The 5G Standard

3GPP TDocs (written contributions) at meeting

Meeting: R1-78b - 2014-10-06 to 2014-10-10, Ljubljana

meeting id: R1-78b (click id for more info on this meeting)

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TDoc Title Source Remarks
R1‑143680 Draft Agenda for RAN1#78bis meeting RAN1 Chairman Approved
R1‑143681 Final Report of RAN1#78 meeting MCC Revised
R1‑143682 Selected highlights from RAN#65 of relevance to RAN1 RAN1 Chairman Noted
R1‑143683 LS on Rel-12 capabilities RAN2, Ericsson Noted
R1‑143684 Response LS on the support of PUCCH on two serving cells in CA RAN2, Huawei Noted
R1‑143685 Response LS on Maximum Number of Transport Block Bits in Dual-Connectivity RAN2, Huawei Noted
R1‑143686 LS on DRS measurements RAN2, Huawei Noted
R1‑143687 LS on eIMTA and eICIC Measurement Subframe Restrictions RAN2, CATT Noted
R1‑143688 Reply LS on introducing the new RSRQ measurements definition RAN2, NTT DOCOMO Noted
R1‑143689 Reply LS on radio interface based synchronization RAN3, Nokia Networks Noted
R1‑143690 Reply LS on eNB knowledge of low complexity UEs RAN3, Huawei Noted
R1‑143691 Introduction of mobility parameters in RRC IDLE on the new RSRQ measurements definition RAN4, NTT DOCOMO Noted
R1‑143692 Reply LS on D2D Multicarrier capabilities RAN4, Qualcomm, Ericsson, LGE Noted
R1‑143693 LS out on RAN4 D2D coexistence study RAN4, Ericsson, Qualcomm Noted
R1‑143694 LS on MIMO OTA Antenna test Function TR 36.978 RAN5, Keysight Noted
R1‑143695 Response LS on parameter synchronization for ProSe/D2D SA3, Qualcomm Noted
R1‑143696 [DRAFT] Reply LS on eIMTA and eICIC Measurement Subframe Restrictions Huawei, HiSilicon Noted
R1‑143697 36.212 CR0162 (Rel-12, B) Introduction of D2D feature into 36.212 Huawei Noted - Revised
R1‑143698 Discussion on application scenarios and standard impacts for UE categories 11 and 12 Huawei, HiSilicon Noted
R1‑143699 Final details of D2D synchronization signals Huawei, HiSilicon Not treated
R1‑143700 Conditions for D2DSS transmission in- and out-of-coverage Huawei, HiSilicon Not treated
R1‑143701 PD2DSCH content and design Huawei, HiSilicon Noted
R1‑143702 D2D synchronization procedure Huawei, HiSilicon Noted
R1‑143703 Remaining issues on scheduling assignment T-RPT Huawei, HiSilicon Not treated
R1‑143704 Remaining issues on scheduling assignment resource hopping Huawei, HiSilicon Not treated
R1‑143705 On the transmission power of D2D communication Huawei, HiSilicon Not treated
R1‑143706 Coverage Definitions Huawei, HiSilicon Not treated
R1‑143707 Priority rule and UCI handling in dual connectivity Huawei, Hisilicon Not treated
R1‑143708 Power allocation in asynchronous dual connectivity Huawei, Hisilicon Not treated
R1‑143709 SRS processing in power allocation for dual connectivity Huawei, Hisilicon Not treated
R1‑143710 On the relationship between re-tuning time and bandwidth reduction Huawei, HiSilicon Noted
R1‑143711 Relationship between cost and complexity reduction in an LTE modem Huawei, HiSilicon Not treated
R1‑143712 Downlink TM reduction Huawei, HiSilicon Not treated
R1‑143713 Impacts of reducing maximum supported TBS to much less than 1000 bits Huawei, HiSilicon Not treated
R1‑143714 Measurements and reporting for configuring coverage enhancements Huawei, HiSilicon Revised
R1‑143715 Achieving ultra long battery life with LTE Huawei, HiSilicon Noted
R1‑143716 Reporting relaxations for power consumption reduction in MTC UEs Huawei, HiSilicon Not treated
R1‑143717 Downlink control channel design for MTC UEs Huawei, HiSilicon Not treated
R1‑143718 Uplink control channel design for MTC UEs Huawei, HiSilicon Not treated
R1‑143719 Coverage enhancement for PDSCH and PUSCH Huawei, HiSilicon Not treated
R1‑143720 Design and transmission of System Information to MTC UEs Huawei, HiSilicon Not treated
R1‑143721 Paging and RAR transmission for MTC and CE UEs Huawei, HiSilicon Not treated
R1‑143722 PBCH/MIB design for MTC UEs Huawei, HiSilicon Not treated
R1‑143723 Reporting UE coverage information via PRACH Huawei, HiSilicon Not treated
R1‑143724 Review of existing unlicensed spectrum regulatory requirements affecting physical layer design Huawei, Hisilicon Not treated
R1‑143725 Design targets of LAA-LTE for co-existence in unlicensed spectrum Huawei, Hisilicon Not treated
R1‑143726 Potential solutions for LAA-LTE design Huawei, Hisilicon Not treated
R1‑143727 Deployment scenarios and evaluation methodology for LAA Huawei, Hisilicon Noted
R1‑143728 High Level View of Elevation Beamforming/Full-Dimension (FD) MIMO Huawei,HiSilicon Not treated
R1‑143729 Deployment scenarios and evaluation methodologies for 3D MIMO Huawei, HiSilicon Noted
R1‑143730 Potential enhancements with 2D antenna array Huawei, HiSilicon Not treated
R1‑143731 Discussion on draft reply LS to R2-143981 on eIMTA CATT Noted
R1‑143732 [Draft]Reply LS to R2-143981 on eIMTA and eICIC Measurement Subframe Restrictions CATT Noted - Revised
R1‑143733 36.213 CR0473 (Rel-12, F) on independent configuration of Rel-12 CSI subframe sets and EIMTA-MainConfigServCell CATT Agreed in principle
R1‑143734 UE assumption for DL subframe within a DRS occasion for TDD CATT Noted
R1‑143735 Resource allocation for D2DSS and PD2DSCH CATT Not treated
R1‑143736 Conditions for D2DSS transmission CATT Not treated
R1‑143737 Remaining issue for PD2DSCH CATT Not treated
R1‑143738 Considerations on D2D synchronization procedure CATT Not treated
R1‑143739 Email summary of [78-14] and remaining issues in [78-11] CATT Noted
R1‑143740 Resource pool allocation for discovery CATT Noted
R1‑143741 Resource pool configuration for D2D communication CATT Not treated
R1‑143742 Design of SA hopping pattern CATT Noted
R1‑143743 Remaining issues on resource allocation and T-RPT design in D2D CATT Not treated
R1‑143744 Remaining issues of D2D power control CATT Not treated
R1‑143745 Remaining issue on repetition transmission for discovery CATT Not treated
R1‑143746 Open issues on dual connectivity power control CATT Not treated
R1‑143747 Other remaining issues of dual connectivity CATT Not treated
R1‑143748 On Rel-12 UE eIMTA UE capabilities CATT Not treated
R1‑143749 UE RF bandwidth reduction CATT Not treated
R1‑143750 Rel-12 agreements review on coverage enhancement CATT Not treated
R1‑143751 Required functionalities for Licensed-Assisted Access Using LTE CATT Not treated
R1‑143752 Deployment scenarios and evaluation methodologies for LAA CATT Not treated
R1‑143753 Views on elevation beamforming and FD-MIMO study CATT Not treated
R1‑143754 Considerations on deployment scenario and evaluation assumptions CATT Not treated
R1‑143755 FD MIMO implementation based on Rel-12 standard CATT Not treated
R1‑143756 Design of primary D2D synchronization signal Intel Corporation Not treated
R1‑143757 Design of secondary D2D synchronization signal Intel Corporation Not treated
R1‑143758 On D2DSS transmissions for inter-cell D2D discovery Intel Corporation Not treated
R1‑143759 On synchronization channel design for D2D operation (PD2DSCH) Intel Corporation Not treated
R1‑143760 Remaining details of transmission timing for D2D discovery Intel Corporation Not treated
R1‑143761 Synchronization Procedure for D2D Communication Intel Corporation Noted
R1‑143762 Analysis of D2D Multi-Hop Synchronization Procedure Intel Corporation Noted
R1‑143763 On Remaining Details of Resource Pool Configuration for D2D Communication Intel Corporation Noted
R1‑143764 On Time Frequency Resources for SA Transmission Intel Corporation Not treated
R1‑143765 On Remaining Details of T-RPT Design for D2D Communication Intel Corporation Noted
R1‑143766 Remaining details of D2D discovery resource allocation Intel Corporation Noted
R1‑143767 Remaining physical layer aspects of dual connectivity Intel Corporation Not treated
R1‑143768 Discussion on UE complexity reduction for eMTC Intel Corporation Noted
R1‑143769 Discussion on coverage enhancement for physical channels Intel Corporation Not treated
R1‑143770 Discussion on UE power consumption reduction Intel Corporation Not treated
R1‑143771 Discussion on data and control channel enhancement for eMTC Intel Corporation Not treated
R1‑143772 Discussion on common control message enhancement for eMTC Intel Corporation Not treated
R1‑143773 Discussion on SCH, PBCH and PRACH enhancement for eMTC Intel Corporation Not treated
R1‑143774 Physical layer regulatory requirements for unlicensed spectrum in the 5 GHz frequency range Intel Corporation Withdrawn
R1‑143775 Design targets for LAA using LTE Intel Corporation Not treated
R1‑143776 Potential design options for LAA using LTE Intel Corporation Not treated
R1‑143777 Deployment scenarios and evaluation methodologies for LAA using LTE Intel Corporation Noted
R1‑143778 High level views of elevation beamforming and full dimension MIMO Intel Corporation Not treated
R1‑143779 Initial evaluation of vertical sectorization Intel Corporation Not treated
R1‑143780 Initial evaluation of elevation beamforming and full dimension MIMO Intel Corporation Not treated
R1‑143781 Baseline simulation scenarios for indoor positioning enhancements Intel Corporation Noted
R1‑143782 Channel model for indoor positioning enhancements Intel Corporation Noted
