specific RS scrambling for SPS PDSCH in TM10 | Intel Corporation | Noted |
R1‑130903 | 36.213 DraftCR (Rel-10, F) Removal of the case for spatial domain bundling in TDD UL/DL configuration 0 | Intel Corporation | Noted - Revised |
R1‑130904 | Link level evaluations for new DL DM RS patterns | Intel Corporation | Noted |
R1‑130905 | Discussions on standalone NCT | Intel Corporation | Noted |
R1‑130906 | CRS design for NCT – discussion on cell-specific frequency shift | Intel Corporation | Not treated |
R1‑130907 | Reduced CRS in frequency domain for new carrier | Intel Corporation | Not treated |
R1‑130908 | Discussion on downlink transmission for special subframe in TDD | Intel Corporation | Not treated |
R1‑130909 | Consideration on CSI-RS transmission in TDD | Intel Corporation | Not treated |
R1‑130910 | Multiple TA support in NCT | Intel Corporation | Withdrawn |
R1‑130911 | Discussion on NCT indication | Intel Corporation | Not treated |
R1‑130912 | Evaluation of Rel. 12 4Tx codebook proposals | Intel Corporation | Noted |
R1‑130913 | Other details of PUSCH 3-2 feedback mode | Intel Corporation | Not treated |
R1‑130914 | Performance analysis of interference mitigation schemes for Pico-Pico co-channel scenario | Intel Corporation | Not treated |
R1‑130915 | Performance analysis of interference mitigation schemes for Macro-Pico adjacent channel scenario | Intel Corporation | Not treated |
R1‑130916 | Discussion on signalling mechanisms for TDD UL-DL reconfiguration | Intel Corporation | Noted |
R1‑130917 | Evaluation of UE-specific RS overhead reduction | Intel Corporation | Noted |
R1‑130918 | PUCCH transmission in small cell environment | Intel Corporation | Noted |
R1‑130919 | Discussion on small cell discovery operation | Intel Corporation | Noted |
R1‑130920 | Initial system level evaluation on small cell discovery using PSS/SSS/CRS | Intel Corporation | Noted |
R1‑130921 | Further details of 3D/FD MIMO scenarios and antenna models | Intel Corporation | Noted |
R1‑130922 | Views on 3D channel modeling | Intel Corporation | Not treated |
R1‑130923 | Discussion on scenarios for studies on D2D proximity services | Intel Corporation | Not treated |
R1‑130924 | Discussion on UE-UE channel model for studies on D2D proximity services | Intel Corporation | Not treated |
R1‑130925 | Evaluation methodology for D2D discovery | Intel Corporation | Not treated |
R1‑130926 | Evaluation methodology for D2D communication | Intel Corporation | Not treated |
R1‑130927 | Discussion on scenarios for evaluation of interference cancellation and suppression schemes | Intel Corporation | Noted |
R1‑130928 | Range expansion with soft reuse in multicarrier UMTS HetNet | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130929 | Bias optimisation in heterogeneous networks | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130930 | PUSCH/PUCCH transmit power issue after PRACH power ramping | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm | Noted |
R1‑130931 | Correction to PUSCH/PUCCH transmit power after PRACH power ramping | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm | Noted - Revised |
R1‑130932 | Evaluation of possible new DMRS patterns for NCT | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Revised |
R1‑130933 | Scenarios and potential benefits for Standalone NCT | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130934 | Codebook structure and details | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130935 | Details of CSI feedback modes for MIMO enhancement | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130936 | Interference mitigation for TDD IMTA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑130937 | Signalling mechanisms for TDD UL-DL reconfiguration | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑130938 | PBCH coverage extension for MTC devices | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130939 | PRACH coverage extension for MTC devices | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130940 | Evaluation of repetitions technique on PDSCH/PUSCH for MTC coverage extension | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130941 | (E)PDCCH coverage extension for MTC devices | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130942 | PUCCH coverage extension for MTC devices | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130943 | Remaining aspects of evaluation assumptions for small cell enhancements | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130944 | Discussion of DMRS overhead reduction for small cells | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Revised |
R1‑130945 | Discussion of control signalling aspects for small cells | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑130946 | Interference management for small cell enhancements in scenarios 1 and 2a | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑130947 | Uplink power control issues for dense deployment scenarios | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑130948 | Remaining details of 3D MIMO scenarios | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑130949 | Antenna modelling for 3D MIMO | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑130950 | Impact of antenna polarisation modelling on 3D MIMO evaluation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130951 | Channel modelling for 3D MIMO | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑130952 | Simulation Verification of 3D Channel Model | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑130953 | LTE device to device evaluation methodology | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130954 | Device discovery for D2D proximity services | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑130955 | Deployment scenarios for evaluation of interference cancellation or interference suppression receivers | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑130956 | Considerations for application of NCT to SCE | Sony | Not treated |
R1‑130957 | Text Proposal for low-cost MTC coverage extension by power-density boosting | Sony | Not treated |
R1‑130958 | PBCH coverage extension for low-cost MTC UEs by power-density boosting | Sony | Noted |
R1‑130959 | PDSCH coverage extension for low-cost MTC UEs by power-density boosting | Sony | Not treated |
R1‑130960 | PDCCH coverage extension for low-cost MTC UEs by power-density boosting | Sony | Not treated |
R1‑130961 | Detailed physical layer aspects for non-rectangular resource allocation for LCR TDD | CATT | Noted |
R1‑130962 | [DRAFT] LS on detailed physical layer aspects for non-rectangular resource allocation for LCR TDD | CATT | Noted |
R1‑130963 | Draft CR for 25.222 for non-rectangular resource allocation for LCR TDD | CATT | Noted |
R1‑130964 | Draft CR for 25.224 for non-rectangular resource allocation for LCR TDD | CATT | Noted |
R1‑130965 | Draft TS36.213CR Correction on implicit HARQ-ACK resource determination for PUCCH format 1b with channel selection for TDD CA with different UL-DL configurations | CATT | Noted |
R1‑130966 | Draft TS36.213CR Correction on EPDCCH PRB pair indication | CATT | Noted - Revised |
R1‑130967 | Draft TS36.213CR Correction on SRS power scaling with multiple TAGs | CATT | Noted |
R1‑130968 | Draft TS36.213CR Correction on PUCCH resource determination for FDD EPDCCH | CATT | Noted - Revised |
R1‑130969 | Draft TS36.212CR Correction on ARO bit setting for DL DCIs carried by EPDCCH | CATT | Noted |
R1‑130970 | Draft TS36.213CR Correction on n_{HARQ} for TDD CA with different UL-DL configurations | CATT | Noted |
R1‑130971 | DL DMRS optimization for NCT | CATT | Noted |
R1‑130972 | Standalone and non-standalone NCT | CATT | Not treated |
R1‑130973 | TBS optimization for NCT | CATT | Not treated |
R1‑130974 | Usage of TDD special subframes on NCT | CATT | Not treated |
R1‑130975 | Discussion on CSI-RS transmission on NCT | CATT | Not treated |
R1‑130976 | Discussion on enhancement of 4Tx codebook | CATT | Not treated |
R1‑130977 | Evaluation results for 4Tx codebook designs | CATT | Revised |
R1‑130978 | Comparison of interference mitigation schemes for TDD eIMTA | CATT | Not treated |
R1‑130979 | On the necessity of eNB measurements for TDD eIMTA | CATT | Noted |
R1‑130980 | Signalling mechanisms for TDD UL-DL reconfiguration | CATT | Not treated |
R1‑130981 | Other design aspects for TDD eIMTA | CATT | Not treated |
R1‑130982 | PBCH coverage improvement for low-cost MTC UEs | CATT | Not treated |
R1‑130983 | Further evaluation and consideration on PRACH repetition for low-cost MTC UEs | CATT | Noted |
R1‑130984 | Further evaluation and analysis on data channel repetition for low-cost MTC UEs | CATT | Not treated |
R1‑130985 | DMRS overhead reduction for small cells | CATT | Noted |
R1‑130986 | Control signaling overhead reduction for small cells | CATT | Noted |
R1‑130987 | Support of 256QAM for small cells | CATT | Not treated |
R1‑130988 | Interference control and DTX for small cells | CATT | Noted |
R1‑130989 | Small cell discovery | CATT | Noted |
R1‑130990 | Discussion on remaining details of scenarios | CATT | Not treated |
R1‑130991 | Channel modeling for 3D-MIMO | CATT | Not treated |
R1‑130992 | On the evaluation methodology for D2D: scenario and performance metrics | CATT | Not treated |
R1‑130993 | Discussion on channel model for D2D evaluation | CATT | Not treated |
R1‑130994 | Further evaluation results on TDD UL-DL reconfigurations | CATT | Not treated |
R1‑130995 | Discussion on RI bit-width | Samsung | Not treated |
R1‑130996 | Correction on parallel reception of PDSCH and Msg 2 | Samsung, Ericsson, ST-Ericsson, Qualcomm Incorporated, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ZTE, Panasonic | Noted - Revised |
R1‑130997 | Discussion on UE capability signaling for TM10 | Samsung | Noted |
R1‑130998 | Discussion on CR for RI-reference CSI process with subframe sets | Samsung | Noted |
R1‑130999 | CR on RI-reference CSI process with subframe sets | Samsung | Agreed in principle |
R1‑131000 | CR on RI bit-width | Samsung | Not treated |
R1‑131001 | Discussion on necessity and performance of new DMRS in NCT | Samsung | Not treated |
R1‑131002 | Trade-offs and implications of a standalone NCT | Samsung | Noted |
R1‑131003 | Discussion on short DwPTS without DMRS in NCT | Samsung | Not treated |
R1‑131004 | Discussion on MBMS on NCT | Samsung | Not treated |
R1‑131005 | Evaluation results for the 4-Tx codebook enhancement | Samsung | Revised |
R1‑131006 | Discussion on new PUSCH CSI reporting mode | Samsung | Noted |
R1‑131007 | Power Control for eIMTA | Samsung | Noted |
R1‑131008 | CRS presence in flexible subframes | Samsung | Not treated |
R1‑131009 | DL subframe set based mechanism to support TDD UL-DL reconfiguration | Samsung | Not treated |
R1‑131010 | CRS measurement for cluster-based interference mitigation | Samsung | Not treated |
R1‑131011 | Interference mitigation schemes for eIMTA | Samsung | Noted |
R1‑131012 | Signaling for TDD UL-DL Reconfiguration | Samsung | Noted |
R1‑131013 | On HARQ operation for TDD UL-DL reconfiguration | Samsung | Not treated |
R1‑131014 | Discussion on other potential issues for TDD UL-DL reconfigurations | Samsung | Not treated |
R1‑131015 | PBCH coverage enhancements for low-cost MTC UEs | Samsung | Not treated |
R1‑131016 | PDSCH/PUSCH coverage improvement techniques for low-cost MTC UEs | Samsung | Not treated |
R1‑131017 | (E)PDCCH coverage enhancements for low-cost MTC UEs | Samsung | Not treated |
R1‑131018 | PUCCH coverage improvement techniques for low-cost MTC Ues | Samsung | Noted |
R1‑131019 | Remaining aspects of simulation layout and channel model evaluation assumptions | Samsung | Noted |
R1‑131020 | Evaluation assumption for dual connectivity in scenario 2 | Samsung | Noted |