R1‑143783 Work plan for MTC Ericsson Noted
R1‑143784 Rel-12 agreements for MTC Ericsson Noted
R1‑143785 UE complexity reduction for MTC Ericsson Not treated
R1‑143786 Coverage enhancement targets for MTC Ericsson Not treated
R1‑143787 UE power consumption reduction for MTC Ericsson Noted
R1‑143788 Data associated channels for MTC Ericsson Not treated
R1‑143789 Common control messages for MTC Ericsson Not treated
R1‑143790 Non data associated channels for MTC Ericsson Not treated
R1‑143791 D2D Synchonization Signal Design Sharp Not treated
R1‑143792 PD2DSCH Contents Sharp Not treated
R1‑143793 Remaining issues on D2D transmission timing Sharp Revised
R1‑143794 Consideration of SA Resource Index Design in D2D Grant Sharp Not treated
R1‑143795 D2D and WAN co-existence considerations and D2D subframe bitmap limitations Sharp Not treated
R1‑143796 PRACH/SRS priority and UL channel dropping/conversion for UCI transmissions in dual connectivity Sharp Withdrawn
R1‑143797 Synchronous/Asynchronous cases for DC Sharp Not treated
R1‑143798 Remaining issues on Power Control in Dual Connectivity ZTE Not treated
R1‑143799 UE capability for Dual Connectivity ZTE Not treated
R1‑143800 Discussion on channel model for indoor positioning ZTE Noted
R1‑143801 On evaluation methodology for OTDOA-based positioning ZTE Noted
R1‑143802 Views on Schemes for Elevation Beamforming and FD-MIMO ZTE Not treated
R1‑143803 Deployment scenarios and evaluation methodology for EB/FD-MIMO ZTE Not treated
R1‑143804 Initial consideration on enhancements targeting 2D antenna array for EB/FD-MIMO ZTE Not treated
R1‑143805 General considerations on UE complexity reduction for MTC ZTE Noted
R1‑143806 Concepts for coverage improvement for MTC UEs ZTE Not treated
R1‑143807 Power consumption reduction for MTC UEs ZTE Not treated
R1‑143808 Discussion on Physical data channels and associated physical control channels for MTC enhancement ZTE Not treated
R1‑143809 Considerations on common control messages for MTC enhancement ZTE Not treated
R1‑143810 Technical solutions for PRACH for MTC enhancement ZTE Not treated
R1‑143811 Considerations on Physical broadcast channel for MTC enhancement ZTE Not treated
R1‑143812 Resource Allocation for Synchronization Signal and Channel ZTE Not treated
R1‑143813 PD2DSS root indices selection ZTE Not treated
R1‑143814 Discussion on conditions for D2DSS transmission ZTE Not treated
R1‑143815 Discussion on content and usage of PD2DSCH ZTE Noted
R1‑143816 Remaining issues for D2D transmission timing ZTE Not treated
R1‑143817 D2D Synchronization Procedure ZTE Noted
R1‑143818 Remaining details of resource pool configuration ZTE Noted
R1‑143819 Discussion on SA pattern design and signaling ZTE Not treated
R1‑143820 Discussion on T-RPT design ZTE Not treated
R1‑143821 Remaining details of T-RPT design for TDD ZTE Not treated
R1‑143822 Discussion on repetition of discovery transmissions ZTE Not treated
R1‑143823 Remaining details of hopping pattern for discovery type 2B ZTE Not treated
R1‑143824 Evaluation scenarios and assumptions for Licensed-Assisted Access using LTE ZTE Not treated
R1‑143825 Preliminary performance evaluation for Licensed-Assisted Access using LTE ZTE Withdrawn
R1‑143826 Regulatory requirements affecting RAN1 for licensed-assisted access using LTE ZTE Not treated
R1‑143827 Required functionalities and design targets of LAA ZTE Not treated
R1‑143828 Analysis of LAA candidate solutions for coexistence ZTE Not treated
R1‑143829 Discussion on D2DSS and PD2DSCH resource allocation Fujitsu Not treated
R1‑143830 Discussion on detailed D2DSS design Fujitsu Not treated
R1‑143831 On transmission of D2D synchronization signals Fujitsu Not treated
R1‑143832 Discussion of functions and contents of PD2DSCH Fujitsu Not treated
R1‑143833 Discussion of D2D synchronization procedure Fujitsu Not treated
R1‑143834 Discussion of details of D2D power control mechanism Fujitsu Not treated
R1‑143835 Discussion of remaining details of CP Length Fujitsu Not treated
R1‑143836 Remaining issues for power control priority rules in dual connectivity Fujitsu Not treated
R1‑143837 Configuration of DRS-based measurements Fujitsu Withdrawn
R1‑143838 Candidate functionalities towards the fairness design target in LAA Fujitsu Revised
R1‑143839 LAA scenarios and throughput metrics Fujitsu Revised
R1‑143840 Considerations on schemes for elevation beamforming/Full-dimension MIMO for LTE Fujitsu Not treated
R1‑143841 Discussion on scenarios and simulation assumptions for elevation beamforming/Full-dimension MIMO Fujitsu Not treated
R1‑143842 Work Plan for FS_UTRA_LTE_iPos_enh NextNav Revised
R1‑143843 37.857 v0.0.1 (Skeleton) Study on Indoor Positioning Enhancements NextNav Noted - Revised
R1‑143844 Discussion on TR 37.857 channel model NextNav Noted
R1‑143845 TP for TR 37.857 channel model NextNav Not treated
R1‑143846 Resource allocation for synchronization signal to assist D2D discovery/communication in asynchronous network Samsung Not treated
R1‑143847 Resource structure for D2DSS and PD2DSCH Samsung Not treated
R1‑143848 D2D synchronization signal design, considering information indication Samsung Not treated
R1‑143849 Triggering conditions for D2DSS transmission by in-coverage UEs Samsung Not treated
R1‑143850 D2DSS transmission considering UE's states Samsung Not treated
R1‑143851 PD2DSCH Content and remaining aspects of PD2DSCH design Samsung Noted
R1‑143852 Utilization of D2D frame number in PD2DSCH Samsung Not treated
R1‑143853 Discussion on D2D transmit timing in Type 2B discovery and Mode 2 communication Samsung Not treated
R1‑143854 Synchronization procedure for D2D discovery and communication Samsung Noted
R1‑143855 Performance of flat and hierarchical synchronization schemes Samsung Noted
R1‑143856 On D2D communication resource pool configuration related to out-of-coverage UE with TX timing not from eNB Samsung Not treated
R1‑143857 Remaining details on RRC parameters related to resource pool configuration Samsung Noted
R1‑143858 Resource pattern for SA transmission Samsung Not treated
R1‑143859 Remaining details of T-RPT design for data Samsung Not treated
R1‑143860 Discussion on CP length for D2D discovery and data channels Samsung Noted
R1‑143861 Remaining issues for type 2B discovery Samsung Not treated
R1‑143862 Resource allocation for type-1 discovery depening on D2DSS configuration Samsung Not treated
R1‑143863 Soft buffer handling for PDSCH and D2D data Samsung Not treated
R1‑143864 Discussion of TA in D2D SA Samsung Not treated
R1‑143865 Details on scrambling sequence generation Samsung Not treated
R1‑143866 Details on frequency hopping for D2D data transmission Samsung Revised
R1‑143867 Utilization of multiple resource pools based on RSRP for type-1 discovery Samsung Not treated
R1‑143868 WAN and D2D co-existence for type-1 discovery Samsung Not treated
R1‑143869 Remaining Aspects on Power Control for Dual Connectivity Samsung Not treated
R1‑143870 Remaining Aspects for Dual Connectivity Samsung Not treated
R1‑143871 UE complexity reduction considerations for MTC UEs Samsung Noted
R1‑143872 Coverage Enhancement Considerations for Rel-13 MTC UEs Samsung Not treated
R1‑143873 UE power consumption reduction considerations for MTC UEs Samsung Not treated
R1‑143874 UE-specific Signaling for MTC UEs Samsung Not treated
R1‑143875 UE-common Signaling for MTC UEs Samsung Not treated
R1‑143876 Broadcast Signaling for MTC UEs Samsung Not treated
R1‑143877 Impact of regulatory requirements for 5GHz band on LAA Samsung Not treated
R1‑143878 Views on required functionalities and design targets for LAA Samsung Not treated
R1‑143879 Discussion on solutions for required functionalities and design targets for LAA Samsung Not treated
R1‑143880 Deployment scenarios and evaluation methodolgoies for LAA Samsung Not treated
R1‑143881 Proposed work plan for EL-BF/FD-MIMO SI Samsung, Nokia Networks Noted
R1‑143882 TR skeleton for study on EL-BF/FD-MIMO for LTE Samsung, Nokia Networks Noted - Revised
R1‑143883 High-level views on FD-MIMO and elevation beamforming Samsung Not treated
R1‑143884 TXRU Modeling and Antenna Virtualization for FD-MIMO Samsung Not treated
R1‑143885 2D antenna configurations for FD-MIMO evaluations Samsung Noted
R1‑143886 Deployment scenarios for FD-MIMO and elevation beamforming Samsung Noted
R1‑143887 Traffic Models for FD-MIMO and Elevation Beamforming Samsung Not treated
R1‑143888 Prioritization of phase 1 evaluation Samsung Not treated
R1‑143889 Remaining evaluation assumptions for phase 1 Samsung Not treated
R1‑143890 Heterogeneous network modeling for FD-MIMO and EL-BF Samsung Noted
R1‑143891 DL FD-MIMO with 8-64 TXRU Samsung Not treated
R1‑143892 Operation scenarios for FD-MIMO Samsung Not treated
R1‑143893 Initial uplink system level simulation results for FD-MIMO Samsung Not treated
R1‑143894 Preliminary Results on 2D array with 8 TXRU Samsung Not treated
R1‑143895 Simulation results for vertical sectorization Samsung Not treated
R1‑143896 Consideration of evaluation methodology for indoor positioning Samsung Noted
R1‑143897 36.213 CR0474 (Rel-12, F) Clarification on the parameter notations for eIMTA ITRI Agreed in principle