R1‑131021 | Evaluation results for reduced-overhead DL DMRS for small cells | Samsung | Noted |
R1‑131022 | Discussion on overhead reduction for UL DMRS for small cells | Samsung | Not treated |
R1‑131023 | Considerations on Multi-Subframe Scheduling | Samsung | Noted |
R1‑131024 | Control Signaling Enhancements for Small Cells | Samsung | Noted |
R1‑131025 | Discussion on HOM for small cells | Samsung | Not treated |
R1‑131026 | Initial evaluation results of general interference avoidance and coordination for small cells | Samsung | Noted |
R1‑131027 | Resource coordination for small cells with non-ideal backhaul | Samsung | Noted |
R1‑131028 | Evaluation results on small cell enhancement scenario 2a | Samsung | Noted |
R1‑131029 | Initial evaluation results for small cell discovery | Samsung | Noted |
R1‑131030 | Small cell discovery for efficient small cell operation | Samsung | Not treated |
R1‑131031 | Considerations on Dual Connectivity | Samsung | Not treated |
R1‑131032 | Initial evaluation results for dual connectivity | Samsung | Not treated |
R1‑131033 | Further discussions on scenarios for FD-MIMO and elevation domain beamforming | Samsung | Revised |
R1‑131034 | Initial study and proposals for 3D channel modeling | Samsung | Revised |
R1‑131035 | Antenna modeling and configurations for FD-MIMO and elevation domain beamforming | Samsung | Noted |
R1‑131036 | D2D evaluation methodology for in network coverage scenario | Samsung | Revised |
R1‑131037 | D2D evaluation methodology for out of network coverage and partial network coverage scenario | Samsung | Noted |
R1‑131038 | D2D channel model | Samsung | Not treated |
R1‑131039 | Discussion on scenarios and applications of NAICS | Samsung | Not treated |
R1‑131040 | Discussion on NAICS evaluation assumptions | Samsung | Not treated |
R1‑131041 | CSI reference subframe for half duplex TDD UE | ASUSTeK | Noted |
R1‑131042 | PHICH resource for half duplex TDD UE | ASUSTeK | Noted |
R1‑131043 | PBCH Correlation Decoder for MTC Coverage Improvement | Sierra Wireless | Noted |
R1‑131044 | Channel model for LTE device-to-device proximity services | ZTE | Not treated |
R1‑131045 | Evaluation methodology for LTE Device to Device proximity services | ZTE | Not treated |
R1‑131046 | NCT scenarios for evaluation and deployment | ZTE | Not treated |
R1‑131047 | Evaluation for DMRS pattern enhancement in NCT | ZTE | Noted |
R1‑131048 | Considerations on NCT | ZTE | Not treated |
R1‑131049 | Considerations on a new physical layer small cell discovery signal | ZTE | Not treated |
R1‑131050 | On EVM and UE receiver impairment for 256QAM | ZTE | Not treated |
R1‑131051 | Control overhead reduction for small cell | ZTE | Noted |
R1‑131052 | Evaluation on the Uplink DMRS Overhead Reduction of Small Cells | ZTE | Noted |
R1‑131053 | Coverage Improvement Analysis of Physical Broadcast channel for TR36.888 and text proposal | ZTE | Not treated |
R1‑131054 | Coverage Improvement Analysis of PRACH for TR36.888 and text proposal | ZTE | Noted |
R1‑131055 | Coverage Improvement Analysis of data channel for TR36.888 and text proposal | ZTE | Not treated |
R1‑131056 | Coverage Improvement Analysis of (E)PDCCH for TR36.888 and text proposal | ZTE | Noted |
R1‑131057 | Coverage Improvement Analysis of PUCCH for TR36.888 and text proposal | ZTE | Not treated |
R1‑131058 | Evaluation on the Downlink DMRS Overhead Reduction of Small Cells | ZTE | Noted |
R1‑131059 | DL Control for RS | ZTE | Not treated |
R1‑131060 | Interference avoidance and coordination enhancement in small cell | ZTE | Noted |
R1‑131061 | Consideration for network assisted receiver enhancement | ZTE | Noted |
R1‑131062 | UL PC enhancement in multi-cell scenario | ZTE | Not treated |
R1‑131063 | DL interference measurement and CSI feedback enhancement in multi-cell scenario | ZTE | Not treated |
R1‑131064 | OI enhancement in multi-cell scenario | ZTE | Noted |
R1‑131065 | issues about data transmission in TDD-eIMTA | ZTE | Not treated |
R1‑131066 | Signaling to reconfigure TDD UL/DL allocation | ZTE | Noted |
R1‑131067 | Evaluation results of 4Tx Codebook Proposals | ZTE | Revised |
R1‑131068 | Discussion on aperiodic CSI Feedback Enhancement | ZTE | Noted |
R1‑131069 | Discussion on scenarios of Elevation Beamforming and FD-MIMO | ZTE | Noted |
R1‑131070 | Views on extension of channel models to 3D | ZTE | Not treated |
R1‑131071 | Correction of TDD HARQ-ACK procedure for one configured serving cell | ITRI | Noted |
R1‑131072 | Correction of serving cell UL/DL configuration for transmitting the PUSCH | ITRI | Noted - Revised |
R1‑131073 | CSI Feedback Enhancements for MU-MIMO | ITRI | Not treated |
R1‑131074 | Signalling mechanism and HARQ timeline for TDD eIMTA | ITRI | Not treated |
R1‑131075 | Evaluation of clustering-based interference mitigation schemes in macro-pico adjacent channel deployment scenario with dense small cells | ITRI | Not treated |
R1‑131076 | Evaluation of eIMTA with dual CSI feedbacks in macro-pico adjacent channel deployment scenario with dense small cells | ITRI | Not treated |
R1‑131077 | Evaluation of small cell enhancements | ITRI | Revised |
R1‑131078 | Performance Metrics for D2D Proximity Services | ITRI | Not treated |
R1‑131079 | Evaluation scenario discussion for LTE device to device communications | ITRI | Not treated |
R1‑131080 | User Distribution and SINR Evaluation in D2D Communications | ITRI | Not treated |
R1‑131081 | Link budget analysis approach for device to device communication range evaluation with power boosting mechanism | ITRI | Not treated |
R1‑131082 | Discussion on signalling for dynamic UL-DL reconfiguration | Potevio | Not treated |
R1‑131083 | Discussion on measurement and HARQ timeline issues for dynamic UL-DL reconfiguration | Potevio | Not treated |
R1‑131084 | Benefits of standalone NCT | Potevio | Not treated |
R1‑131085 | TDD special subframe configuration in NCT | Potevio | Not treated |
R1‑131086 | On the meaning of PBCH antenna ports for SCells | Texas Instruments | Noted |
R1‑131087 | On DMRS Enhancement for a New Carrier Type | Texas Instruments | Not treated |
R1‑131088 | Evaluation of a Standalone New Carrier Type | Texas Instruments | Noted |
R1‑131089 | Discussion on 4Tx codebook enhancement in Rel.12 | Texas Instruments | Noted |
R1‑131090 | 4Tx codebook performance evaluation: rank-1/2 | Texas Instruments | Not treated |
R1‑131091 | 4Tx codebook performance evaluation: rank-3/4 | Texas Instruments | Not treated |
R1‑131092 | Details of PUSCH mode 3-2 | Texas Instruments | Not treated |
R1‑131093 | Comparison of interference mitigation schemes for TDD traffic adaptation | Texas Instruments | Noted |
R1‑131094 | On evaluation scenarios of 3D MIMO and elevation beamforming | Texas Instruments | Not treated |
R1‑131095 | Consideration regarding additional information for new aperiodic PUSCH feedback mode | Fujitsu | Not treated |
R1‑131096 | PBCH related issues of Low-cost MTC UEs based on LTE | Fujitsu | Not treated |
R1‑131097 | PRACH issues of Low-cost MTC UEs based on LTE | Fujitsu | Not treated |
R1‑131098 | MTC traffic model concerning triggered reporting | Fujitsu | Revised |
R1‑131099 | Consideration on control signals enhancement for small cell | Fujitsu | Noted |
R1‑131100 | Consideration on efficient discovery of Small Cells | Fujitsu | Not treated |
R1‑131101 | Modifications from ITU-R channel models to 3D | Fujitsu | Not treated |
R1‑131102 | Considerations of channel model of the LTE Device to Device proximity services | Fujitsu | Not treated |
R1‑131103 | Deployment scenarios for interference cancellation and suppression | Fujitsu | Noted |
R1‑131104 | MTC coverage improvement through spreading code | Institute for Information Industry (III) | Noted |
R1‑131105 | Discussion on the scenarios for 3D beamforming | Institute for Information Industry (III) | Not treated |
R1‑131106 | Discussion on outdoor channel model for D2D | Institute for Information Industry (III) | Not treated |
R1‑131107 | Small cell scenarios for Network Assisted Interference Cancellation and Suppression for LTE | Institute for Information Industry (III) | Noted |
R1‑131108 | Potential optimization for CCIM scheme | Coolpad | Not treated |
R1‑131109 | Backward Compatibility for Legacy UE | Coolpad | Not treated |
R1‑131110 | Discussion on control signaling overhead reduction | Coolpad | Not treated |
R1‑131111 | Discussion on Utilizing Rank Relativity to Reduce Feedback Overhead | Coolpad | Withdrawn |
R1‑131112 | Discussion on interference mitigation schemes | New Postcom | Not treated |
R1‑131113 | Discussion on signaling mechanisms for eIMTA | New Postcom | Noted |
R1‑131114 | 4-Tx codebook design for downlink MIMO enhancement | New Postcom | Revised |
R1‑131115 | Discussion on new aperiodic PUSCH feedback mode | New Postcom | Not treated |
R1‑131116 | Discussion on deployment scenarios for network-assisted interference cancellation | New Postcom | Noted |
R1‑131117 | Study on 2D antenna array model | New Postcom | Not treated |
R1‑131118 | Interference avoidance and coordination of small cells | New Postcom | Noted |
R1‑131119 | Downlink coverage improvement and evaluation for MTC UE | New Postcom | Noted |
R1‑131120 | Uplink coverage improvement and evaluation for MTC UE | New Postcom | Not treated |
R1‑131121 | Design of new DL DMRS pattern for NCT^^ | New Postcom | Not treated |
R1‑131122 | Considerations on evaluation and scenarios for standalone NCT | New Postcom | Not treated |
R1‑131123 | Legacy control channel configuration for new carrier types | New Postcom | Not treated |
R1‑131124 | Further consideration on reduced CRS for unsynchronized NCT | New Postcom | Not treated |
R1‑131125 | Discussion on enhancement for UE-specific RS and control signaling | New Postcom | Noted |
R1‑131126 | Clarification on bandwidth configuration in 36.932 | New Postcom | Not treated |
R1‑131127 | Initial performance evaluation on small cell discovery | New Postcom | Noted |
R1‑131128 | Uplink DPCCH Power Down for Voice Service | ZTE | Noted |
R1‑131129 | Uplink DPCCH Design for Downlink Frame Early Termination | ZTE | Noted |
R1‑131130 | Uplink Time Division Multiplexing Using Reduced Spreading Factor | ZTE | Noted |
R1‑131131 | CS Voice Service in Stand-alone S-UMTS | ZTE | Noted |
R1‑131132 | Consideration on E-DPCCH Overhead Reduction | ZTE | Noted |
R1‑131133 | Performance Evaluation on DMRS Design for NCT | China Telecom | Noted |
R1‑131134 | On PRACH Coverage Improvement for Low-cost MTC UE | China Telecom | Not treated |
R1‑131135 | On PDSCH/PUSCH Coverage Improvement for Low-cost MTC UE | China Telecom | Noted |
R1‑131136 | Performance of DM-RS overhead reduction for small cells | China Telecom | Noted |
R1‑131137 | Discussion on multi-subframe scheduling | China Telecom | Noted |
R1‑131138 | Discussion on dual connectivity | China Telecom | Not treated |
R1‑131139 | PUSCH feedback mode for improving MU-MIMO performance | ETRI | Not treated |
R1‑131140 | Discussion on evaluation methodology for D2D | ETRI | Revised |
R1‑131141 | Discussion on small-cell discovery | ETRI | Not treated |
R1‑131142 | CA extension in support of inter-site CA | ETRI | Not treated |
R1‑131143 | Average cell search time analysis for MTC UEs | ETRI | Not treated |
R1‑131144 | Discussion on methods of UE placement for D2D proximity services | ITRI | Not treated |
R1‑131145 | Evaluation of CSI feedback enhancements for MU-MIMO | Hitachi Ltd. | Not treated |
R1‑131146 | Discussion on 256QAM in small cell scenarios | Hitachi Ltd. | Not treated |
R1‑131147 | DMRS Overhead Reduction for Small Cell | Hitachi Ltd. | Not treated |
R1‑131148 | Performance Evaluation of DMRS for NCT | Hitachi Ltd. | Not treated |
R1‑131149 | Interference Reduction in Small Cells with DTX | Hitachi Ltd. | Noted |
R1‑131150 | Discussion on FD MIMO Scenarios | Hitachi Ltd. | Not treated |
R1‑131151 | Initial Evaluation results on Small Cell Scenarios | Hitachi Ltd. | Noted |
R1‑131152 | Discussion on uplink aspect for carrier aggregated NCT | Hitachi Ltd. | Not treated |
R1‑131153 | Discussion on EPDCCH monitoring in the subframe with PRS | Huawei, HiSilicon | Not treated |
R1‑131154 | On the support of TM10 with CA in Rel-11 | Huawei, HiSilicon | Not treated |
R1‑131155 | DM-RS evaluation for NCT | Huawei, HiSilicon | Noted |
R1‑131156 | On the backwards compatibility of the new carrier type | Huawei, HiSilicon | Not treated |
R1‑131157 | Aspects of the synchronized carrier case | Huawei, HiSilicon | Not treated |
R1‑131158 | RRM measurements for NCT | Huawei, HiSilicon | Not treated |
R1‑131159 | Transport block size optimization for NCT | Huawei, HiSilicon | Not treated |
R1‑131160 | SDIM for TDD eIMTA | Huawei, HiSilicon | Noted |
R1‑131161 | CCIM for TDD eIMTA | Huawei, HiSilicon | Not treated |
R1‑131162 | Remaining details of evaluation assumptions for small cell enhancements-physical layer | Huawei, HiSilicon | Noted |
R1‑131163 | Small cell on/off for operation efficiency improvement | Huawei, HiSilicon | Noted |
R1‑131164 | Feasibility and benefits of radio-interface based synchronization mechanisms for operation efficiency improvement | Huawei, HiSilicon | Noted |
R1‑131165 | Performance evaluation of elevation beamforming in the use scenarios | Huawei, HiSilicon | Not treated |
R1‑131166 | Evaluation scenarios for D2D | Huawei, HiSilicon | Noted |
R1‑131167 | TP on DPCH Slot Format Optimization | MediaTek Inc. | Noted |
R1‑131168 | TP on Optimization of Transmit Power Control Rate | MediaTek Inc. | Noted |
R1‑131169 | TP on DPCH Frame Early Termination | MediaTek Inc. | Noted |
R1‑131170 | TP on DPCH Time Division Multiplexing | MediaTek Inc. | Noted |
R1‑131171 | TP on System Level Simulation Assumptions | MediaTek Inc. | Noted |
R1‑131172 | Performance evaluation of new DL DMRS patterns for PDSCH in NCT | MediaTek Inc. | Not treated |
R1‑131173 | On scenarios and necessity of standalone NCT | MediaTek Inc. | Noted |
R1‑131174 | Further evaluation results of PUSCH feedback mode for eDL-MIMO | MediaTek Inc. | Not treated |
R1‑131175 | Interference Management of TDD eIMTA | MediaTek Inc. | Not treated |
R1‑131176 | Discussion of signaling support for TDD eIMTA | MediaTek Inc. | Not treated |
R1‑131177 | Support for legacy UEs in TDD eIMTA | MediaTek Inc. | Not treated |
R1‑131178 | Further performance analysis of PSS/SSS synchronization acquisition | MediaTek Inc. | Noted |
R1‑131179 | Coverage Analysis of PBCH and System Information Transmission for MTC UEs | MediaTek Inc. | Not treated |
R1‑131180 | Coverage Analysis of PDSCH and Enhancement Techniques for MTC UEs | MediaTek Inc. | Not treated |
R1‑131181 | Coverage Analysis of PUSCH and Enhancement Techniques for MTC UEs | MediaTek Inc. | Not treated |
R1‑131182 | Coverage Analysis of Downlink Control Channel and Enhancement Techniques for MTC UEs | MediaTek Inc. | Not treated |
R1‑131183 | Text Proposal on section 9.5 Analysis of Physical Channels and Signals | MediaTek Inc. | Not treated |
R1‑131184 | Performance evaluation for the deployment of outdoor small cells - scenario 1 and 2a | MediaTek Inc. | Noted |
R1‑131185 | Performance evaluation for the deployment of indoor small cells - scenario 2b and 3 | MediaTek Inc. | Revised |
R1‑131186 | On/Off operation and discovery of small cells | MediaTek Inc. | Not treated |
R1‑131187 | Performance evaluation for small cell discovery using legacy reference signals | MediaTek Inc. | Revised |
R1‑131188 | Proposed work plan for network-assisted IC study item | MediaTek Inc. | Not treated |
R1‑131189 | TR skeleton of netwotk assisted interference cancellationa and suppression | MediaTek Inc. | Noted - Revised |
R1‑131190 | Inter-cell and intra-cell interference scenarios for network-assisted IC | MediaTek Inc. | Noted |
R1‑131191 | Evaluation assumptions for network-assisted IC | MediaTek Inc. | Noted |
R1‑131192 | Considerations on scalable UMTS scenarios | China Unicom | Noted |
R1‑131193 | Link-level simulation results for S-UMTS downlink | China Unicom | Revised |
R1‑131194 | Views on interference coordination methods for small cell | China Unicom | Not treated |
R1‑131195 | Considerations on HetNet scenarios for UE-specific elevation beamforming and FD-MIMO | China Unicom | Not treated |
R1‑131196 | Consideration on the modification of ITU model for 3D channel model | China Unicom | Not treated |
R1‑131197 | Consideration for the target scenarios for network assisted interference cancellation | China Unicom | Not treated |
R1‑131198 | Review of Annex 1 of Rec. ITU-R M.2012 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131199 | Discussion of MU-CQI | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑131200 | Discussion on HARQ/scheduling in TDD eIMTA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑131201 | Considerations on New DL DMRS Patterns in NCT | HTC | Not treated |
R1‑131202 | Usages and Benefits of Standalone NCT | HTC | Withdrawn |
R1‑131203 | Codebook evaluations for Further Downlink MIMO Enhancement | HTC | Withdrawn |
R1‑131204 | Interference Issues for Supporting Backward Compatibility in TDD eIMTA Systems | HTC | Not treated |
R1‑131205 | Methods to Support TDD UL-DL Traffic Adaptation | HTC | Noted |
R1‑131206 | On HARQ Timing Issues in TDD eIMTA Systems | HTC | Not treated |
R1‑131207 | UE-specific RS Reduction for Improved Spectral Efficiency | HTC | Not treated |
R1‑131208 | Control Signalling Reduction for Improved Spectral Efficiency | HTC | Noted |
R1‑131209 | Information Exchange between Small Cell Nodes for Efficient Interference Coordination | HTC | Noted |
R1‑131210 | Discussion on Interference Avoidance and Coordination for Small Cell Enhancement | HTC | Not treated |
R1‑131211 | Discussion on Small Cell Discovery | HTC | Not treated |
R1‑131212 | 3D Channel Modelling | HTC | Revised |
R1‑131213 | Considerations on channel model of Device to Device communications | HTC | Not treated |
R1‑131214 | Downlink performance of UMTS Heterogeneous Network in co-channel scenarios | CHTTL | Noted |
R1‑131215 | Public Safety specific D2D Scenarios and Requirements | NOMOR Research, Thales Communications & Security | Not treated |
R1‑131216 | Mobility Requirements for General D2D Scenario | NOMOR Research | Not treated |
R1‑131217 | 36.212 draft CR for clarification on DL DAI in UL/DL configuraiton 0 in inter-band TDD CA | Nokia Siemens Networks, Nokia, ZTE, CMCC, Erisson, ST-Erisson, Qualcomm Incorporated, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Research In Motion UK Limited, CATT, Renesas Mobile Europe Ltd, Samsung, Intel Corporation | Agreed in principle |
R1‑131218 | 36.213 draft CR for clarification on DL DAI in UL/DL configuraiton 0 in inter-band TDD CA | Nokia Siemens Networks, Nokia | Withdrawn |
R1‑131219 | On stand-alone new carrier type and eNodeB dormancy | Nokia Siemens Networks, Nokia | Noted |
R1‑131220 | Evaluation on codebook proposals for further Downlink MIMO Enhancement | Nokia Siemens Networks, Nokia | Revised |
R1‑131221 | Considerations on CSI feedback design for further Downlink MIMO Enhancement | Nokia Siemens Networks, Nokia | Noted |
R1‑131222 | UL-DL interference mitigation for dynamic TDD UL-DL reconfiguration | Nokia, Nokia Siemens Networks | Noted |
R1‑131223 | Discussion on signalling support for the indication of dynamic TDD UL/DL reconfiguration | Nokia Siemens Networks, Nokia | Noted |
R1‑131224 | Further performance evaluation on possible time scales for TDD UL/DL reconfiguration | Nokia, Nokia Siemens Networks | Not treated |
R1‑131225 | Reference configuration method for dynamic UL-DL reconfiguration | Nokia Siemens Networks, Nokia | Not treated |
R1‑131226 | PSS/SSS Coverage Improvement Performance Results for MTC | Nokia Siemens Networks, Nokia | Not treated |
R1‑131227 | PBCH Coverage Improvement Performance Results for MTC | Nokia Siemens Networks, Nokia | Noted |
R1‑131228 | PDSCH/PUSCH Coverage Improvement Performance Results for MTC | Nokia Siemens Networks, Nokia | Not treated |
R1‑131229 | (E)PDCCH Coverage Improvement Performance Results for MTC | Nokia Siemens Networks, Nokia | Noted |
R1‑131230 | PUCCH Coverage Improvement Performance Results for MTC | Nokia Siemens Networks, Nokia | Not treated |
R1‑131231 | Downlink Baseline Results for Small Cell Scenarios 1 and 2a | Nokia Siemens Networks, Nokia | Revised |
R1‑131232 | Dual-Stripe Model for Rel-12 Indoor Small Cell Scenario | Nokia Siemens Networks, Nokia | Noted |
R1‑131233 | Field Measurement Results at 1.9 GHz and 3.5 GHz | Nokia Siemens Networks, Nokia | Noted |
R1‑131234 | Uplink Baseline Results for Small Cell Scenarios 1 and 2a | Nokia Siemens Networks, Nokia | Revised |
R1‑131235 | Evaluation on the DL DMRS overhead reduction | Nokia, Nokia Siemens Networks | Noted |
R1‑131236 | On uplink reference signal overhead reduction in small cells | Nokia Siemens Networks, Nokia | Noted |
R1‑131237 | Uplink control signaling enhancements for small cells | Nokia Siemens Networks, Nokia | Noted |
R1‑131238 | On control signaling enhancements for Small Cells | Nokia, Nokia Siemens Networks | Noted |
R1‑131239 | Impairments Impact on 256QAM DL performance in LTE | Nokia, Nokia Siemens Networks | Revised |
R1‑131240 | Small Cell Interference Management Considerations | Nokia Siemens Networks, Nokia | Noted |
R1‑131241 | Interference Management via Operational Carrier Selection | Nokia Siemens Networks, Nokia | Noted |
R1‑131242 | Dense Small Cell Mobility with Realistic Cell Detection | Nokia Siemens Networks, Nokia | Noted |
R1‑131243 | On physical layer aspects of dual connectivity | Nokia Siemens Networks, Nokia | Not treated |
R1‑131244 | TP for TR on 3D channel model for LTE | Nokia Siemens Networks, Nokia | Agreed |
R1‑131245 | Scenarios for UE-Specific Elevation Beamforming and FD-MIMO | Nokia Siemens Networks, Nokia | Not treated |
R1‑131246 | Antenna Modeling Issues for UE-Specific Elevation Beamforming and FD-MIMO | Nokia Siemens Networks, Nokia | Noted |
R1‑131247 | Detailed 3D Channel Model | Nokia Siemens Networks, Nokia | Not treated |
R1‑131248 | Path Loss Modeling for UE-Specific Elevation Beamforming and FD-MIMO | Nokia Siemens Networks, Nokia | Noted |
R1‑131249 | Device to Device Channel Model | Nokia, Nokia Siemens Networks | Not treated |
R1‑131250 | LTE Device to Device Proximity Services –Scenarios | Nokia, Nokia Siemens Networks | Not treated |
R1‑131251 | On LTE D2D Methodologies and Metrics | Nokia, Nokia Siemens Networks | Not treated |
R1‑131252 | On Scenarios for Network-Assisted Interference Cancellation and Suppression for LTE | Nokia, Nokia Siemens Networks | Noted |
R1‑131253 | On Network-Assisted Interference Cancellation and Suppression for LTE | Nokia, Nokia Siemens Networks | Noted |
R1‑131254 | Correction to deriving number of information bits based on number of antenna ports | NEC Group | Noted |
R1‑131255 | Correction to derivation of number of CRS antenna ports of SCell | NEC Group | Noted |
R1‑131256 | Payload size of DCI Format 1A on SCell without UL CC | NEC Group | Noted |
R1‑131257 | Correction to EPDCCH monitoring | NEC Group | Noted |
R1‑131258 | Evaluation of enhanced DMRS patterns | NEC Group | Noted |
R1‑131259 | Scenarios and use cases for standalone NCT | NEC Group | Not treated |
R1‑131260 | On the 4 TX codebook enhancement | NEC Group | Revised |
R1‑131261 | DL MU-MIMO Enhancements schemes | NEC Group | Not treated |