R1‑143898 Feedback Operation for Multi-User FD-MIMO ITRI Withdrawn
R1‑143899 A Consideration on PAPR/CM for PD2DSS and SD2DSS ITRI Not treated
R1‑143900 Essentiality of Timing Forward in D2DSS Transmission ITRI Not treated
R1‑143901 Conditions of D2DSS Transmission considering the timing-forward ITRI Not treated
R1‑143902 Design and consideration of T-RPT for D2D communication ITRI Not treated
R1‑143903 Conveying the RA received in the DCI in the SA Huawei, HiSilicon Noted
R1‑143904 UE D2D capability and soft buffer management Huawei, HiSilicon Noted
R1‑143905 36.212 CR0163 (Rel-12, F) Correction for rate matching parameters for UE categories 11 and 12 for 36.212 Huawei Noted - Revised
R1‑143906 [DRAFT] TP on SCE for 36.300 Huawei, HiSilicon Noted - Revised
R1‑143907 [DRAFT] LS on TP on SCE for 36.300 Huawei Revised
R1‑143908 Clarifications on PDSCH and EPDCCH rate matching for CSI-RS in DRS Huawei, HiSilicon Noted
R1‑143909 [DRAFT] LS on introduction of UE categories 11 and 12 Huawei, HiSilicon Revised
R1‑143910 Resources for D2D synchronization signals Huawei, HiSilicon Not treated
R1‑143911 Remaining details on data channel design Huawei, HiSilicon Not treated
R1‑143912 Remaining details of CP length Huawei, HiSilicon Noted
R1‑143913 Type 2B hopping pattern Huawei, HiSilicon Not treated
R1‑143914 Remaining details of discovery resource allocation Huawei, HiSilicon Not treated
R1‑143915 Details of 1 bit resource reservation mechanism for mode 2 Huawei, HiSilicon Not treated
R1‑143916 D2D and WAN coexistence Huawei, HiSilicon Not treated
R1‑143917 Multicarrier support for D2D Huawei, HiSilicon Noted
R1‑143918 Power allocation for PRACH in dual connectivity Huawei, HiSilicon Not treated
R1‑143919 Power headroom report in in asynchronous case Huawei, HiSilicon Not treated
R1‑143920 Remaing issues on UE processing capabilities in dual connectivity Huawei, HiSilicon Not treated
R1‑143921 On introducing a reduced UE power class Huawei, HiSilicon Not treated
R1‑143922 Coverage enhancement for MTC UEs - capability or mimicry? Huawei, HiSilicon Not treated
R1‑143923 Transmission of small transport blocks Huawei, HiSilicon Not treated
R1‑143924 Discussion on channel model for indoor positioning evaluation Huawei, HiSilicon Noted
R1‑143925 Discussion on simulation scenarios and assumptions for indoor positioning Huawei, HiSilicon Noted
R1‑143926 On indoor positioning enhancement schemes Huawei, HiSilicon Not treated
R1‑143927 36.213 CR0475 (Rel-12, F) Correction on timing relationship between PUSCH and PHICH for FDD-TDD CA NEC Agreed in principle
R1‑143928 D2D synchronization procedure for out-of-network coverage NEC Not treated
R1‑143929 SA transmission patterns and indexing NEC Not treated
R1‑143930 On resource selection for Type 1 discovery message transmission NEC Not treated
R1‑143931 Summary of email discussion [78-09] PRACH for DC NEC Noted
R1‑143932 Remaining issues on PRACH handling in dual connectivity NEC Withdrawn
R1‑143933 Further Low Complexity for MTC UEs in Rel-13 NEC Not treated
R1‑143934 Coverage enhanced MTC UEs in Rel-13 NEC Not treated
R1‑143935 Uplink Reference Signal Enhancement for Low Cost MTC NEC Not treated
R1‑143936 Required functionalities for LTE in unlicensed band NEC Not treated
R1‑143937 Deployment scenarios for Licensed-Assisted Access (LAA) NEC Noted
R1‑143938 Discussion on evaluation methodology for licensed-assisted access NEC Not treated
R1‑143939 Discussion on potential requirements for Elevation Beamforming/Full-Dimension Beamforming NEC Not treated
R1‑143940 Views on evaluation methodology for Elevation Beamforming/FD MIMO NEC Not treated
R1‑143941 Details on D2DSS transmission in out- of-network coverage scenario CEWiT Not treated
R1‑143942 UL channel dropping and conversion for UCI transmissions in dual connectivity Sharp Not treated
R1‑143943 PRACH/SRS priority and UCI priority in dual connectivity Sharp Not treated
R1‑143944 D2D Synchronization Signal and Channel Design Lenovo Not treated
R1‑143945 PD2DSCH design and content Lenovo Not treated
R1‑143946 On Study of Elevation Beamforming and FD-MIMO ITRI Not treated
R1‑143947 D2D synchronization and re-synchronization procedures in varied coverage HTC Not treated
R1‑143948 Remaining issues on Mode-1 D2D Communication HTC Not treated
R1‑143949 Multiplexing between UL HARQ-ACK and D2D signals HTC Not treated
R1‑143950 Remaining Details on UL Power Control in Dual Connectivity HTC Not treated
R1‑143951 Discussion on UE category with increased peak data rate CMCC Noted
R1‑143952 Transmission of control signalling in unlicensed band CMCC Not treated
R1‑143953 Deployment scenarios for licensed-assisted access using LTE CMCC Noted
R1‑143954 Evaluation methodology for licensed-assisted access using LTE CMCC Not treated
R1‑143955 High level view of 3D-MIMO schemes CMCC Not treated
R1‑143956 3D-MIMO Phase I evaluation assumptions CMCC Not treated
R1‑143957 CRS virtualization for 3D-MIMO CMCC Not treated
R1‑143958 TXRU virtualization and array modeling CMCC Not treated
R1‑143959 Non-full-buffer traffic model for video streaming CMCC Not treated
R1‑143960 Initial 3D-MIMO evaluation results CMCC Not treated
R1‑143961 LAA using LTE operation, compliant to regulatory requirements ETRI Not treated
R1‑143962 Discussion on LTE-LAA hidden node terminal problem ETRI Noted
R1‑143963 Discussion on channel access mechanism for supporting LAA using LTE ETRI Not treated
R1‑143964 Generalized energy transmission field for LBT and back-off based co-channel coexistence mechanism ETRI Not treated
R1‑143965 LAA using LTE deployment and operational scenarios ETRI Not treated
R1‑143966 High level view on elevation beamforming and FD-MIMO ETRI Not treated
R1‑143967 eNB related D2D Synchronization Procedure Kyocera Not treated
R1‑143968 On MTC Band Allocation Fujitsu Not treated
R1‑143969 PHICH related issues for low cost MTC UEs based on LTE Fujitsu Not treated
R1‑143970 PRACH Support for Devices in Deep Coverage Holes Fujitsu Not treated
R1‑143971 Handling of IMR in eIMTA Qualcomm Inc. Noted
R1‑143972 Discussion on PUSCH rate matching around SRS symbol Qualcomm Inc. Noted
R1‑143973 Resource allocation for D2D synchronization Qualcomm Inc. Not treated
R1‑143974 D2DSS signal design Qualcomm Inc. Not treated
R1‑143975 D2DSS transmission procedure Qualcomm Inc. Not treated
R1‑143976 PD2DSCH content and design Qualcomm Inc. Not treated
R1‑143977 Transmission timing for D2D Qualcomm Inc. Not treated
R1‑143978 Details of synchronization procedure Qualcomm Inc. Noted
R1‑143979 RRC parameters for D2D Qualcomm Inc. Noted
R1‑143980 Resource pattern for D2D SA transmission Qualcomm Inc. Noted
R1‑143981 T-RPT for D2D Data Qualcomm Inc. Not treated
R1‑143982 Power control for D2D Qualcomm Inc. Not treated
R1‑143983 CP configuration for D2D Qualcomm Inc. Not treated
R1‑143984 Resource allocation for Type 1 D2D discovery Qualcomm Inc. Noted
R1‑143985 Simulation results for D2D and WAN coexistence Qualcomm Inc. Not treated
R1‑143986 Multi-carrier aspects of D2D Qualcomm Inc. Noted
R1‑143987 Power control prioritization for dual-connectivity Qualcomm Inc. Not treated
R1‑143988 Power control processing time requirements for dual-connectivity Qualcomm Inc. Not treated
R1‑143989 Remaining details of physical layer functionalities for Dual Connectivity Qualcomm Inc. Not treated
R1‑143990 Capability signaling for dual-connectivity Qualcomm Inc. Not treated
R1‑143991 NAICS capability signaling Qualcomm Inc. Withdrawn
R1‑143992 UE complexity reduction Qualcomm Inc. Not treated
R1‑143993 Coverage enhancements Qualcomm Inc. Not treated
R1‑143994 Power consumption reduction Qualcomm Inc. Not treated
R1‑143995 Physical data channels and associated physical control channels Qualcomm Inc. Not treated
R1‑143996 Common control messages Qualcomm Inc. Not treated
R1‑143997 Other physical channels and signals Qualcomm Inc. Not treated
R1‑143998 Regulatory requirements affecting RAN1 Qualcomm Inc. Not treated
R1‑143999 Required functionalities and design targets Qualcomm Inc. Not treated
R1‑144000 Solutions for required functionalities and design targets Qualcomm Inc. Not treated
R1‑144001 Deployment scenarios and evaluation methodology Qualcomm Inc. Not treated
R1‑144002 Views on elevation beamforming and FD-MIMO techniques Qualcomm Inc. Not treated
R1‑144003 Deployment scenarios and evaluation methodology for elevation beamforming and FD-MIMO Qualcomm Inc. Not treated
R1‑144004 2D antenna array modeling for elevation beamforming and FD-MIMO Qualcomm Inc. Not treated
R1‑144005 Initial results of potential enhancements targeting 2D array Qualcomm Inc. Not treated
R1‑144006 Simulation assumptions and parameters for E-UTRA indoor positioning study Qualcomm Inc. Noted
R1‑144007 Email discussion summary on [78-04] R1-143599  Clarification of PUSCH rate matching with SRS LG Electronics Noted
R1‑144008 Clarification of PUSCH rate matching with SRS LG Electronics Noted
R1‑144009 36.211 CR0195 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Revised
R1‑144010 36.212 CR0164 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Revised
R1‑144011 36.213 CR0476 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Not treated