R1‑131262 | Discussions on Interference Coordination Schemes in Dynamic TDD Systems | NEC Group | Not treated |
R1‑131263 | Reconfiguration signalling and HARQ-timing for TDD eIMTA system | NEC Group | Not treated |
R1‑131264 | Backward compatibility for TDD eIMTA system | NEC Group | Not treated |
R1‑131265 | PUSCH Coverage Enhancement for Low Cost MTC | NEC Group | Revised |
R1‑131266 | PDSCH Coverage Enhancement for Low Cost MTC | NEC Group | Not treated |
R1‑131267 | Downlink DM-RS overhead reduction for small cell operation | NEC Group | Noted |
R1‑131268 | Some Evaluation Results on Different Multi-carrier Deployment Scenarios for Small Cells | NEC Group | Noted |
R1‑131269 | Consideration on scenarios for elevation beamforming and FD-MIMO | NEC Group | Noted |
R1‑131270 | Consideration on further issues of extending the ITU-R channel model | NEC Group | Not treated |
R1‑131271 | D2D evaluation scenarios | NEC Group | Not treated |
R1‑131272 | Performance metrics and evaluation methodology for D2D | NEC Group | Not treated |
R1‑131273 | Discussion and recommendation on D2D channel modelling | NEC Group | Not treated |
R1‑131274 | Resource fragmentation caused by ePDCCH sets | NEC Group | Not treated |
R1‑131275 | Discussion on RI bit width issue for a non-contiguous intra-band band combination | LG Electronics | Not treated |
R1‑131276 | Correction on MBSFN subframe configuration | LG Electronics | Noted |
R1‑131277 | Correction on CSI process configuration in TM10 | LG Electronics | Noted |
R1‑131278 | Correction on zero power CSI-RS resource configuration | LG Electronics | Noted - Revised |
R1‑131279 | Issue on band-specific UE capability signaling in TM10 | LG Electronics | Not treated |
R1‑131280 | Discussion for CR on SPS PDSCH mapping | LG Electronics | Noted |
R1‑131281 | Draft CR on SPS PDSCH mapping | LG Electronics | Noted |
R1‑131282 | TA difference in multiple TA operation | LG Electronics | Revised |
R1‑131283 | DM-RS patterns for new carrier type | LG Electronics | Not treated |
R1‑131284 | Considerations on Standalone NCT | LG Electronics | Noted |
R1‑131285 | Support of TDD special subframe for the new carrier type | LG Electronics | Not treated |
R1‑131286 | PHICH for NCT | LG Electronics | Not treated |
R1‑131287 | Considerations on 4tx codebook for DL MIMO enhancement | LG Electronics | Not treated |
R1‑131288 | Evaluation results on 4tx codebook for DL MIMO enhancement | LG Electronics | Not treated |
R1‑131289 | Discussion on frequency-domain granularity and MU-CQI | LG Electronics | Not treated |
R1‑131290 | ICIC Schemes for dynamic TDD UL-DL reconfiguration | LG Electronics | Not treated |
R1‑131291 | Further Study on the Deployment Scenarios for dynamic TDD UL-DL reconfiguration | LG Electronics | Not treated |
R1‑131292 | Signaling Mechanism for dynamic TDD UL-DL reconfiguration | LG Electronics | Noted |
R1‑131293 | Additional Issues on dynamic TDD UL-DL reconfiguration | LG Electronics | Not treated |
R1‑131294 | TP for coverage enhancement of MTC UEs | LG Electronics | Not treated |
R1‑131295 | PSS/SSS and PRACH Enhancement for Coverage-limiting UEs | LG Electronics | Not treated |
R1‑131296 | PBCH and SIB Enhancement for Coverage-limiting UEs | LG Electronics | Not treated |
R1‑131297 | PDSCH/PUSCH/(E)PDCCH and DMRS Enhancement for Coverage-limiting UEs | LG Electronics | Noted |
R1‑131298 | DM-RS configurability for small cell | LG Electronics | Noted |
R1‑131299 | Control overhead reduction for small cell operation | LG Electronics | Not treated |
R1‑131300 | RAN1 related issues for support of dual connectivity between macro cell and small cell | LG Electronics | Not treated |
R1‑131301 | Detailed Analysis and observations on small cell operation | LG Electronics | Noted |
R1‑131302 | Inter-cell coordination for efficient small cell operation | LG Electronics | Noted |
R1‑131303 | Discussion on small cell discovery | LG Electronics | Noted |
R1‑131304 | Deployment Scenarios for Elevation Beamforming and FD-MIMO | LG Electronics | Not treated |
R1‑131305 | Antenna configurations for 3D-channel study | LG Electronics | Not treated |
R1‑131306 | Considerations on 3D-channel modelling | LG Electronics | Not treated |
R1‑131307 | Channel Models for Proximity based Services | LG Electronics | Not treated |
R1‑131308 | Evaluation Scenarios for Proximity based Services | LG Electronics | Not treated |
R1‑131309 | Discussion on evaluation methodologies for NAICS | LG Electronics | Not treated |
R1‑131310 | Discussion on scenarios and receiver types for NAICS | LG Electronics | Not treated |
R1‑131311 | Views on Stand-alone NCT | KDDI | Noted |
R1‑131312 | Coupling Loss and Geometry Distribution for SCE scenarios and Additional Proposals | KDDI | Noted |
R1‑131313 | Interference Coordination Techniques for Small Cells | KDDI | Noted |
R1‑131314 | Small Cell Discovery from Physical Layer Aspects | KDDI | Noted |
R1‑131315 | Proposals on Building and 3D UE Dropping Modeling | KDDI | Noted |
R1‑131316 | Proposal Towards a Simplified Extension of the 2D ITU-R channel models to 3D: Scenario-Based Channel Gain Modelling | KDDI | Not treated |
R1‑131317 | A proposal of evaluation parameters for device-to-device communication with consideration of SA WGs requirements | KDDI | Not treated |
R1‑131318 | Scenarios of Network Assisted Interference Canceller | KDDI | Noted |
R1‑131319 | Considerations on Small Cell Discovery | ETRI | Not treated |
R1‑131320 | 4Tx Codebook Design for Two-Component Feedback | Broadcom Corporation | Not treated |
R1‑131321 | Adaptive UE Specific Reference Signal Design | Broadcom Corporation | Noted |
R1‑131322 | Correction on physical layer part on TS36.300 | Panasonic | Noted - Revised |
R1‑131323 | Correction on PDCCH/ePDCCH monitoring other than non-DRX subframe | Panasonic | Noted |
R1‑131324 | Standalone NCT scenario | Panasonic | Noted |
R1‑131325 | Interference mitigation schemes in eIMTA | Panasonic | Not treated |
R1‑131326 | Signalling mechanisms for TDD UL-DL reconfiguration | Panasonic | Noted |
R1‑131327 | DMRS reduction for small cell | Panasonic | Not treated |
R1‑131328 | Discussion on 256QAM for Downlink in Small Cell Deployments | Panasonic | Not treated |
R1‑131329 | Cell association and traffic offloading | Panasonic | Noted |
R1‑131330 | Discussion on small cell discovery issues | Panasonic | Not treated |
R1‑131331 | Emulation of RSSI | Panasonic | Not treated |
R1‑131332 | Deployment Scenarios for NAICS Studies | Ericsson, ST-Ericsson | Revised |
R1‑131333 | Interference Conditions for NAICS Studies | Ericsson, ST-Ericsson | Noted |
R1‑131334 | Important Channel Characteristics Needing Extended Models | Ericsson, ST-Ericsson | Not treated |
R1‑131335 | 3D-Channel Modeling Extensions | Ericsson, ST-Ericsson | Not treated |
R1‑131336 | Scenarios for 3D-Channel Modelling | Ericsson, ST-Ericsson | Not treated |
R1‑131337 | On the Indication of Number of Supported CSI Processes | Ericsson, ST-Ericsson | Not treated |
R1‑131338 | EPDCCH reception in PRS subframe | InterDigital | Not treated |
R1‑131339 | On scenarios and use cases for NCT Phase II | InterDigital | Not treated |
R1‑131340 | Tx power control for eIMTA | InterDigital | Not treated |
R1‑131341 | On L1 based signaling mechanisms in support of eIMTA | InterDigital | Not treated |
R1‑131342 | Interference coordination in small cell deployments | InterDigital | Noted |
R1‑131343 | Detection of small cells | InterDigital | Noted |
R1‑131344 | Discussion on 3D channel model extension | InterDigital | Not treated |
R1‑131345 | Evaluation scenarios and methodology for LTE D2D | InterDigital | Not treated |
R1‑131346 | Small cell spectral efficiency enhancement with reduced UE-specific RS | Research In Motion UK Limited | Not treated |
R1‑131347 | On interference avodiance and coordination for small cell | Research In Motion UK Limited | Not treated |
R1‑131348 | Benefits and scenarios for standalone NCT | Research In Motion UK Limited | Not treated |
R1‑131349 | Other design aspects of standalone NCT | Research In Motion UK Limited | Not treated |
R1‑131350 | Scenarios and Evaluation for Proximity Services Under Network Coverage | Research In Motion UK Limited | Not treated |
R1‑131351 | Comparison of channel models for D2D evaluation | Research In Motion UK Limited | Not treated |
R1‑131352 | Interference mitigation in TDD eIMTA | Research In Motion UK Limited | Not treated |
R1‑131353 | TDD UL/DL reconfiguration signalling methods | Research In Motion UK Limited | Not treated |
R1‑131354 | Potential HARQ issues in TDD eIMTA | Research In Motion UK Limited | Not treated |
R1‑131355 | On uplink robustness at 80 km/h and 3.5 GHz | Research In Motion UK Limited | Not treated |
R1‑131356 | Asymmetry-based spectrum utilization and coordination: TDD within FDD | IAESI, CEA, DAC-UPC, Czech Technical University in Prague | Not treated |
R1‑131357 | Simulation assumptions related to traffic-centric impact on D2D links | IAESI, CEA, DAC-UPC, Czech Technical University in Prague | Not treated |
R1‑131358 | Uplink Simulation Results for Heterogeneous Networks Simulation Alignment | Renesas Mobile Europe Ltd | Noted |
R1‑131359 | Simulation Results on Transmission of Uplink Scheduling Information in UMTS Heterogeneous Networks | Renesas Mobile Europe Ltd | Noted |
R1‑131360 | Text Proposal on Transmission of Uplink Scheduling Information in UMTS Heterogeneous Networks | Renesas Mobile Europe Ltd | Noted |
R1‑131361 | Discussion on Target Scenarios and Evaluation Assumptions for Scalable UMTS | Renesas Mobile Europe Ltd | Noted |
R1‑131362 | Use cases for standalone new carrier type | Renesas Mobile Europe Ltd | Not treated |
R1‑131363 | Performance of DL MIMO double codebook for 4Tx antennas | Renesas Mobile Europe Ltd | Revised |
R1‑131364 | eNB measurement for TDD eIMTA | Renesas Mobile Europe Ltd | Not treated |
R1‑131365 | Clustering and de-clustering for the CCIM scheme | Renesas Mobile Europe Ltd | Revised |
R1‑131366 | Cell-Clustering in Rel-12 Deployment Scenarios | Renesas Mobile Europe Ltd | Not treated |
R1‑131367 | Performance Comparison of Interference Mitigation Schemes with Dynamic TDD UL/DL configuration in Multi-Cell Pico Deployment Scenario | Renesas Mobile Europe Ltd | Revised |
R1‑131368 | Considerations on backwards compatibility for TDD eIMTA | Renesas Mobile Europe Ltd | Not treated |
R1‑131369 | Signaling mechanisms for TDD eIMTA | Renesas Mobile Europe Ltd | Not treated |
R1‑131370 | PDSCH/PUSCH coverage improvements for low-cost MTC | Renesas Mobile Europe Ltd | Noted |
R1‑131371 | Downlink UE-specific RS overhead reduction | Renesas Mobile Europe Ltd | Noted |
R1‑131372 | Evaluation of 256QAM in small cells | Renesas Mobile Europe Ltd | Revised |
R1‑131373 | Discovery signals for small cell detection | Renesas Mobile Europe Ltd | Noted |
R1‑131374 | Considerations for 3D channel modeling | Renesas Mobile Europe Ltd | Not treated |
R1‑131375 | Evaluation methodology and channel models for LTE Device to Device Proximity Services | Renesas Mobile Europe Ltd | Not treated |
R1‑131376 | Scenarios for network assisted interference cancellation and suppression | Renesas Mobile Europe Ltd | Noted |
R1‑131377 | Channels of interest for NAICS | Renesas Mobile Europe Ltd | Noted |
R1‑131378 | Corrections on different TDD UL-DL configurations on different bands | Sharp | Noted |
R1‑131379 | Discussion for corrections on different TDD UL-DL configurations on different bands | Sharp | Noted |
R1‑131380 | Scenarios and Metrics for evaluation of standalone NCT | Sharp | Revised |
R1‑131381 | Required functions for standalone NCT | Sharp | Noted |
R1‑131382 | Power control based interference mitigation for eIMTA | Sharp | Not treated |
R1‑131383 | Signaling of dynamic TDD UL-DL reconfiguration | Sharp | Not treated |
R1‑131384 | Elevation Extension for Spatial Channel Models | Anite Telecoms, Elektrobit | Not treated |
R1‑131385 | Discussion of RI bitwidth | Qualcomm Inc. | Noted |
R1‑131386 | Draft CR On ambiguity in PUCCH resource allocation under two overlapped EPDCCH resource sets | Qualcomm Inc. | Noted |
R1‑131387 | Draft CR On antenna port definitions | Qualcomm Inc. | Noted |
R1‑131388 | UE capability signaling for TM10 per band combination | Qualcomm Inc., Nokia | Noted |
R1‑131389 | Resolving ambiguous UE capability signaling for CoMP | Qualcomm Inc. | Noted |
R1‑131390 | DMRS patterns for NCT | Qualcomm Inc. | Not treated |
R1‑131391 | Standalone NCT | Qualcomm Inc. | Noted |
R1‑131392 | Design and configuration of an enhanced 4Tx codebook | Qualcomm Inc. | Not treated |
R1‑131393 | Remaining issues of eMIMO CSI feedback | Qualcomm Inc. | Noted |
R1‑131394 | Interference mitigation schemes for IMTA | Qualcomm Inc. | Revised |
R1‑131395 | Signaling mechanisms for reconfiguration | Qualcomm Inc. | Revised |
R1‑131396 | Soft buffer management for IMTA | Qualcomm Inc. | Not treated |
R1‑131397 | PBCH coverage enhancement | Qualcomm Inc. | Not treated |
R1‑131398 | PRACH coverage enhancement | Qualcomm Inc. | Noted |
R1‑131399 | Data channel coverage enhancement | Qualcomm Inc. | Not treated |
R1‑131400 | Performance evaluation of MTC coverage | Qualcomm Inc. | Not treated |
R1‑131401 | Enhancement to small cells for MTC | Qualcomm Inc. | Noted |
R1‑131402 | Channel models for small cell deployment scenarios #2b and #3 | Qualcomm Inc. | Noted |
R1‑131403 | Evaluation methodology for small cell deployment scenario # 2b and #3 | Qualcomm Inc. | Noted |
R1‑131404 | DL DM-RS overhead reduction | Qualcomm Inc. | Noted |
R1‑131405 | UL DM-RS overhead reduction | Qualcomm Inc. | Noted |
R1‑131406 | Control channel overhead reduction | Qualcomm Inc. | Noted |
R1‑131407 | Interference avoidance and coordination | Qualcomm Inc. | Noted |
R1‑131408 | Small cell discovery | Qualcomm Inc. | Not treated |
R1‑131409 | Remaining details of multi-floor UE dropping for elevation beamforming and FD-MIMO | Qualcomm Inc. | Noted |
R1‑131410 | Evaluation methodology for elevation beamforming and FD-MIMO | Qualcomm Inc. | Not treated |
R1‑131411 | Channel models for D2D deployments | Qualcomm Inc. | Not treated |
R1‑131412 | D2D Deployment Scenarios | Qualcomm Inc. | Noted |
R1‑131413 | D2D Performance evaluation | Qualcomm Inc. | Not treated |
R1‑131414 | Draft skeleton TR for "Study on LTE Device to Device Proximity Services" | Qualcomm Inc. | Noted - Revised |
R1‑131415 | Deployment scenarios and interference conditions for NAIC | Qualcomm Inc. | Noted |
R1‑131416 | Evaluations on DL 4Tx Codebook Enhancement | NTT DOCOMO | Not treated |
R1‑131417 | Interference Mitigation Schemes for eIMTA | NTT DOCOMO | Revised |
R1‑131418 | Evaluation Results for eIMTA with Different Reconfiguration Time Scales | NTT DOCOMO | Not treated |
R1‑131419 | HARQ Design for eIMTA | NTT DOCOMO | Not treated |
R1‑131420 | Coverage Enhancement Analysis for PRACH | NTT DOCOMO | Not treated |
R1‑131421 | Views on DM-RS Overhead Reduction | NTT DOCOMO | Not treated |
R1‑131422 | Views on Load Balancing and Enhanced Interference Coordination for SCE | NTT DOCOMO | Revised |
R1‑131423 | Views on Uplink Enhancement for Dense Small Cell Operation | NTT DOCOMO | Noted |
R1‑131424 | Comparison of eNB Dormant Schemes – DL based vs. UL based | NTT DOCOMO | Noted |
R1‑131425 | Views on Enhanced Small Cell Discovery | NTT DOCOMO | Not treated |
R1‑131426 | On Number of Cell IDs for Dense Small Cell Deployments | NTT DOCOMO | Not treated |
R1‑131427 | Physical Layer Design for Dual Connectivity | NTT DOCOMO | Not treated |
R1‑131428 | Scenarios for UE-Specific Elevation Beamforming and FD-MIMO | NTT DOCOMO | Noted |
R1‑131429 | Views on 3D-Channel Model for Elevation Beamforming and FD-MIMO | NTT DOCOMO | Revised |
R1‑131430 | Deployment Scenarios and Requirements for D2D Proximity Services | NTT DOCOMO | Noted |
R1‑131431 | Evaluation Scenarios for Interference Suppression/Cancellation Receivers | NTT DOCOMO | Noted |
R1‑131432 | Performance Metrics and Simulation for Out of Coverage ProSe enabled Ues | Harris | Not treated |
R1‑131433 | ProSe Requirements | General Dynamics Broadband UK | Not treated |
R1‑131434 | Prose Performance Metrics | General Dynamics Broadband UK | Not treated |
R1‑131435 | ProSe Evaluation Scenario Definition | General Dynamics Broadband UK | Not treated |
R1‑131436 | ProSe Public Safety Scenario | General Dynamics Broadband UK | Withdrawn |
R1‑131437 | Evaluation of candidate DM-RS patterns for NCT | Fujitsu | Not treated |
R1‑131438 | Evaluations on 4Tx Codebook Enhancement for DL MIMO | Fujitsu | Not treated |
R1‑131439 | Downlink DM-RS overhead reduction for small cells | Fujitsu | Revised |
R1‑131440 | On the Indication of Number of Supported CSI Processes | Ericsson, ST-Ericsson | Withdrawn |
R1‑131441 | Evaluation of DM-RS Patterns for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131442 | Views on Modes of Operation for the New Carrier Type | Ericsson, ST-Ericsson | Noted |
R1‑131443 | Deployment Considerations on New Carrier Type Operating Modes | Ericsson, ST-Ericsson | Noted |
R1‑131444 | Energy Efficiency Requirements for New Carrier Type Operating Modes | Ericsson | Revised |
R1‑131445 | Macro assisted operation with NCT | Ericsson, ST-Ericsson | Noted |
R1‑131446 | Heterogeneous deployments with NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131447 | Quasi Co-Location Assumptions for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131448 | Transmission mode handling for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131449 | On EPDCCH operation for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131450 | On ePHICH operation for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131451 | On EMBMS and PMCH operation for NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131452 | Design and use of the 4TX double codebook | Ericsson, ST-Ericsson | Noted |
R1‑131453 | Evaluation of 4TX codebooks | Ericsson, ST-Ericsson | Noted |
R1‑131454 | On the PUSCH 3-2 feedback mode | Ericsson, ST-Ericsson | Noted |
R1‑131455 | Interference mitigation for dynamic TDD | Ericsson, ST-Ericsson | Revised |
R1‑131456 | On CSI enhancements for Dynamic TDD | Ericsson, ST-Ericsson | Not treated |
R1‑131457 | On the need for new measurements for cross link interference handling | Ericsson, ST-Ericsson | Noted |
R1‑131458 | On efficient signalling of Dynamic TDD | Ericsson, ST-Ericsson | Noted |
R1‑131459 | On False detection impact with implicit signalling | Ericsson, ST-Ericsson | Not treated |
R1‑131460 | On Dynamic TDD on NCT | Ericsson, ST-Ericsson | Not treated |
R1‑131461 | Coverage enhancements for MTC - synchronization acquisition | Ericsson, ST-Ericsson | Noted |
R1‑131462 | Coverage enhancements for MTC - system information | Ericsson, ST-Ericsson | Withdrawn |
R1‑131463 | Coverage enhancements for MTC - random access | Ericsson, ST-Ericsson | Not treated |
R1‑131464 | Coverage enhancements for MTC - data transmission | Ericsson, ST-Ericsson | Not treated |
R1‑131465 | Coverage enhancements for MTC - resource allocation | Ericsson, ST-Ericsson | Not treated |
R1‑131466 | Coverage enhancements for MTC - on the need for PUCCH | Ericsson, ST-Ericsson | Not treated |
R1‑131467 | Coverage improvements of synchronization signals for low-cost MTC Ues | Intel Corporation | Not treated |
R1‑131468 | 36.213 DraftCR (Rel-10, F) Correction on HARQ-ACK transmission for a UE configured with PUCCH format 3 | Intel Corporation, Qualcomm Inc., LG Electronics, Nokia Siemens Networks, Nokia | Noted |
R1‑131469 | Views on transmission mode and QCL for NCT | Intel Corporation | Not treated |
R1‑131470 | Discussion on evaluation assumptions for LTE-TDD eIMTA work item | Intel Corporation | Not treated |
R1‑131471 | Discussion on inter-cell measurements for LTE-TDD eIMTA | Intel Corporation | Not treated |
R1‑131472 | Interference Suppression Framework for Network Assisted Interference Cancellation | Broadcom Corporation | Not treated |
R1‑131473 | Deployment Scenarios for Network Assisted Interference Cancellation | Broadcom Corporation | Noted |
R1‑131474 | Interference Management for Small Cell Enhancements | Broadcom Corporation | Revised |
R1‑131475 | 25.214 CR0706 (Rel-10,F) Correction of HARQ PRE-POST transmission | Huawei, HiSilicon | Noted - Revised |
R1‑131476 | 25.214 CR0707 (Rel-11, A) Correction of HARQ PRE-POST transmission | Huawei, HiSilicon | Noted - Revised |
R1‑131477 | Mapping between the AI and the default E-DCH resource index | Huawei, HiSilicon | Noted |
R1‑131478 | 25.211 CR0311 (Rel-11, F) Clarification to the association between the AI and the default E-DCH resource index | Huawei, HiSilicon | Noted |
R1‑131479 | System Simulations for DL Co-channel Interference Scenario - Full Buffer | Huawei, HiSilicon | Noted |
R1‑131480 | System Simulations for DL Co-channel Interference Scenario - Bursty Traffic | Huawei, HiSilicon | Noted |
R1‑131481 | System Simulations for UL Co-channel Interference Scenario - Full Buffer | Huawei, HiSilicon | Noted |
R1‑131482 | Summary of email discussions on the alignment of simulation results | Huawei, HiSilicon | Noted |
R1‑131483 | HS-DPCCH reliability in co-channel interference scenario | Huawei, HiSilicon | Noted |
R1‑131484 | Interference cancellation at the UE in Hetnets | Huawei, HiSilicon | Noted |
R1‑131485 | Restricted Resource Subframe on Transport Format | Huawei, HiSilicon | Noted |
R1‑131486 | Range Expansion with Restricted Resource Subframes on Power | Huawei, HiSilicon | Noted |
R1‑131487 | Considerations on Combined Cell Solutions | Huawei, HiSilicon | Noted |
R1‑131488 | TP on Range Expansion | Huawei, HiSilicon | Noted |
R1‑131489 | TR 25.800 v0.1.1 on UMTS Heterogeneous Networks | Huawei, HiSilicon | Noted - Revised |
R1‑131490 | ICI modelling for S-UMTS evaluation | Huawei, HiSilicon | Noted |
R1‑131491 | Summary of email discussion on S-UMTS simulation assumptions | Huawei, HiSilicon | Noted |
R1‑131492 | Link level simulation assumptions for S-UMTS | Huawei, HiSilicon | Noted - Revised |
R1‑131493 | System level simulation assumptions for S-UMTS | Huawei, HiSilicon | Noted |
R1‑131494 | Link level simulation results for standalone S-UMTS | Huawei, HiSilicon | Not treated |
R1‑131495 | Design of standalone S-UMTS | Huawei, HiSilicon | Noted |
R1‑131496 | Design of S-UMTS aggregation | Huawei, HiSilicon | Noted |
R1‑131497 | Physical layer procedures for S-UMTS | Huawei, HiSilicon | Not treated |
R1‑131498 | Overview of UL overhead reduction | Huawei, HiSilicon | Noted |
R1‑131499 | Consideration of E-DPCCH overhead reduction | Huawei, HiSilicon | Noted |
R1‑131500 | Consideration of HS-DPCCH overhead reduction | Huawei, HiSilicon | Noted |
R1‑131501 | Draft TS36.213 CR on Corrections to EPDCCH PRB pair indication | Texas Instruments | Noted - Revised |
R1‑131502 | Signaling mechanisms for adaptive TDD UL/DL Reconfiguration | Texas Instruments | Noted |
R1‑131503 | Discussion on Interference Avoidance and Coordination for Small Cell Enhancement | China Telecom | Noted |
R1‑131504 | Evaluation of Double Codebook Proposals with Full Buffer Traffic | AT&T | Revised |
R1‑131505 | Evaluation of Double Codebook based Feedback with FTP Traffic | AT&T | Noted |
R1‑131506 | TP for Section 7.1.1 “Solutions for legacy terminals” of TR25.800 | Research In Motion UK Limited | Noted |
R1‑131507 | Simulation results for PUSCH and PDSCH coverage enhancement | CATR | Not treated |
R1‑131508 | Simulation results for downlink DMRS overhead reduction | CATR | Noted |