R1‑144012 36.212 CR0165 (Rel-12, F) Correction to the DCI fields of TDD-FDD CA for Rel-12 LTE LG Electronics Agreed in principle
R1‑144013 36.213 CR0477 (Rel-12, F) CR on HARQ-ACK transmission for TDD-FDD CA with eIMTA LG Electronics Noted - Revised
R1‑144014 Details of Resource Allocation for D2D Synchronization LG Electronics Not treated
R1‑144015 Details of D2D synchronization signal design LG Electronics Not treated
R1‑144016 Details of Conditions for D2DSS Transmissions LG Electronics Not treated
R1‑144017 Details of PD2DSCH design LG Electronics Not treated
R1‑144018 Remaining issues on D2D transmission timing LG Electronics Not treated
R1‑144019 Evaluation results on the D2D synchronization procedure LG Electronics Not treated
R1‑144020 Discussion on UE procedures for D2DSS transmission and reception LG Electronics Noted
R1‑144021 Discussion on Remaining Details of Resource Pool Configuration LG Electronics Not treated
R1‑144022 Resource mapping pattern for SA transmission LG Electronics Not treated
R1‑144023 Remaining Issues on T-RPT Design for D2D Communications LG Electronics Not treated
R1‑144024 Power control for D2D transmission LG Electronics Not treated
R1‑144025 Discussion on Remaining Details of CP Length LG Electronics Not treated
R1‑144026 Remaining Issues on Resource Allocation and Repetition Transmission for Discovery LG Electronics Not treated
R1‑144027 Remaing issues for D2D control and data transmission LG Electronics Not treated
R1‑144028 HARQ-ACK Transmission Shift for D2D and WAN Co-existence LG Electronics Not treated
R1‑144029 Other Remaining Issues for D2D and WAN Co-existence LG Electronics Revised
R1‑144030 Further Discussion on the Multi-carrier Issues in D2D LG Electronics Not treated
R1‑144031 Summary of email discussion [78-08] : Clarification on synchronous/asynchronous scenario for DC LG Electronics Noted
R1‑144032 Remaining issues on power control for dual connectivity LG Electronics Not treated
R1‑144033 PRACH handling for dual connectivity LG Electronics Not treated
R1‑144034 SRS handling for dual connectivity LG Electronics Not treated
R1‑144035 Discussion on low cost UEs LG Electronics Not treated
R1‑144036 Considerations on coverage enhancement for MTC LG Electronics Not treated
R1‑144037 Discussions on UE power consumption reduction LG Electronics Not treated
R1‑144038 Data and control channels for MTC LG Electronics Not treated
R1‑144039 Common message and signal transmission for MTC LG Electronics Not treated
R1‑144040 Regulatory requirements for LAA LG Electronics Revised
R1‑144041 Design target and required functionalities of LAA LG Electronics Not treated
R1‑144042 Candidate solutions for LAA operation LG Electronics Not treated
R1‑144043 Deployment scenarios for LAA LG Electronics Noted
R1‑144044 Evaluation methodologies for LAA LG Electronics Not treated
R1‑144045 High-level view of EB and FD-MIMO schemes LG Electronics Not treated
R1‑144046 Scenarios and evaluation methodology for EB and FD-MIMO LG Electronics Revised
R1‑144047 RS design enhancements for supporting EB and FD-MIMO LG Electronics Not treated
R1‑144048 Enhancements on codebook and feedback mechanism LG Electronics Not treated
R1‑144049 Scenarios and evaluation methodology for enhanced indoor positioning LG Electronics Noted
R1‑144050 Complexity Reduction Targets and General Considerations for MTC UE Types Sony Noted
R1‑144051 Coverage Enhancement Targets for MTC UE Types Sony Not treated
R1‑144052 Power Consumption Reduction Targets and Strategies for MTC UE Types Sony Not treated
R1‑144053 Physical data and control channel design for MTC UE Types Sony Not treated
R1‑144054 Considerations for LAA functionalities Sony Not treated
R1‑144055 On LAA Deployment Scenarios Sony Not treated
R1‑144056 On Elevation Beamforming/Full-Dimension (FD) MIMO for LTE Sony Not treated
R1‑144057 Public safety D2D communication requirements of multi-carrier for release 12 U.S. Department Of Commerce Noted
R1‑144058 Scenarios and application characteristics for small data transmission Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144059 Requirements for small data transmission enhancements Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144060 Resource allocation for D2DSS and PD2DSCH Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144061 Remaining details of D2DSS design Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144062 Conditions for D2DSS transmission Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144063 PD2DSCH design for D2D communication Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144064 D2D Transmission Timing Setting Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144065 D2D Synchronization Procedure Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144066 D2D resource pool configuration Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144067 T-RPT design and resource hopping for SA Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144068 T-RPT design for data Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Withdrawn
R1‑144069 D2D power control details Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144070 Configuration of D2D CP Length Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144071 Resource selection for collision avoidance for Type 1 resource allocation Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144072 Remaining details for D2D discovery Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144073 Evaluation of Impact of D2D to WAN system performance Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144074 Remaining Issues on UL Power Control and Power Scaling for Dual Connectivity Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144075 UE complexity reduction for MTC Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144076 Coverage enhancement for physical data & control channels Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144077 Coverage enhancement for common control messages Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144078 Coverage enhancement for PSS/SSS, PBCH, PRACH & PMCH Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144079 Regulatory Requirements with Physical Layer Impact for Licensed-Assisted Access Using LTE Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144080 Required Functionalities and Design Targets for Licensed-Assisted Access Using LTE Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144081 High Level Discussion on the Potential Solutions for Licensed-Assisted Access Using LTE Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144082 Channel Selection for Licensed-Assisted Access Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144083 Considerations on LBT Enhancements for Licensed-Assisted Access Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144084 Hidden node problem and potential solutions for LAA Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144085 Deployment Scenarios and Evaluation Methodology for Licensed-Assisted Access using LTE Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144086 High level overview for Elevation Beamforming and FD MIMO Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144087 Proposals of Scenarios for Elevation Beamforming and FD MIMO Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144088 Proposals of Simulation Assumptions for Elevation Beamforming and FD MIMO Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Not treated
R1‑144089 Proposals of 2D Antenna Array for Elevation Beamforming and FD MIMO Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144090 Initial Evaluation Results for Elevation Beamforming and FD MIMO Schemes Alcatel-Lucent Shanghai Bell, Alcatel-Lucent Not treated
R1‑144091 Deployment Scenarios and Evaluation Methodology for Indoor Positioning Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144092 Discussion on UE categories for Rel-12 Intel Corporation Noted
R1‑144093 Draft LS on UE categories for Rel-12 Intel Corporation Noted
R1‑144094 Elevation beamforming for SU-MIMO and MU-MIMO Intel Corporation Not treated
R1‑144095 UERS based diversity transmission for large antenna array Intel Corporation Not treated
R1‑144096 On cell association in FD-MIMO systems Intel Corporation Not treated
R1‑144097 Remaining Details of Physical Channel Design for D2D Communication Intel Corporation Not treated
R1‑144098 On the need for interference control for Type 1 discovery Intel Corporation Not treated
R1‑144099 Discussion on PD2DSCH content and design Panasonic Not treated
R1‑144100 Further discussion on timing advance in D2D Panasonic Not treated
R1‑144101 D2D synchronization procedure Panasonic Not treated
R1‑144102 Clarification on resource pool configuration Panasonic Not treated
R1‑144103 Power control method in D2D Panasonic Not treated
R1‑144104 Evaluation of D2D and WAN co-existence with D2D power control Panasonic Not treated
R1‑144105 Views on multi-carrier D2D issues Panasonic Not treated
R1‑144106 Dual connectivity power control related aspect Panasonic Not treated
R1‑144107 Design target and general consideration on MTC Panasonic Revised
R1‑144108 Multiple subframe code spreading for MTC Ues Panasonic Not treated
R1‑144109 Consideration on data channel and associated control channel for MTC Panasonic Not treated
R1‑144110 Consideration on SIBs/RAR/paging for Rel-13 MTC Panasonic Not treated
R1‑144111 Regulatory framework for 5GHz Panasonic Not treated
R1‑144112 Required functionalities for LAA at 5GHz Panasonic Not treated
R1‑144113 Discussion on LAA deployment scenarios and evaluation methodology Panasonic Not treated
R1‑144114 Initial performance evaluation of unlicensed spectrum opertaion Panasonic Not treated
R1‑144115 Remaining details of D2DSS design General Dynamics UK Not treated
R1‑144116 Remaining aspects of D2D transmission timing General Dynamics UK Not treated
R1‑144117 Issues on FDD-TDD HARQ-ACK reporting procedure for TDD Pcell Sharp Noted
R1‑144118 Draft stage-2 TP for NAICS in TS36.300 MediaTek Inc. Noted
R1‑144119 General considerations on complexity reduction for Rel-13 MTC UE MediaTek Inc. Not treated
R1‑144120 General considerations on coverage extension for Rel-13 MTC UE MediaTek Inc. Not treated
R1‑144121 Analysis and potential solutions for UE power consumption reduction MediaTek Inc. Noted
R1‑144122 Discussion on potential solutions for physical channels for Rel-13 MTC UE MediaTek Inc. Not treated
R1‑144123 Common control messages for Rel-13 MTC UE MediaTek Inc. Not treated
R1‑144124 Motivation for Enhanced MU-MIMO and Network Assisted Interference Cancellation MediaTek Inc. Not treated
R1‑144125 Open issues of LAA using LTE China Telecom Withdrawn
R1‑144126 On deployment scenarios and evaluation methodology of LAA using LTE China Telecom Withdrawn
R1‑144127 System Design and Specification Impact of EB/FD-MIMO China Telecom Not treated
R1‑144128 Discussion on the regulatory requirements of LAA Coolpad Not treated
R1‑144129 Discussion on the deployment scenario of LAA Coolpad Noted
R1‑144130 On the performance of D2DSS selection criteria and D2D synchronization procedures III Noted
R1‑144131 Considerations on LAA-LTE designs for fair co-existence KDDI Not treated
R1‑144132 Definition of the resource allocation granularity parameter in NAICS NVIDIA Noted
R1‑144133 Views on Rel-12 UE capabilities NVIDIA Not treated
R1‑144134 High-level views on 3D MIMO schemes NVIDIA Not treated
R1‑144135 Initial evaluation results on 3D MIMO NVIDIA Not treated
R1‑144136 Discussion on D2DSS configuration NTT DOCOMO Not treated
R1‑144137 Transmission timing of Type 2B discovery NTT DOCOMO Not treated
R1‑144138 Remaining details of Type 2B discovery hopping pattern NTT DOCOMO Not treated
R1‑144139 On intra-pool repetition for discovery NTT DOCOMO Not treated
R1‑144140 Potential issue on parallel transmission of D2D NTT DOCOMO Noted
R1‑144141 Remaining issues on PRACH handling and its power-control NTT DOCOMO Not treated
R1‑144142 Details of power control for PUCCH/PUSCH NTT DOCOMO Not treated
R1‑144143 SRS handling and its power-control NTT DOCOMO Not treated
R1‑144144 Further details of UE capability aspects NTT DOCOMO Not treated
R1‑144145 Prioritization of UL-SCH if UE capability of max UL-TBS is exceeded NTT DOCOMO Not treated
R1‑144146 Initial views on UE complexity redcution in Rel-13 low cost MTC NTT DOCOMO Not treated
R1‑144147 Design of EPDCCH search space for Rel-13 low cost MTC NTT DOCOMO Not treated
R1‑144148 Japanese ragulatory requirements in 5 GHz band NTT DOCOMO Not treated
R1‑144149 Required functionalities and design targets for LAA using LTE NTT DOCOMO Not treated
R1‑144150 Inter-operator and inter-RAT coexistence techniques for LAA using LTE NTT DOCOMO Revised
R1‑144151 Deployment scenarios and evaluation assumptions for LAA using LTE NTT DOCOMO Not treated
R1‑144152 High-level view for Elevation beamforming and FD-MIMO NTT DOCOMO Not treated
R1‑144153 Scenarios for Elevation beamforming and FD-MIMO NTT DOCOMO Noted
R1‑144154 Initial evaluation results of Elevation beamforming and FD-MIMO NTT DOCOMO Not treated
R1‑144155 Precoding schemes for Elevation beamforming and FD-MIMO NTT DOCOMO Not treated
R1‑144156 The Impact of Cell Selection on Elevation beamforming and FD-MIMO NTT DOCOMO Not treated
R1‑144157 Design overview on LAA Kyocera Not treated
R1‑144158 Deployment scenarios and evaluation methodologies for LAA Kyocera Noted
R1‑144159 36.213 CR0478 (Rel-12, F) Correction to HARQ-ACK bit codebook size determination for eIMTA Nokia Networks, Nokia Corporation, CATT Noted - Revised
R1‑144160 36.213 CR0479 (Rel-12, F) Correction to HARQ-ACK bits ordering for PUCCH format 1b with channel selection for single eIMTA serving cell Nokia Networks, Nokia Corporation Noted - Revised
R1‑144161 36.213 CR0480 (Rel-12, F) Corrections to FDD/TDD CA timing advance adjustments Nokia Networks, Nokia Corporation Agreed in principle
R1‑144162 On DRS based RSRP/RSRQ definitions Nokia Corporation, Nokia Networks Noted
R1‑144163 Discussion on inter-cell synchronization and conditions for D2DSS transmission Nokia Corporation, Nokia Networks Not treated
R1‑144164 Discussions on PSBCH Nokia Corporation, Nokia Networks Not treated
R1‑144165 Basic synchronization procedure for D2D operation Nokia Corporation, Nokia Networks Noted
R1‑144166 Scheduling assignment design for D2D communications Nokia Networks, Nokia Corporation Revised
R1‑144167 Remaining details of T-RPT design  Nokia Corporation, Nokia Networks Not treated
R1‑144168 On remaining details of power control for D2D transmissions Nokia Corporation, Nokia Networks Not treated
R1‑144169 Discovery signal repetition Nokia Corporation, Nokia Networks Noted
R1‑144170 Remaining power control issues in dual connectivity Nokia Networks, Nokia Corporation Not treated
R1‑144171 On TDD eIMTA UE capability to support PUCCH format 3 Nokia Networks, Nokia Corporation Not treated
R1‑144172 Overview of Further Physical Layer Enhancements for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144173 UE Complexity Reduction for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144174 Coverage Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144175 UE Power Consumption Reduction for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144176 Control Channel Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144177 Data Channel Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144178 Common Control Messages for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144179 PSS/SSS Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144180 PBCH Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144181 PRACH Enhancement for MTC Nokia Networks, Nokia Corporation Not treated
R1‑144182 LTE LAA requirements set based on regulatory requirements Nokia Corporation, Nokia Networks Not treated
R1‑144183 Channel Access Mechanisms according to ETSI regulations Nokia Corporation, Nokia Networks Not treated
R1‑144184 Requirements and design targets for LTE Licensed Assisted Access Nokia Corporation, Nokia Networks Not treated
R1‑144185 On LTE LAA functionalities facilitating co-existence Nokia Networks, Nokia Corporation Not treated
R1‑144186 Short Control Signalling for LTE LAA Nokia Networks, Nokia Corporation Not treated
R1‑144187 Listen Before Talk and Channel Access Nokia Networks, Nokia Corporation Not treated
R1‑144188 Simulation scenarios for LTE Licensed Assisted Access Nokia Networks, Nokia Corporation Noted
R1‑144189 Simulation Assumptions and Evaluation Methodologies for LTE Licensed Assisted Access Nokia Corporation, Nokia Networks Not treated
R1‑144190 Level View of Schemes for EBF/Full Dimension MIMO Nokia Networks, Nokia Corporation Not treated
R1‑144191 Deployment Scenarios and Evaluation Methodology for EBF/FD-MIMO Nokia Networks, Nokia Corporation Not treated
R1‑144192 Considering potential enhancements targeting 2D antenna array Nokia Networks, Nokia Corporation Not treated
R1‑144193 Channel Model and Scenario Considerations for Indoor Positioning Nokia Networks, Nokia Corporation Noted
R1‑144194 Public safety requirements of assigned D2D resource allocation for release 12 U.S. Department Of Commerce Not treated
R1‑144195 UTDOA Enhancements for Positioning in LTE TruePosition Noted
R1‑144196 25.214 CR0726 (Rel-12, F) Correction of figure reference in uplink radio link failure-restore in CELL_DCH state Ericsson Noted - Revised
R1‑144197 General considerations for small data transmission enhancements Ericsson Noted
R1‑144198 Small data transmission enhancements - coverage considerations Ericsson Noted
R1‑144199 Needs for signalling enhancements for small data transmissions Ericsson Noted
R1‑144200 Work plan on small data transmission enhancements for UTMS Ericsson Noted
R1‑144201 25.705 v0.0.1 (Skeleton) Study on small data transmission enhancements for UMTS Ericsson Agreed
R1‑144202 Initial considerations on DL control channel enhancements Ericsson Noted
R1‑144203 On Reduced UE Complexity for Rel-13 LC-MTC InterDigital Not treated
R1‑144204 On Coverage Enhancement for Rel-13 LC-MTC InterDigital Noted
R1‑144205 Physical Channels for Unicast Traffic in Rel-13 LC-MTC InterDigital Not treated
R1‑144206 RAR and Paging for Rel-13 LC-MTC InterDigital Not treated
R1‑144207 PBCH and PRACH for Rel-13 LC-MTC InterDigital Not treated
R1‑144208 Views on 3D MIMO Schemes InterDigital Not treated
R1‑144209 On Deployment Scenario for 3D MIMO InterDigital Not treated