R1‑131509 | Simulation results for downlink 256QAM | CATR | Not treated |
R1‑131510 | Synchronization enhancement for SCE | CATR | Not treated |
R1‑131511 | Evaluation results of enhanced 4 Tx codebook | CATR | Not treated |
R1‑131512 | Simulation results of new DM RS pattern design | CATR | Revised |
R1‑131513 | Considerations on how to extend ITU-R channel models to 3D | CATR | Not treated |
R1‑131514 | Scenarios and Evaluation of Standalone NCT | Motorola Mobility | Not treated |
R1‑131515 | Enhanced 4 Tx Codebook | Motorola Mobility | Revised |
R1‑131516 | 3D-Channel Modelling Considerations | Motorola Mobility | Not treated |
R1‑131517 | 3D Scenarios and Antenna Configurations | Motorola Mobility | Not treated |
R1‑131518 | Downlink data transmission for coverage enhancement in MTC UE | Motorola Mobility | Noted |
R1‑131519 | Small Cell Discovery | Motorola Mobility | Noted |
R1‑131520 | Considerations on Standalone New Carrier Type | Pantech | Not treated |
R1‑131521 | Discussion of eMBMS on NCT | Pantech | Not treated |
R1‑131522 | Discussion on QCL definition in TM10 on NCT | Pantech | Not treated |
R1‑131523 | Considerations on reference signal in TDD special subframe | Pantech | Not treated |
R1‑131524 | Discussion on signaling methods for TDD UL-DL reconfiguration | Pantech | Not treated |
R1‑131525 | Overhead reduction on UE-specific RS for small cell | Pantech | Not treated |
R1‑131526 | Scenarios for Network Assisted Interference Cancellation and Suppression in Rel. 12 | Pantech | Not treated |
R1‑131527 | Discussion on scenarios for standalone NCT | CMCC | Not treated |
R1‑131528 | Discussion on DMRS pattern for special subframe in NCT | CMCC | Not treated |
R1‑131529 | Discussion on New DMRS Pattern in NCT | CMCC | Not treated |
R1‑131530 | Procedures for efficient discovery of small cells | CMCC | Not treated |
R1‑131531 | Discussion on small cell architecture to support efficient operation | CMCC | Not treated |
R1‑131532 | Framework for 3D channel model | CMCC | Not treated |
R1‑131533 | Channel measurements results on elevation related parameters | CMCC | Not treated |
R1‑131534 | Discussion and link level evaluation on higher order modulation for small cell deployment | CMCC | Not treated |
R1‑131535 | Analysis of Downlink System Level Simulation Results in Co-Channel Deployment with Full Buffer Traffic | Ericsson, ST-Ericsson | Noted |
R1‑131536 | Downlink System Level Simulation Results in Co-Channel Deployment with Bursty Traffic | Ericsson, ST-Ericsson | Noted |
R1‑131537 | Uplink System Level Simulation Results in Co-Channel Deployment with Full Buffer Traffic | Ericsson, ST-Ericsson | Noted |
R1‑131538 | Link Level Performance of Spatial Reuse Mode with Demodulation Pilots and CQI Adjustment in a Combined Cell Deployment | Ericsson, ST-Ericsson | Noted |
R1‑131539 | Impact of Transmitters Separation for Spatial Reuse Mode in a Combined Cell Deployment | Ericsson, ST-Ericsson | Noted |
R1‑131540 | Analysis of Probing Pilots for Spatial Reuse Mode in Combined Cell Deployment | Ericsson, ST-Ericsson | Noted |
R1‑131541 | Remaining Aspects of Combined Cell Deployment | Ericsson, ST-Ericsson | Noted |
R1‑131542 | Downlink System Level Analysis of Combined Cell Deployments with Full Buffer Traffic | Ericsson, ST-Ericsson | Noted |
R1‑131543 | Downlink System Level Analysis of Combined Cell Deployments with Bursty Traffic | Ericsson, ST-Ericsson | Noted |
R1‑131544 | Uplink System Level Simulation Results in Combined Cell Deployment | Ericsson, ST-Ericsson | Noted |
R1‑131545 | Performance of Multiflow in UMTS Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑131546 | Link Evaluation of Uplink/Downlink Imbalance Problems in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑131547 | Network Assistance for Interference Cancelation for Cell Range Expansion | Ericsson, ST-Ericsson | Noted |
R1‑131548 | Downlink Control Channel Performance in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑131549 | On Uplink/Downlink Imbalance Problems in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑131550 | Text Proposal on Combined Cell | Ericsson, ST-Ericsson | Noted |
R1‑131551 | Text Proposal on Downlink Interference Issues | Ericsson, ST-Ericsson | Noted |
R1‑131552 | Text Proposal on Solutions for Co-Channel Deployments | Ericsson, ST-Ericsson | Noted |
R1‑131553 | Text Proposal for Section 7.1.2 – Enhanced Solutions | Ericsson, ST-Ericsson | Noted |
R1‑131554 | Text Proposal on Enhanced Solutions for Uplink/Downlink Imbalance Problems in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑131555 | Further Considerations on Scalable UMTS | Ericsson, ST-Ericsson | Noted |
R1‑131556 | Physical Layer Considerations for Dedicated Secondary Carrier | Ericsson, ST-Ericsson | Noted |
R1‑131557 | Initial Simulation Assumptions for Dedicated Secondary Carrier | Ericsson, ST-Ericsson | Noted |
R1‑131558 | Further Considerations for HSUPA Rate Adaptation | Ericsson, ST-Ericsson | Noted |
R1‑131559 | Initial Simulation Assumptions for HSUPA Rate Adaptation | Ericsson, ST-Ericsson | Noted |
R1‑131560 | 25.212 CR0319 (Rel-11, F) Correction to the HS-SCCH Type 4 Structure | Ericsson | Revised |
R1‑131561 | 25.211 CR0312 (Rel-11, F) Correction to the Four Branch MIMO Transmit Diversity | Ericsson | Revised |
R1‑131562 | Views on Scenarios for Rel-12 New Carrier Types | NTT DOCOMO | Noted |
R1‑131563 | Draft CR on DCI Format 4 payload size | ZTE | Noted - Revised |
R1‑131564 | Downlink System Performance of Hetnets in Co-channel Scenarios with Full Buffer traffic | Qualcomm Inc. | Noted |
R1‑131565 | Downlink System Performance of Hetnets in Co-channel Scenarios with Bursty traffic | Qualcomm Inc. | Noted |
R1‑131566 | Uplink System Performance of Hetnets in Co-channel Scenarios with Full buffer traffic | Qualcomm Inc. | Noted |
R1‑131567 | Uplink System Performance of Hetnets in Co-channel Scenarios with Bursty traffic | Qualcomm Inc. | Noted |
R1‑131568 | Downlink System Performance of Range Expansion in Mixed Multicarrier HetNet Deployment | Qualcomm Inc. | Noted |
R1‑131569 | Downlink System Performance of Range Expansion in Multicarrier Scenarios with Full Buffer Traffic | Qualcomm Inc. | Noted |
R1‑131570 | Downlink System Performance of Range Expansion in Multicarrier Scenarios with Bursty Traffic | Qualcomm Inc. | Noted |
R1‑131571 | DL Control Channel Performance in Co-Channel HetNet Scenarios | Qualcomm Inc. | Noted |
R1‑131572 | Preliminary Link Simulations for Combined Cell Scenarios | Qualcomm Inc. | Revised |
R1‑131573 | Impact of Range Expansion on Mobility | Qualcomm Inc. | Noted |
R1‑131574 | Adaptive LPN UL Padding in Co-channel HetNets Deployment | Qualcomm Inc. | Noted |
R1‑131575 | Uplink Interference Management Techniques in Co-channel HetNets Deployment | Qualcomm Inc. | Noted |
R1‑131576 | Solutions for UL-DL imbalances in Hetnets | Qualcomm Inc. | Noted |
R1‑131577 | On Studying Network Assisted IC in HetNets | Qualcomm Inc. | Noted |
R1‑131578 | TP on Range Expansion in Multicarrier and Multiflow Deployments | Qualcomm Inc. | Noted |
R1‑131579 | Baseline Simulation Assumptions for R99 voice | Qualcomm Inc. | Noted - Revised |
R1‑131580 | Simulation Assumptions for DCH Enhancements | Qualcomm Inc. | Noted - Revised |
R1‑131581 | Link Analysis of Downlink DCH Overhead Reduction and Frame Early Termination | Qualcomm Inc. | Noted |
R1‑131582 | Link Analysis of Uplink Frame Early Termination | Qualcomm Inc. | Noted |
R1‑131583 | UL and DL Mapping of HSPA Throughput | Qualcomm Inc. | Revised |
R1‑131584 | Link Simulation Assumptions for VoHSPA | Qualcomm Inc. | Agreed |
R1‑131585 | UL System Simulation Assumptions for VoHSPA | Qualcomm Inc. | Noted - Revised |
R1‑131586 | TP on Simulation Assumptions and DCH Enhancements | Qualcomm Inc. | Not treated |
R1‑131587 | Scenarios for Scalable UMTS | Qualcomm Inc. | Revised |
R1‑131588 | Modeling of Adjacent Carrier Interference | Qualcomm Inc. | Noted |
R1‑131589 | Link Simulation Methodology for Performance Evaluation of Scalable UMTS | Qualcomm Inc. | Noted |
R1‑131590 | P-CCPCH Latency and Coverage Analysis for Time Dilation Solution | Qualcomm Inc. | Noted |
R1‑131591 | TCP over HSPA Latency and Coverage Analysis for Time Dilation Solution | Qualcomm Inc. | Noted |
R1‑131592 | Initial DL Link Simulation Results for Standalone Scalable UMTS | Qualcomm Inc. | Not treated |
R1‑131593 | Initial DL Link Simulation Results for Multicarrier Scalable UMTS | Qualcomm Inc. | Not treated |
R1‑131594 | Scenarios for network-assisted interference cancellation and suppression | Orange, Telecom Italia, Deutsche Telekom, T-Mobile USA, China Unicom | Noted |
R1‑131595 | Views on network-assisted interference cancellation and suppression | Orange | Revised |
R1‑131596 | Literature review on user antenna height correction factor for 3D-channel model | Orange | Noted |
R1‑131597 | Discussion about HetNet deployment scenarios | Nokia Siemens Networks | Noted |
R1‑131598 | Initial uplink system level simulation results for HetNet | Nokia Siemens Networks | Noted |
R1‑131599 | UL/DL mismatch effect on SHO/MF operation | Nokia Siemens Networks | Noted |
R1‑131600 | Considerations on Strong Imbalance Zone | Nokia Siemens Networks | Noted |
R1‑131601 | Considerations on the SIR target settings in Multiflow | Nokia Siemens Networks | Noted |
R1‑131602 | Considerations on E-DCH scheduling in HetNet | Nokia Siemens Networks | Noted |
R1‑131603 | Uplink FET ACK signaling power | Nokia Siemens Networks | Noted |
R1‑131604 | Downlink FET ACK signaling power | Nokia Siemens Networks | Noted |
R1‑131605 | Code-space and UE power efficient SRB design | Nokia Siemens Networks | Noted |
R1‑131606 | Robustness of SRBs on HSPA | Nokia Siemens Networks | Noted |
R1‑131607 | Requirements for Scalable UMTS system design | Nokia Siemens Networks | Noted |
R1‑131608 | Introduction of SINR-based scheduling for HSUPA | Nokia Siemens Networks | Noted |
R1‑131609 | Initial Simulation Results for SINR-based Scheduling in HSUPA | Nokia Siemens Networks | Noted |
R1‑131610 | Improvements to EUL coverage | Nokia Siemens Networks | Not treated |
R1‑131611 | Introduction and initial system level simulations results for fast carrier hopping in HSUPA | Nokia Siemens Networks | Noted |
R1‑131612 | Miscellaneous corrections for EPDCCH in TS36.211 | Texas Instruments | Agreed in principle |
R1‑131613 | Evaluation Assumptions for Small Cells | Ericsson, ST-Ericsson | Noted |
R1‑131614 | Evaluation of DL DMRS Overhead Reduction | Ericsson, ST-Ericsson | Noted |
R1‑131615 | Evaluation on UL DMRS Overhead Reduction | Ericsson, ST-Ericsson | Noted |
R1‑131616 | On the Discovery of Small Cells | Ericsson, ST-Ericsson | Noted |
R1‑131617 | Discussion and Evaluation of 256 QAM | Ericsson, ST-Ericsson | Not treated |
R1‑131618 | Physical layer aspects of dual connectivity | Ericsson, ST-Ericsson | Not treated |
R1‑131619 | CQI Report Reduction for Multi-RABs with Speech | Ericsson, ST-Ericsson | Noted |
R1‑131620 | Channel models for D2D performance evaluation | Ericsson, ST-Ericsson | Not treated |
R1‑131621 | D2D Evaluation Scenarios | Ericsson, ST-Ericsson | Noted |
R1‑131622 | In-band Interference Modeling for D2D | Ericsson, ST-Ericsson | Noted |
R1‑131623 | Update to TR 36.888 to include agreements from RAN1#72 | Vodafone Group | Noted |
R1‑131624 | Scenarios for D2D proximity services for Public safety | Vodafone Group | Noted |
R1‑131625 | Target Scenarios for scalable UMTS | Vodafone Group | Noted |
R1‑131626 | Draft CR for EPDCCH hashing function | InterDigital | Noted - Revised |
R1‑131627 | TP on Section 6 of TR25.800 | Huawei, HiSilicon | Noted |
R1‑131628 | Interference mitigation schemes for IMTA | Qualcomm Inc. | Not treated |