R1‑144210 Initial Evaluation Results for 2D Antenna Array InterDigital Not treated
R1‑144211 Resource Allocation for D2DSS and PD2DSCH InterDigital Withdrawn
R1‑144212 On PD2DSCH design InterDigital Not treated
R1‑144213 On resource patterns for SA transmission InterDigital Withdrawn
R1‑144214 Remaining details of T-RPT design for data InterDigital Not treated
R1‑144215 PRACH prioritization and handling InterDigital Not treated
R1‑144216 Power control synchronous and asynchronous operation InterDigital Not treated
R1‑144217 SRS prioritization and handling InterDigital Not treated
R1‑144218 Regulatory requirements affecting L1 design for LTE LAA InterDigital Not treated
R1‑144219 On design targets and supported functionality for LTE LAA InterDigital Not treated
R1‑144220 36.213 CR0481 (Rel-12, F) Correction on DAI for TDD-FDD CA Rhode & Schwarz Agreed in principle
R1‑144221 Design Targets for LAA using LTE Hitachi, ltd. Noted
R1‑144222 High Level Views on FD-MIMO Schemes Hitachi, ltd. Not treated
R1‑144223 Deployment Scenarios and Evaluation Assumptions Hitachi, ltd. Not treated
R1‑144224 36.889 v0.0.1 (Skeleton) Study on licensed-assisted access using LTE Ericsson, Huawei Noted - Revised
R1‑144225 Work plan proposal for study on licensed-assisted access to unlicensed spectrum Ericsson, Huawei Noted
R1‑144226 Regulatory Requirements for Unlicensed Spectrum Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, Huawei, HiSilicon, IAESI, LG, Nokia Corporation, Nokia Networks, Qualcomm, NTT Docomo Revised
R1‑144227 UE Categories Sprint Noted
R1‑144228 Cell association for FD-MIMO evaluation CATT Revised
R1‑144229 36.201 CR0008 (Rel-12, B) Introduction of TDD-FDD CA, Small-Cell Enhancements, Dual Connectivity, eIMTA, ProSe, WLAN/3GPP interworking, and miscellaneous minor corrections Alcatel-Lucent Noted - Revised
R1‑144230 Proposal for Study of Regulatory Requirements for Unlicensed Spectrum Deployments Broadcom Noted
R1‑144231 [DRAFT] LS on Regulatory Requirements for Unlicensed Spectrum Deployment Broadcom Not treated
R1‑144232 Robust-Coexistence Considerations for LAA-LTE Broadcom Not treated
R1‑144233 PHY enhancement areas & options to support robust coexistence LAA Broadcom Not treated
R1‑144234 Deployment and Evaluation Considerations for LAA-LTE Broadcom Not treated
R1‑144235 36.213 CR0482 (Rel-12, B) Introduction of D2D (ProSe), Dual Connectivity, Small Cell Enhancements, and NAICS features Motorola Mobility Noted - Revised
R1‑144236 Physical Layer options for LAA-LTE Motorola Mobility Not treated
R1‑144237 Details of new UE categories Motorola Mobility Noted
R1‑144238 Overview of 2D antenna array transmission schemes Motorola Mobility Not treated
R1‑144239 Discussion on the Reservation Bit in SA Content for D2D Broadcast Communications ITRI Not treated
R1‑144240 Consideration on scenarios required for licensed-assisted access Potevio Not treated
R1‑144241 Discussion on remaining issues of T-RPT for data Potevio Not treated
R1‑144242 Deployment scenarios for LAA-LTE and simulation assumptions for coexistence evaluation Orange Noted
R1‑144243 Remaining issues of PD2DSCH content Microsoft Corporation Not treated
R1‑144244 Issues in D2D synchronization procedures Microsoft Corporation Not treated
R1‑144245 HARQ-ACK transmission for UE working in D2D communication Mode 1 Microsoft Corporation Not treated
R1‑144246 Consideration on UE complexity reduction for Rel.13 MTC Microsoft Corporation Not treated
R1‑144247 Consideration on physical control channel design for Rel.13 MTC Microsoft Corporation Not treated
R1‑144248 Discussion on deployment scenarios for licensed-assisted access using LTE Microsoft Corporation Not treated
R1‑144249 SRS Power Control Aspects on Dual Connectivity KT Corp. Not treated
R1‑144250 Consideration on HARQ ACK/NACK feedback for PUSCH KT Corp. Not treated
R1‑144251 Considerations on common control messages KT Corp Not treated
R1‑144252 Details on D2D synchronization signal design ITL Inc. Not treated
R1‑144253 Frequency hopping for SA transmission in D2D communication ITL Inc. Not treated
R1‑144254 Multiplexing between D2D and WAN in a FDD band ITL Inc. Not treated
R1‑144255 Remaining issues of channel priority rule Ericsson Not treated
R1‑144256 Synchronous and asynchronous UE power control behavior Ericsson Not treated
R1‑144257 Further consideration of UE capabilities in dual-connectivity Ericsson Not treated
R1‑144258 Work plan for indoor positioning enhancement Ericsson Noted
R1‑144259 High-level considerations for indoor positioning enhancement Ericsson Noted
R1‑144260 Deployment scenarios for indoor positioning evaluations Ericsson Noted
R1‑144261 Introducing elevation/2D beamforming Ericsson Not treated
R1‑144262 Configuration of 2D antenna arrays Ericsson Not treated
R1‑144263 Simulation scenarios and parameters for EBF/FD-MIMO study Ericsson Not treated
R1‑144264 Enhancements of 2D array antenna requirements Ericsson Not treated
R1‑144265 Initial results on UE specific elevation beamforming Ericsson Not treated
R1‑144266 Initial discussion on identified functionalities for LAA Ericsson Not treated
R1‑144267 Initial discussion on solutions for identified functionalities Ericsson Not treated
R1‑144268 Deployment scenarios for licensed-assisted access to unlicensed spectrum Ericsson Not treated
R1‑144269 Coexistence evaluation methodology and scenarios for LAA Ericsson Noted
R1‑144270 Remaining issues on UE category design Ericsson Noted
R1‑144271 Remaining issues on UE capability design Ericsson Noted
R1‑144272 Discussions on the deployment scenarios of LAA CATR Not treated
R1‑144273 nitial evaluation results of Rel-12 DL MIMO using 3D channel modelling CATR Not treated
R1‑144274 Coexistence objectives for the design of LAA-LTE CableLabs Noted
R1‑144275 Performance objectives for coexistence between LAA-LTE and other unlicensed spectrum deployments CableLabs, Broadcom Noted
R1‑144276 In-device coexistence requirements for the design of LAA-LTE CableLabs Not treated
R1‑144277 [Draft] LS on fair spectrum sharing in unlicensed spectrum CableLabs Not treated
R1‑144278 [Draft] LS on real-time services CableLabs Not treated
R1‑144279 Rationale for Selecting Deployment Scenarios for the design of LAA-LTE CableLabs Not treated
R1‑144280 Deployment scenario for the design of LAA-LTE: One LAA-LTE and one Wi-Fi CableLabs Not treated
R1‑144281 Deployment scenario for the design of LAA-LTE: high density outdoor CableLabs Not treated
R1‑144282 Deployment scenario for the design of LAA-LTE: Indoor venue CableLabs Not treated
R1‑144283 Other deployment scenarios for the design of LAA-LTE CableLabs Withdrawn
R1‑144284 Consideration of an indoor linear cell using a leaky coaxial cable ATR Not treated
R1‑144285 Outstanding aspects of UL power control for Dual Connectivity Texas Instruments Not treated
R1‑144286 Impact of regulatory requirements on LTE License-Assisted Access Texas Instruments Not treated
R1‑144287 Discussion of multiple SA transmission in mode 2 D2D communication ASUSTeK Not treated
R1‑144288 Discussion on Differentiability of D2D grant ASUSTeK Not treated
R1‑144289 Impact on physical channel regardingbandwidth reduction ASUSTeK Not treated
R1‑144290 25.214 CR0727 (Rel-12, F) Correction to UMTS Hetnet features Huawei, HiSilicon Noted - Revised
R1‑144291 25.211 CR0320 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Noted - Revised
R1‑144292 25.212 CR0332 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Noted - Revised
R1‑144293 25.214 CR0728 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Agreed in principle
R1‑144294 25.215 CR0203 (Rel-12, F) Clarification of measurement capability for WLAN interworking Huawei, HiSilicon Noted
R1‑144295 25.214 CR0729 (Rel-11, F) Clarification of HS-SCCH orders for Rel-11 features Huawei, HiSilicon Noted - Revised
R1‑144296 25.214 CR0730 (Rel-12, F) Clarification of HS-SCCH orders for Rel-12 features Huawei, HiSilicon Noted - Revised
R1‑144297 Enabling DTX/DRX for SRB only over DCH Huawei, HiSilicon Noted
R1‑144298 25.214 CR0731 (Rel-12, F) Enabling DTX/DRX for SRB only over DCH Huawei, HiSilicon Noted - Revised
R1‑144299 Target scenarios for Small Data Transmission Huawei, HiSilicon Noted
R1‑144300 Requirements for Small Data Transmission Huawei, HiSilicon Noted
R1‑144301 Considerations on Small Data Transmission enhancements for UMTS Huawei, HiSilicon Noted
R1‑144302 Soft combining of DL TPC commands in consecutive slots Huawei, HiSilicon Noted
R1‑144303 Text proposal on the TR skeleton of RAN1 aspects for downlink enhancements for UMTS Huawei, HiSilicon Noted
R1‑144304 Text proposal on evaluation methodology of the downlink enhancements solutions Huawei, HiSilicon Noted
R1‑144305 Text proposal on solution of downlink enhancements for UMTS Huawei, HiSilicon Noted
R1‑144306 High level view of schemes for LTE elevation beamforming/full-dimension MIMO CHTTL Not treated
R1‑144307 Discussion on deployment scenario and evaluation methodology of elevation beamforming/full-dimension MIMO for LTE CHTTL Not treated
R1‑144308 25.214 CR0732 (Rel-12, F) Clarifications to Further EUL Enhancements Qualcomm Incorporated Noted - Revised
R1‑144309 25.211 CR0321 (Rel-12, F) Clarifications to Heterogeneous Networks Qualcomm Incorporated Noted - Revised
R1‑144310 25.212 CR0333 (Rel-12, F) Correction to TFCI bit mapping index in DCH Enhancements Qualcomm Incorporated Agreed
R1‑144311 Considerations on deployment scenarios and requirements of LAA using LTE China Unicom Not treated
R1‑144312 Considerations on evaluation scenarios and assumptions of LAA using LTE China Unicom Not treated
R1‑144313 Requirements of high-precision indoor positioning China Unicom Not treated
R1‑144314 Considerations on high-precision indoor positioning China Unicom Not treated
R1‑144315 Evaluation methodologies and Metrics for co-existence performance evaluation on LAA-WiFi and LAA-LAA Sharp Not treated
R1‑144316 On Small Data Transmission Enhancements for UMTS Nokia Networks Noted
R1‑144317 36.211 CR0196 (Rel-12, B) Inclusion of ProSe Ericsson Noted - Revised
R1‑144318 Coexistence scenarios and metrics for Licensed-Assisted Access Using LTE BlackBerry UK Limited Not treated
R1‑144319 Outstanding Issues for Discovery Resource Allocation Ericsson Not treated
R1‑144320 Inter-Carrier Aspects of D2D Discovery and Communication Ericsson Not treated
R1‑144321 Receiver Behaviour for D2D Synchronization Ericsson Noted
R1‑144322 Transmitter Behaviour for D2D Synchronization Ericsson Noted
R1‑144323 Synchronization Signals Design for D2D Ericsson Not treated
R1‑144324 Outstanding Issues for D2D Physical Channels, QCL and Timing Ericsson Not treated
R1‑144325 PD2DSCH content Ericsson Not treated
R1‑144326 SA resource allocation Ericsson Noted
R1‑144327 36.211 CR0197 (Rel-12, B) Inclusion of small-cell enhancements Ericsson Noted - Revised
R1‑144328 Remaining issues on D2D transmission timing Sharp Not treated
R1‑144329 Measurements and reporting for configuring coverage enhancements Huawei, HiSilicon Not treated
R1‑144330 Other Remaining Issues for D2D and WAN Co-existence LG Electronics Not treated
R1‑144331 Design target and general consideration on MTC Panasonic Not treated
R1‑144332 Work plan for LAA Study Broadcom Noted
R1‑144333 Candidate functionalities towards the fairness design target in LAA Fujitsu Not treated
R1‑144334 LAA scenarios and throughput metrics Fujitsu Not treated
R1‑144335 Final Report of RAN1#78 meeting MCC Approved
R1‑144336 WF on prioritization of UL-SCHs in dual connectivity NTT DOCOMO, Qualcomm, Ericsson, CATT, Nokia Networks, Nokia Corporation, ZTE, Panasonic, LG Electronics, NEC, Hitachi Noted
R1‑144337 Scheduling assignment design for D2D communications Nokia Networks, Nokia Corporation Noted - Revised
R1‑144338 Cell association for FD-MIMO evaluation CATT Not treated
R1‑144339 Inter-operator and inter-RAT coexistence techniques for LAA using LTE NTT DOCOMO Not treated
R1‑144340 36.213 CR0478r1 (Rel-12, F) Correction to HARQ-ACK bit codebook size determination for eIMTA Nokia Networks, Nokia Corporation, CATT Agreed in principle
R1‑144341 WF on synchronization procedure LG Electronics, Qualcomm, NEC, General Dynamics, ETRI Not treated
R1‑144342 WF on PRACH collision handling in dual connectivity NEC Noted
R1‑144343 36.213 CR0479r1 (Rel-12, F) Correction to HARQ-ACK bits ordering for PUCCH format 1b with channel selection for single eIMTA serving cell Nokia Networks, Nokia Corporation Noted - Revised
R1‑144344 36.213 CR0479r2 (Rel-12, F) Correction to HARQ-ACK bits ordering for PUCCH format 1b with channel selection for single eIMTA serving cell Nokia Networks, Nokia Corporation Agreed in principle
R1‑144345 WF on PRACH Priorities in Dual-connectivity^^ Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, HiSilicon, ZTE Noted
R1‑144346 WF on Trigger of UL Power Control Mode in Dual-connectivity Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, InterDigital, Nokia Networks, Nokia Corporation, Fujitsu Noted
R1‑144347 Regulatory requirements for LAA LG Electronics Not treated
R1‑144348 Regulatory Requirements for Unlicensed Spectrum Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Coolpad, Ericsson, ETRI, Huawei, HiSilicon, IAESI, InterDigital, LG, Nokia Corporation, Nokia Networks, Qualcomm, NTT DOCOMO, Panasonic, Samsung, TI, Verizon Wireless, ZTE Noted
R1‑144349 WF on RRC Resource Pool Configuration Qualcomm Inc., ETRI, General Dynamics, Intel Noted
R1‑144350 WF on Multi-Carrier Support Qualcomm Inc., General Dynamics, Panasonic, NEC, Sharp, Deutsche Telekom Noted
R1‑144351 WF on Type 2B Configuration Qualcomm Inc., Intel, General Dynamics, Samsung, NTT DOCOMO Noted
R1‑144352 WF on PD2DSCH Qualcomm Inc., Sharp, III, General Dynamics Noted
R1‑144353 WF on CP Configuration Qualcomm Inc., ETRI, General Dynamics, Samsung Noted
R1‑144354 WF on Discovery D2DSS Relaying Qualcomm Inc., General Dynamics, NTT DOCOMO, Intel Not treated
R1‑144355 Email discussion summary for RRC parameters Qualcomm Withdrawn
R1‑144356 Email discussion summary on SA resource pattern Qualcomm Withdrawn
R1‑144357 void - Withdrawn
R1‑144358 Email discussion summary on PD2DSS and PD2DSCH Qualcomm Withdrawn
R1‑144359 WF On Type-1 Resource Allocation Ericsson, Intel, Sharp, LGE Noted
R1‑144360 WF on Synchronization for Inter-cell D2D Discovery Ericsson, Qualcomm Noted
R1‑144361 WF on UE Receiver Behavior for D2D Discovery Ericsson, ETRI, Qualcomm Noted
R1‑144362 WF on D2DSS Sets Ericsson, Qualcomm, NTT DoCoMo, ZTE Not treated
R1‑144363 WF On TA Granularity for SA Ericsson, Panasonic, Qualcomm, LGE Not treated
R1‑144364 WF on period and offset of resource pool configuration in D2D Panasonic, Samsung, Fujitsu, Qualcomm Noted
R1‑144365 WF on Data Hopping Parameters Qualcomm Inc. (Rapporteur) Noted
R1‑144366 WF on Interference Control for Type 1 Discovery Intel, LGE, Huawei, HiSilicon, Nokia Corporation, Nokia Networks, Fujitsu, ETRI, Panasonic, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144367 WF on SA Resource Transmission Qualcomm Inc. (Rapporteur) Noted
R1‑144368 void - Withdrawn
R1‑144369 Comparison of Combination Strategies for D2D Discovery Ericsson Noted
R1‑144370 WF on Communication D2DSS Transmission Qualcomm Inc., III, ITRI Noted
R1‑144371 WF on D2D on TDD carrier CATT, Ericsson, ZTE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Noted
R1‑144372 WF on multiple discovery resource pools Samsung, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, LGE Noted
R1‑144373 WF on Flat and Hierarchical Synchronization Schemes Samsung, CEWiT Not treated
R1‑144374 Details on frequency hopping for D2D data transmission Samsung Not treated
R1‑144375 WF on LAA deployment scenarios for evaluation NTT DOCOMO, SoftBank Mobile, Deutsche Telekom, KDDI, Vodafone, Telecom Italia, T-Mobile USA Noted
R1‑144376 WF on remaining details of T-RPT design LG Electronics, Qualcomm, Huawei, HiSilicon, General Dynamics Noted
R1‑144377 WF on multiplexing UL HARQ-ACK TX and D2D TX/RX LG Electronics, Huawei, HiSilicon, NEC, Sharp, HTC, Potevio Not treated
R1‑144378 WF on Conditions for Synchronization Sources Samsung, CEWiT, ITRI Noted
R1‑144379 WF on Triggering Condition(s) of D2DSS Transmission Samsung, Nokia Corp., Nokia Networks, KDDI, III, ETRI, ITRI, Fujitsu Noted
R1‑144380 WF on Time-to-Scan in PD2DSCH Samsung, Qualcomm Not treated
R1‑144381 WF on Selection and Reselection of Synchronization Source Samsung, LGE, KDDI, Qualcomm, III, ITRI Not treated
R1‑144382 WF on Flat and Hierarchical Synchronization Schemes Samsung Not treated
R1‑144383 Way Forward on LAA functionalities Ericsson, Panasonic, Huawei, Hisilicon, Samsung, Qualcomm Revised
R1‑144384 Way Forward on LAA functionalities Ericsson, Panasonic, Huawei, Hisilicon, Samsung, Qualcomm, NTT Docomo, ZTE, Sharp, Kyocera, InterDigital, CHTTL Noted
R1‑144385 Scenarios and evaluation methodology for EB and FD-MIMO LG Electronics Not treated
R1‑144386 WF on Coexistence Evaluation Scenarios and Methodologies Ericsson, Qualcomm Noted
R1‑144387 [Draft] LS on Trigger of UL Power Control Mode in Dual-connectivity Ericsson Noted - Revised
R1‑144388 [Draft] LS on UL Power Control in Dual-connectivity Ericsson Revised
R1‑144389 WF on power control in D2D LG Electronics, Qualcomm, General Dynamics Not treated
R1‑144390 WF on PRACH handling for Dual Connectivity LG Electronics, NEC, Panasonic Noted
R1‑144391 WF on interpretation of slot number and frame number LG Electronics, Huawei, Hisilicon Noted
R1‑144392 WF on PD2DSS Intel, LGE Not treated
R1‑144393 WF on SD2DSS PAPR/CM Reduction Intel Not treated
R1‑144394 WF on T-RPT Subset Configuration Intel, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, LGE Noted
R1‑144395 WF on T-RPT Bitmap Extension Intel, LGE Not treated
R1‑144396 Scheduling Assignment design for D2D communications Nokia Networks, Nokia Corporation Noted
R1‑144397 WF on Sidelink Bandwidth Qualcomm Inc., NEC, CATT, Nokia Network, Nokia Corporation Noted
R1‑144398 WF on D2DSS & PD2DSCH Qualcomm Inc., LGE, General Dynamics Noted
R1‑144399 [Draft] LS on D2D Multicarrier Transmitter Capabilities Ericsson Noted - Revised
R1‑144400 WF on Inter-PLMN D2D Receiver Behavior Ericsson, DT, Orange Withdrawn
R1‑144401 WF on Repeated Transmissions of Discovery Message within a Discovery Period Intel, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Ericsson, LGE, ZTE Noted