R1‑131629 | Signaling mechanisms for reconfiguration | Qualcomm Inc. | Not treated |
R1‑131630 | Antenna modeling for elevation beamforming and FD-MIMO | Qualcomm Inc. | Not treated |
R1‑131631 | Discussion on time scale and HARQ timeline for TDD eIMTA | CMCC | Not treated |
R1‑131632 | Simulation results of new DM RS pattern design | CATR | Not treated |
R1‑131633 | Views on network-assisted interference cancellation and suppression | Orange | Not treated |
R1‑131634 | Discussion of DMRS overhead reduction for small cells | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑131635 | Downlink Baseline Results for Small Cell Scenarios 1 and 2a | Nokia Siemens Networks, Nokia | Not treated |
R1‑131636 | Uplink Baseline Results for Small Cell Scenarios 1 and 2a | Nokia Siemens Networks, Nokia | Not treated |
R1‑131637 | PUSCH Coverage Enhancement for Low Cost MTC | NEC Group | Noted |
R1‑131638 | Downlink DM-RS overhead reduction for small cells | Fujitsu | Not treated |
R1‑131639 | Draft LS reply on the RI bit width | Huawei, HiSilicon | Noted - Revised |
R1‑131640 | 36.212 CR0146 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131641 | 36.213 CR0406 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑131642 | 36.212 CR0147 (Rel-11, A) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑131643 | 36.213 CR0407 (Rel-11, A) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑131644 | Evaluation results for 4Tx codebook designs | CATT | Not treated |
R1‑131645 | Enhanced 4 Tx Codebook | Motorola Mobility | Revised |
R1‑131646 | 3D Channel Modelling | HTC | Not treated |
R1‑131647 | Energy Efficiency Requirements for New Carrier Type Operating Modes | Ericsson | Noted |
R1‑131648 | Link-level simulation results for S-UMTS downlink | China Unicom | Not treated |
R1‑131649 | TA difference in multiple TA operation | LG Electronics | Noted |
R1‑131650 | Evaluation of 256QAM in small cells | Renesas Mobile Europe Ltd | Not treated |
R1‑131651 | Interference mitigation for dynamic TDD | Ericsson, ST-Ericsson | Not treated |
R1‑131652 | Views on 3D-Channel Model for Elevation Beamforming and FD-MIMO | NTT DOCOMO | Not treated |
R1‑131653 | Evaluation results for the 4-Tx codebook enhancement | Samsung | Not treated |
R1‑131654 | 25.212 CR0319R1 (Rel-11, F) Correction to the HS-SCCH Type 4 Structure | Ericsson | Noted - Revised |
R1‑131655 | 25.211 CR0312R1 (Rel-11, F) Correction to the Four Branch MIMO Transmit Diversity | Ericsson | Noted - Revised |
R1‑131656 | Preliminary Link Simulations for Combined Cell Scenarios | Qualcomm Inc. | Noted |
R1‑131657 | Scenarios for Scalable UMTS | Qualcomm Inc. | Noted |
R1‑131658 | Performance of DL MIMO double codebook for 4Tx antennas | Renesas Mobile Europe Ltd | Not treated |
R1‑131659 | Evaluation of Double Codebook Proposals with Full Buffer Traffic | AT&T | Noted |
R1‑131660 | UL and DL Mapping of HSPA Throughput | Qualcomm Inc. | Noted |
R1‑131661 | Further discussions on scenarios for FD-MIMO and elevation domain beamforming | Samsung | Not treated |
R1‑131662 | Initial study and proposals for 3D channel modeling | Samsung | Not treated |
R1‑131663 | Correction on PUCCH power control | LG Electronics | Not treated |
R1‑131664 | Scenarios and Metrics for evaluation of standalone NCT | Sharp | Not treated |
R1‑131665 | Evaluation of small cell enhancements | ITRI | Not treated |
R1‑131666 | 36.212 CR0148 (Rel-11, F) CR on DCI Format 4 payload size | ZTE | Agreed |
R1‑131667 | 36.212 CR0149 (Rel-11, F) Correction on the time span of the DCI | Huawei, HiSilicon | Agreed |
R1‑131668 | Evaluation of possible new DMRS patterns for NCT | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑131669 | Interference Mitigation Schemes for eIMTA | NTT DOCOMO | Noted |
R1‑131670 | Views on Load Balancing and Enhanced Interference Coordination for SCE | NTT DOCOMO | Noted |
R1‑131671 | 36.213 CR0408 (Rel-11, F) Correction on parallel reception of PDSCH and Msg 2 | Samsung, Ericsson, ST-Ericsson, Qualcomm Incorporated, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ZTE, Panasonic | Agreed |
R1‑131672 | 36.213 CR0409 (Rel-11, F) Correction on zero power CSI-RS resource configuration | LG Electronics | Agreed |
R1‑131673 | 36.213 CR0410 (Rel-11, F) Correction of serving cell UL/DL configuration for transmitting the PUSCH | ITRI | Agreed |
R1‑131674 | 36.213 CR0411 (Rel-11, F) Correction on EPDCCH PRB pair indication | CATT | Agreed |
R1‑131675 | 36.213 CR0412 (Rel-11, F) Correction on EPDCCH hashing function | InterDigital | Agreed |
R1‑131676 | 36.213 CR0413 (Rel-11, F) Correction on PUCCH resource determination for FDD EPDCCH | CATT | Agreed |
R1‑131677 | LS on UE Capability Indication of TM10 | Samsung | Agreed |
R1‑131678 | Clustering and de-clustering for the CCIM scheme | Renesas Mobile Europe Ltd | Not treated |
R1‑131679 | Performance Comparison of Interference Mitigation Schemes with Dynamic TDD UL/DL configuration in Multi-Cell Pico Deployment Scenario | Renesas Mobile Europe Ltd | Not treated |
R1‑131680 | Coverage enhancements for MTC - system information | Ericsson, ST-Ericsson | Not treated |
R1‑131681 | Modeling for mean value of elevation angles | CMCC | Not treated |
R1‑131682 | Impairments Impact on 256QAM DL performance in LTE | Nokia, Nokia Siemens Networks | Not treated |
R1‑131683 | Performance evaluation for the deployment of indoor small cells - scenario 2b and 3 | MediaTek Inc. | Noted |
R1‑131684 | Performance evaluation for small cell discovery using legacy reference signals | MediaTek Inc. | Noted |
R1‑131685 | TR 36.872 v0.1.0 of small cell enhancement | Huawei, HiSilicon | Endorsed |
R1‑131686 | D2D evaluation methodology for in network coverage scenario | Samsung | Noted |
R1‑131687 | Way Forward for NAICS scenarios | Orange, Telecom Italia, Deutsche Telekom, T-Mobile USA, China Unicom, KDDI, Docomo, Vodafone | Noted |
R1‑131688 | TR 36.863 v0.1.0 on Network-Assisted Interference Cancellation and Suppression for LTE | MediaTek Inc. | Endorsed |
R1‑131689 | Way Forward on D2D Deployments | Qualcomm, US Department of Commerce, General Dynamics Broadband, ZTE, Samsung, RIM | Revised |
R1‑131690 | Way Forward on D2D Performance Metrics | Qualcomm Inc., US Department of Commerce, GDB, RIM | Revised |
R1‑131691 | Way Forward on D2D Channel Models | Qualcomm, US Department of Commerce, General Dynamics Broadband UK, ITRI, Fujitsu, Intel, Samsung, ZTE, III | Revised |
R1‑131692 | Discussion on evaluation methodology for D2D | ETRI | Not treated |
R1‑131693 | 25.212 CR0319r2 (Rel-11, F) Correction to the HS-SCCH Type 4 Structure | Ericsson | Agreed |
R1‑131694 | Informative LS on Further EUL Enhancements | RAN1, Ericsson | Agreed |
R1‑131695 | TP on Simulation Assumptions and DCH Enhancements | MediaTek Inc. | Noted |
R1‑131696 | 25.214 CR0706r1 (Rel-10,F) Correction of HARQ PRE-POST transmission | Huawei, HiSilicon | Agreed |
R1‑131697 | 25.214 CR0707r1 (Rel-11,A) Correction of HARQ PRE-POST transmission | Huawei, HiSilicon | Agreed |
R1‑131698 | 25.211 CR0312r2 (Rel-11, F) Correction to the Four Branch MIMO Transmit Diversity | Ericsson | Noted - Revised |
R1‑131699 | Summary of UMTS Heterogeneous Networks session | HSPA session chairman (Huawei) | Endorsed |
R1‑131700 | Link level simulation assumptions for S-UMTS | Huawei, HiSilicon | Agreed |
R1‑131701 | Draft LS to RAN4 and GERAN1 on S-UMTS scenarios | China Unicom | Noted - Revised |
R1‑131702 | Baseline Simulation Assumptions for R99 voice | Qualcomm Inc. | Agreed |
R1‑131703 | Simulation Assumptions for DCH Enhancements | Qualcomm Inc. | Agreed |
R1‑131704 | System Simulation Assumptions for VoHSPA | Qualcomm Inc. | Agreed |
R1‑131705 | TP on DCH enhancements in uplink | Qualcomm Inc. | Withdrawn |
R1‑131706 | TP on DCH enhancements in downlink | Qualcomm Inc. | Withdrawn |
R1‑131707 | TP on all simulation assumptions related to the DCH enhancements SI | Qualcomm Inc. | Withdrawn |
R1‑131708 | Chairman's summary of the UMTS sessions 6.1, 6.2, 6.4, 6.5 and 6.6 | HSPA session chairman (Nokia Siemens Networks) | Endorsed |
R1‑131709 | 25.211 CR0312r3 (Rel-11, F) Correction to the Four Branch MIMO Transmit Diversity | Ericsson | Agreed |
R1‑131710 | TR 25.800 v0.2.0 on UMTS Heterogeneous Networks | Huawei, HiSilicon | Agreed |
R1‑131711 | DRAFT LS on TR for UMTS Heterogeneous Networks | RAN1, Huawei | Agreed |
R1‑131712 | LS on 256 QAM Support | RAN4, Alcatel Lucent | Noted |
R1‑131713 | Deployment Scenarios for NAICS Studies | Ericsson, ST-Ericsson | Noted |
R1‑131714 | On the 4 TX codebook enhancement | NEC Group | Not treated |
R1‑131715 | Way Forward on D2D Deployments | Qualcomm, US Department of Commerce, General Dynamics Broadband, ZTE, Samsung, RIM, Fujitsu, III, ITRI | Noted |
R1‑131716 | LS on NAICS scenarios and evaluation assumptions | MediaTek Inc. | Noted - Revised |
R1‑131717 | TR 36.843 v0.1.0 on on LTE Device to Device Proximity services | Qualcomm Inc. | Endorsed |
R1‑131718 | Evaluation on codebook proposals for further Downlink MIMO Enhancement | Nokia Siemens Networks, Nokia | Noted |
R1‑131719 | Way Forward on Codebook Design Structures for MIMO Enhancement in Rel-12 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson | Noted |
R1‑131720 | Way Forward on Details of CSI Feedback Enhancement in Rel-12 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm, LG Electronics | Noted |
R1‑131721 | Summary of offline discussion on Small Cell Enhancement methodology: Dual-strp Model | Qualcomm Inc. | Agreed |
R1‑131722 | Way forward on interference mitigation for eIMTA | LG Electronics, Ericsson, ST-Ericsson, Samsung, Renesas Mobile Europe, Sharp | Noted |
R1‑131723 | Way Forward on TDD eIMTA | LG Electronics, Renesas Mobile Europe, Ericsson, ST-Ericsson, Intel, Samsung, Sharp, Potevio, CATT, NTT DOCOMO, New Postcom, Qualcomm | Noted |
R1‑131724 | Way Forward on DL DMRS pattern for NCT | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATR, CMCC, China Telecom, HTC, Intel, MediaTek Inc, Pantech, Samsung | Noted |
R1‑131725 | Enhanced 4 Tx Codebook | Motorola Mobility | Not treated |
R1‑131726 | Text proposal of TR 36.872 on DL DMRS overhead reduction for SCE | Huawei, HiSilicon | Noted |
R1‑131727 | Way Forward on Interference Mitigation for TDD eIMTA | CATT, CMCC, CATR, Huawei,Hisilicon, LGE , RIM, New Postcom, Qualcomm, NEC, Renesas Mobile Europe, Panasonic, Potevio, ITRI | Noted |
R1‑131728 | Way Forward on Signaling Mechanism for TDD eIMTA | CATT, Renesas Mobile Europe, RIM, Intel, Samsung, Nokia, NSN, Qualcomm, Sharp , CMCC, CATR, NTT DoCoMo, New Postcom, Potevio, Coolpad, NEC | Noted |
R1‑131729 | Text proposal of TR 36.872 on UL DMRS overhead reduction for SCE | Huawei, HiSilicon | Noted - Revised |
R1‑131730 | Way Forward on Alignment of LTE-TDD eIMTA Evaluation Assumptions | Intel, Qualcomm, LG Electronics | Noted |
R1‑131731 | Way Forward on interference reporting in TDD eIMTA | Huawei, HiSilicon, Research in Motion, CATT, Coolpad, New Postcom, Potevio, NEC | Noted |
R1‑131732 | 4-Tx codebook design for downlink MIMO enhancement | New Postcom | Not treated |
R1‑131733 | Evaluation results of 4Tx Codebook Proposals | ZTE | Not treated |
R1‑131734 | Way Forward on MU-CSI | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, NEC, Qualcomm | Noted - Revised |
R1‑131735 | Way Forward on 4-Tx codebook enhancement | NTT DOCOMO, NEC | Noted |
R1‑131736 | Way Forward on frequency-domain granularity of a new aperiodic PUSCH CSI feedback | LG Electronics, ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑131737 | Way forward on PDSCH coverage improvement | CATT, Sony Europe, Huawei, HiSilicon, CATR, New Postcom, NEC, MediaTek Inc., Ericsson, ST-Ericsson, LGE, Nokia Siemens Networks, Nokia, Sierra Wireless, ZTE | Noted |
R1‑131738 | Way-forward on 4Tx codebook enhancement: rank-1/2 | Texas Instruments, Intel, InterDigital, Motorola Mobility, ZTE | Noted |
R1‑131739 | Way-forward on 4Tx codebook enhancement: rank-3/4 | Texas Instruments, Fujitsu, Intel, InterDigital, NEC, Motorola Mobility, Qualcomm | Noted |
R1‑131740 | Interference Management for Small Cell Enhancements | Broadcom Corporation | Not treated |
R1‑131741 | Way Forward on PUSCH coverage enhancement | LG Electronics, CATT, CATR, MediaTek Inc., Huawei, HiSilicon, NEC, Nokia, Nokia Siemens Networks | Not treated |
R1‑131742 | Way Forward on PUCCH coverage enhancement | ZTE, NSN,Nokia, Huawei, HiSilicon, MediaTek Inc, CATT, CATR, LGE , Ericsson, ST-Ericsson | Noted |
R1‑131743 | Way Forward on HARQ feedback timing for TDD eIMTA | Ericsson, ST-Ericsson, LG Electronics, Sharp, Nokia, Nokia Siemens Networks, Qualcomm | Not treated |
R1‑131744 | Way forward on PRACH coverage improvement | Huawei, HiSilicon, CATT, Ericsson, ST-Ericsson, NTT Docomo, MediaTek Inc., CATR, Fujitsu, Alcatel-Lucent, Sierra Wireless, LGE, NSN ,Nokia, ZTE | Noted |
R1‑131745 | Way forward for PBCH coverage improvement | Huawei, HiSilicon, Sony Europe, CATR, MediaTek Inc., Alcatel-Lucent, Alcatel-Lucent Shanghai Bell , CATT, Ericsson, ST-Ericsson, ITRI, Fujitsu, NSN, Nokia, GDBB, ZTE | Noted |
R1‑131746 | Way forward for PSS/SSS coverage improvement for MTC | Ericsson, CATT, Fujitsu, General Dynamics, Huawei, HiSilicon, LG Electronics, MediaTek Inc, Nokia, Nokia Siemens Networks, NTT DoCoMo, Sierra Wireless, ST-Ericsson, ZTE | Noted |
R1‑131747 | Way Forward on D2D Performance Metrics | Qualcomm, US Department of Commerce, General Dynamics Broadband UK, RIM, Fujistu, III, NEC | Noted |
R1‑131748 | Way Forward for PDCCH/EPDCCH coverage enhancement | MediaTek Inc., Huawei, HiSilicon, Ericsson, ST-Ericsson, Sony Europe, ITRI, Fujitsu, CATT, ZTE, Nokia Siemens Networks, Nokia, New Postcom, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATR, NEC Group, LG Electronics | Noted |
R1‑131749 | Way Forward on ICIC in small cell scenarios | LG Electronics, Huawei, HiSilicon, NTT DOCOMO, Panasonic, Samsung | Noted |
R1‑131750 | Simulation assumptions for multi-TTI scheduling | CATT | Agreed |
R1‑131751 | Summary on small cell association offline | LG Electronics | Noted |
R1‑131752 | Way Forward on Height Dependent PL | Samsung, Broadcom, CMCC, CATT, InterDigital, KDDI, Motorola, NSN, Nokia, New Postcom | Noted |
R1‑131753 | Observations and way forward on small cells for MTC | Huawei, HiSilicon, Ericsson, ST-Ericsson, Qualcomm | Noted |
R1‑131754 | Way Forward on D2D Evaluation | NTT DOCOMO, US Department of Commerce, Vodafone, KDDI, Deutsche Telekom, CMCC, Ericsson, ST-Ericsson, Qualcomm, ZTE, ITRI | Noted |
R1‑131755 | LTE D2D Dropping and association | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131756 | Way forward on scenarios for 3D channel modeling | Nokia Siemens Networks, Nokia, Huawei, HiSilicon, Intel, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, InterDigital, NTT DoCoMo, CMCC, Samsung, CATT, Ericsson, ST Ericsson, AT&T | Noted |
R1‑131757 | Way Forward on Introduction of Elevation Domain Parameters in 3D Channel Modeling | Nokia Siemens Networks, Nokia, CMCC, CATT, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, HiSilicon, Samsung, Qualcomm, Intel | Not treated |
R1‑131758 | Way Forward on NCT | Huawei, HiSilicon, Panasonic, Potevio, Mediatek, ETRI, Intel, New Postcom, Ericsson, ST-Ericsson, Sharp, LG Electronics, Hitachi, CMCC, NEC, InterDigital | Noted |
R1‑131759 | Way Forward on Candidate Techniques for Load Balancing on NCT | Huawei, HiSilicon, Panasonic, Potevio, Mediatek, ETRI, New Postcom, Hitachi, NEC, InterDigital, Sharp | Noted |
R1‑131760 | Way Forward on 3D Channel Modeling | CATT, CMCC, Ericsson, ST-Ericsson, InterDigital, KDDI, Motorola Mobility, Orange, New Postcom, ZTE, Renesas, Qualcomm, Broadcom | Noted |
R1‑131761 | Way Forward on antenna model in 3D Channel Modeling | Huawei, HiSilicon, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, CMCC, Ericsson, ST-Ericsson, HTC, Intel, NEC, Nokia, Nokia Siemens Networks, New Postcom | Noted |
R1‑131762 | On Determining Network Coverage for D2D UE | Fujitsu, Qualcomm, US Department of Commerce | Noted |
R1‑131763 | Way Forward on Modeling of Elevation Domain Parameters | CMCC, CATT, Ericsson, ST-Ericsson, NTT DoCoMo, ZTE, CATR, Samsung | Not treated |
R1‑131764 | Discussion on the scenarios for the standalone NCT | Panasonic | Noted |
R1‑131765 | Way Forward on Small Cell Discovery | NTT DOCOMO, Panasonic, ETRI, ZTE, Intel, LG Electronics, KDDI | Noted |
R1‑131766 | Way Forward for Adding NAICS Scenarios #3 | Broadcom, Qualcomm, RIM, ZTE | Withdrawn |
R1‑131767 | MTC traffic model concerning triggered reporting | Fujitsu | Noted |
R1‑131768 | Way Forward on D2D Channel Models | Qualcomm, US Department of Commerce, General Dynamics Broadband UK, ITRI, Fujitsu, Intel, Samsung, ZTE, III | Noted |
R1‑131769 | Summary of Ad-hoc session on Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Ad-Hoc Chairman (Samsung) | Endorsed |
R1‑131770 | Summary of Ad-hoc session on Low-cost MTC UEs based on LTE | Ad-Hoc Chairman (NTT DoCoMo) | Endorsed |
R1‑131771 | Summary of Ad-hoc session on 3D-channel model for Elevation Beamforming and FD-MIMO | Ad-Hoc Chairman (Samsung) | Endorsed |
R1‑131772 | Summary of Ad-hoc session on Network-Assisted Interference Cancellation and Suppression for LTE | Ad-Hoc Chairman (MediaTek) | Withdrawn |
R1‑131773 | Summary of email discussion on Payload size of DCI Format 1A on SCell without UL CC (R1-131256) | NEC Group (email discussion moderator) | Noted |
R1‑131774 | 36.212 DraftCR (Rel-10, F) Correction to bit padding of DCI format 1A for secondary cell without uplink component carrier | NEC Group | Not treated |
R1‑131775 | Way Forward on MU-CSI | ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, NEC, Qualcomm, ETRI | Noted |
R1‑131776 | Draft LS reply on the RI bit width | Huawei, HiSilicon | Noted - Revised |
R1‑131777 | 36.212 CR0146R1 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131778 | 36.213 CR0406R1 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131779 | 36.212 CR0147R1 (Rel-11, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted - Revised |
R1‑131780 | 36.213 CR0407R1 (Rel-11, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑131781 | Way Forward: handling of the collision between PRS and EPDCCH | Panasonic, ZTE, LG Electronics, InterDigital, NEC, Intel Corporation, Qualcomm Incorporated | Noted |
R1‑131782 | 36.213 DraftCR (Rel-11, F) Removal of the case for spatial domain bundling in TDD UL/DL configuration 0 | Intel Corporation, Ericsson, ST-Ericsson, CATT | Noted - Revised |
R1‑131783 | Way Forward on Interference Mitigation for TDD eIMTA | CATT, Huawei, HiSilicon, ZTE, Renesas Mobile Europe Ltd, ITRI, New Postcom, Research In Motion UK Limited, CMCC, CATR, Samsung, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, LG Electronics,Qualcomm, NEC, Panasonic, Potevio, Coolpad, HTC | Noted |
R1‑131784 | Way Forward on backhaul signalling in TDD eIMTA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, Nokia, Nokia Siemens Networks, ST-Ericsson | Noted |
R1‑131785 | 36.213 DraftCR (Rel-11, F) Correction to PUSCH/PUCCH transmit power after PRACH power ramping | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm, AT&T | Noted |
R1‑131786 | Text proposal of TR 36.872 on UL DMRS overhead reduction for SCE | Huawei, HiSilicon | Agreed |
R1‑131787 | Evaluation Assumptions for NAICS | MediaTek | Noted |
R1‑131788 | 36.213 CR0414 (Rel-11, F) CR on ambiguity in PUCCH resource allocation under two overlapped EPDCCH resource sets | Qualcomm Inc., CATT, Fujitsu, Panasonic, Intel | Revised |
R1‑131789 | LTE D2D Dropping and association | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑131790 | 36.213 CR0414R1 (Rel-11, F) CR on ambiguity in PUCCH resource allocation under two overlapped EPDCCH resource sets | Qualcomm Inc., CATT, Fujitsu, Panasonic, Intel, Motorola Mobility | Noted - Revised |
R1‑131791 | LS on NAICS scenarios and evaluation assumptions | RAN1, MediaTek Inc. | Agreed |
R1‑131792 | LS to RAN4 and GERAN1 on S-UMTS scenarios | RAN1, China Unicom | Agreed |
R1‑131793 | 36.213 CR0415 (Rel-11, F) Removal of the case for spatial domain bundling in TDD UL/DL configuration 0 | Intel Corporation, Ericsson, ST-Ericsson, CATT | Agreed |
R1‑131794 | 36.213 CR0416 (Rel-11, F) Corrections to EPDCCH PRB pair indication | Texas Instruments | Agreed |
R1‑131795 | Further details of 4Tx codebook structure for DL MIMO enhancement, | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑131796 | Proposals for 4Tx Codebook | Huawei, HiSilicon | Not treated |
R1‑131797 | Proposal for 4Tx enhanced Codebook | Fujitsu | Not treated |
R1‑131798 | 4Tx codebook proposal | CATT | Revised |
R1‑131799 | Remaining details of 4Tx codebook | Intel Corporation | Not treated |
R1‑131800 | Review of Annex 1 of Rec. ITU-R M.2012 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Endorsed |
R1‑131801 | Correction on physical layer part on TS36.300 | Panasonic | Endorsed |
R1‑131802 | A proposal for four-antenna-port codebook | Samsung | Not treated |
R1‑131803 | Design of the enhanced 4Tx codebook | Qualcomm Inc. | Not treated |
R1‑131804 | Double codebook for four DL antenna ports | Renesas Mobile Europe Ltd. | Not treated |
R1‑131805 | On 4Tx codebook enhancement in Rel.12 | Texas Instruments | Not treated |
R1‑131806 | DL MIMO codebook proposal | Ericsson, ST-Ericsson | Not treated |
R1‑131807 | Codebook Design for 4Tx | AT&T | Revised |
R1‑131808 | Proposal of enhanced 4Tx codebook | ZTE | Not treated |
R1‑131809 | Proposal on 4Tx enhanced Codebook | LG Electronics | Not treated |
R1‑131810 | On the 4TX Codebook Enhancement | NEC Group | Not treated |
R1‑131811 | 4Tx codebook proposal for DL MIMO enhancement | Nokia Siemens Networks | Not treated |
R1‑131812 | LS reply on the RI bit width | RAN1, Huawei | Agreed |
R1‑131813 | 36.212 CR0146R2 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑131814 | 36.213 CR0406R2 (Rel-10, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑131815 | 36.212 CR0147R2 (Rel-11, F) Correction on the RI bit width | Huawei, HiSilicon, Ericsson, ST- Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑131816 | 36.213 CR0414R2 (Rel-11, F) CR on ambiguity in EPDCCH decoding candidates under two overlapped EPDCCH resource sets | Qualcomm Inc., CATT, Fujitsu, Intel, Motorola Mobility, LG Electronics, Nokia Siemens Networks, Nokia, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, ST-Ericsson | Agreed |
R1‑131817 | 4Tx codebook proposal | CATT | Not treated |
R1‑131818 | Codebook Design for 4Tx | AT&T | Not treated |
R1‑131819 | Text proposal for PBCH coverage improvement for MTC | Huawei, HiSilicon | Agreed |
R1‑131820 | Text proposal for PRACH coverage improvement for MTC | Huawei, HiSilicon | Agreed |
R1‑131821 | TP for Section 9.3 of 3GPP TR 36.888 | Vodafone Group | Agreed |
R1‑131822 | Text Proposal on (E)PDCCH Coverage Enhancement for Section 9.5.3 of TR 36.888 | MediaTek Inc. | Agreed |
R1‑131823 | Text proposal on PUSCH coverage improvement for Section 9.5.5 of TR 36.888 | LG Electronics | Agreed |
R1‑131824 | Text proposal on PDSCH coverage improvement for Section 9.5.5 of TR 36.888 | CATT | Agreed |
R1‑131825 | Text proposal on PUCCH coverage improvement for Section 9.5.5 of TR 36.888 | ZTE | Agreed |
R1‑131826 | Text proposal for Small Cells for Low Cost MTC Coverage Improvement | Qualcomm | Agreed |
R1‑131827 | Text proposal for PSS/SSS coverage improvement for MTC | Ericsson | Agreed |
R1‑131828 | void | - | Withdrawn |
R1‑131829 | void | - | Withdrawn |
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