R1‑144402 [Draft] LS on Multi-carrier D2D and WAN operation Qualcomm Noted - Revised
R1‑144403 36.201 CR0008r1 (Rel-12, B) Introduction of TDD-FDD CA, Small-Cell Enhancements, Dual Connectivity, eIMTA, ProSe, WLAN/3GPP interworking, and miscellaneous minor corrections Alcatel-Lucent Agreed
R1‑144404 WF on T-RPT Subset Configuration Intel, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, LGE, Nokia Networks, Nokia Corp. Noted
R1‑144405 LS on Multi-carrier D2D and WAN operation RAN1, Qualcomm Agreed
R1‑144406 WF on minimising resource repetition collision in Type 1 discovery NEC, [Nokia Corporation, Nokia Networks], [Ericsson] Revised
R1‑144407 WF on Public Safety Discovery Pools Configuration Ericsson, Qualcomm, GdB Noted
R1‑144408 LS on RRC parameters for ProSe LTE D2D RAN1, Qualcomm Agreed
R1‑144409 LS on RRC parameters for ProSe LTE D2D RAN1, Qualcomm Agreed
R1‑144410 WF on minimising resource repetition collision in Type 1 discovery NEC, [Nokia Corporation, Nokia Networks], [Ericsson] Not treated
R1‑144411 [Draft] LS on soft-combining of discovery messages within a discovery period Intel Noted - Revised
R1‑144412 WF on SRS handling in dual connectivity NTT DOCOMO, Panasonic Not treated
R1‑144413 25.214 CR0729r1 (Rel-11, F) Clarification of HS-SCCH orders for Rel-11 features Huawei, HiSilicon Agreed
R1‑144414 25.214 CR0730r1 (Rel-12, F) Clarification of HS-SCCH orders for Rel-12 features Huawei, HiSilicon Agreed
R1‑144415 25.214 CR0731r1 (Rel-12, F) Correction on DCH Enhancements Huawei, HiSilicon, Qualcomm Agreed
R1‑144416 25.211 CR0320r1 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Agreed
R1‑144417 25.212 CR0332r1 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Agreed
R1‑144418 25.214 CR0728r1 (Rel-12, F) Correction of DL FET Huawei, HiSilicon Withdrawn
R1‑144419 25.214 CR0727r1 (Rel-12, F) Correction to UMTS Hetnet features Huawei, HiSilicon, Qualcomm Agreed
R1‑144420 25.214 CR0732r1 (Rel-12, F) Clarifications to Further EUL Enhancements Qualcomm, Ericsson Agreed
R1‑144421 25.214 CR0733 (Rel-12, F) Clarifications to Maximum Power Scaling for Hetnets and F-EUL Enhancements power scaling Qualcomm Incorporated Rejected
R1‑144422 25.211 CR0321r1 (Rel-12, F) Clarifications to Heterogeneous Networks Qualcomm Incorporated Agreed
R1‑144423 Text proposal on the TR skeleton of RAN1 aspects for downlink enhancements for UMTS Huawei, HiSilicon Agreed
R1‑144424 Text proposal on solutions of downlink enhancements for UMTS Huawei, HiSilicon Agreed
R1‑144425 Text proposal on evaluation methodology of the downlink enhancements solutions Huawei, HiSilicon Agreed
R1‑144426 Fundamental characteristics of small data transmission enhancements RAN1, Ericsson Agreed
R1‑144427 Summary of Ad-hoc sessions on HSPA Ad-Hoc Chairman (Huawei, Ericsson) Endorsed
R1‑144428 void - Withdrawn
R1‑144429 void - Withdrawn
R1‑144430 void - Withdrawn
R1‑144431 void - Withdrawn
R1‑144432 void - Withdrawn
R1‑144433 WF on UE complexity reduction for MTC Ericsson Noted
R1‑144434 WF on coverage enhancement targets for MTC Ericsson Noted
R1‑144435 WF on UE power consumption reduction for MTC Ericsson Noted
R1‑144436 WF on simulation assumptions Nokia Networks, Nokia Corporation, CMCC, Samsung Noted - Revised
R1‑144437 WF on antenna modeling Samsung, Nokia Networks, Nokia Corporation, CMCC, Huawei, HiSilicon, Interdigital, LGE, Motorola Mobility, Qualcomm, CHTTL Noted
R1‑144438 WF on evaluation assumptions on Elevation BF and FD-MIMO Heterogenous Scenarios NTT DOCOMO, Fujitsu, NEC Noted
R1‑144439 WF on Elevation BF and FD-MIMO scenarios NTT DOCOMO, Deutsche Telekom, KDDI, Softbank, CHTTL Noted
R1‑144440 WF on D2D resource collision LG Electronics, Qualcomm, ZTE Noted
R1‑144441 36.987 v0.0.1 (Skeleton) Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE Samsung Endorsed
R1‑144442 Work Plan for FS_UTRA_LTE_iPos_enh NextNav Noted
R1‑144443 Reply LS on Rel-12 NAICS RAN3, MediaTek Noted
R1‑144444 WF on simulation assumptions Nokia Networks, Nokia Corporation, CMCC, Samsung Noted
R1‑144445 WF on Remaining on Priority Rule for DC LG Electronics, NTT DOCOMO, Panasonic, InterDigital Noted
R1‑144446 Proposals on SRS handling in dual connectivity NTT DOCOMO Noted
R1‑144447 WF on physical downlink control channel for MTC Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, NEC, Huawei Noted - Revised
R1‑144448 Summary of offline discussion on link simulations for MTC Ericsson Noted
R1‑144449 WF on PUCCH for MTC Ericsson Withdrawn
R1‑144450 WF on PRACH for MTC Ericsson Withdrawn
R1‑144451 RRC Parameter for UL Power Control Mode in Dual-connectivity Ericsson Noted - Revised
R1‑144452 WF on evaluation scenarios for indoor positioning study LG Electronics, China Unicom, Huawei, HiSilicon, Intel Noted
R1‑144453 [Draft] LS on UL Power Control in Dual-connectivity Ericsson Noted - Revised
R1‑144454 LS on UL Power Control in Dual-connectivity RAN1, Ericsson Agreed
R1‑144455 RRC Parameter for UL Power Control Mode in Dual-connectivity Ericsson Agreed
R1‑144456 [Draft] LS on soft buffer management for D2D communications LGE Noted - Revised
R1‑144457 Remaining details of T-RPT design Nokia Corporation, Nokia Networks Not treated
R1‑144458 void - Withdrawn
R1‑144459 WF on D2DSS Qualcomm, ALU, ASB, Ericsson, Huawei, HiSilicon, General Dynamics Not treated
R1‑144460 [Draft] LS on D2D Synchronization Qualcomm Noted - Revised
R1‑144461 WF on T-RPT Subset Configuration Intel, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, LGE, Nokia Networks, Nokia Corp., ZTE, Samsung, General Dynamics Noted
R1‑144462 void - Withdrawn
R1‑144463 void - Withdrawn
R1‑144464 void - Withdrawn
R1‑144465 void - Withdrawn
R1‑144466 Reply LS on DRS based measurements RAN2, Huawei Noted
R1‑144467 WF on UE complexity reduction for broadcast for MTC Panasonic, Qualcomm, Ericsson, MediaTek, Fujitsu, Sierra Wireless, Sony, NEC, ZTE, Nokia Networks, Nokia Corporation, Samsung, LGE, NTT DOCOMO Revised
R1‑144468 [Draft]Reply LS to R2-143981 on eIMTA and eICIC Measurement Subframe Restrictions CATT Noted - Revised
R1‑144469 Text proposal on Rel-13 LAA deployment scenarios for 36.889 NTT DOCOMO Agreed
R1‑144470 Summary of offline discussion on detailed coexistence evaluation assumptions for LAA Ericsson Noted
R1‑144471 WF on Coexistence Evaluation Methodologies for LAA Ericsson, Qualcomm, Intel Corp., NTT DOCOMO, Samsung, Nokia Networks, Nokia Corporation, Huawei, HiSilicon, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell Agreed
R1‑144472 WF on UE complexity reduction for broadcast for MTC Panasonic, [Qualcomm, Ericsson, MediaTek, Fujitsu, Sierra Wireless, Sony, NEC, ZTE, Nokia Networks, Nokia Corporation, Samsung, LGE, NTT DOCOMO] Noted
R1‑144473 Summary of Offline Discussions on Small Cell Discovery Signal Huawei Noted
R1‑144474 WF on simulation assumptions for co-channel HetNet for EBF/FD MIMO evaluations AT&T Revised
R1‑144475 Way forward on baseline technologies for indoor positioning evaluation Huawei, LGE, Qualcomm, ALU, ASB, China Unicom, Intel, HiSilicon Noted
R1‑144476 Way forward on technologies for indoor positioning evaluations NextNav, TruePosition, Polaris Noted
R1‑144477 36.214 CR0023 (Rel-12, F) Measurement definitions for measurements with discovery reference signals Ericsson, Huawei, HiSilicon, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Nokia Corporation, Nokia Networks, Fujitsu Noted
R1‑144478 [DRAFT] TP on SCE for 36.300 Huawei, HiSilicon Noted - Revised
R1‑144479 [DRAFT] LS on TP on SCE for 36.300 Huawei Noted - Revised
R1‑144480 [DRAFT] LS on introduction of UE categories 11 and 12 Huawei, HiSilicon Noted - Revised
R1‑144481 [DRAFT] LS on zero-power CSI-RS for small cell discovery signal Huawei Noted - Revised
R1‑144482 36.211 CR0195r1 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Noted - Revised
R1‑144483 36.212 CR0164r1 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Noted - Revised
R1‑144484 36.889 v0.0.2 Study on licensed-assisted access using LTE Ericsson, Huawei Agreed
R1‑144485 Summary of offline discussion on clarification of PUSCH rate matching with SRS LG Electronics Noted
R1‑144486 LS on zero-power CSI-RS for small cell discovery signal RAN1, Huawei Agreed
R1‑144487 Chairman’s Notes of Agenda Item 7.2.1 LTE Device to Device Proximity Services Ad-Hoc Chairman (Alcatel Lucent) Endorsed
R1‑144488 Summary of Ad-hoc session on Study on Indoor Positioning Enhancements for UTRA and LTE Ad-Hoc Chairman (Qualcomm) Endorsed
R1‑144489 Summary of Offline Discussion on Detailed Coexistence Evaluations for LAA Ericsson Noted
R1‑144490 36.213 CR0483 (Rel-12, F) Clarification of the resource allocation and precoding granularity parameter in NAICS NVIDIA, Intel, MediaTek Noted
R1‑144491 Way Forward on Number of Carriers In Coexistence Evaluation Scenarios for LAA and Wi-Fi CableLabs, Broadcom, Ruckus Wireless, KDDI, Orange, BlackBerry, Cisco Systems, Sony, Hitachi Revised
R1‑144492 [DRAFT] LS on introduction of UE categories 11 and 12 Huawei, HiSilicon Noted - Revised
R1‑144493 WF on simulation assumptions for co-channel HetNet for EBF/FD MIMO evaluations AT&T, Orange, CHTTL, ALU, ASB, CEWIT, Ericsson, ZTE, Samsung Noted - Revised
R1‑144494 Way Forward on Number of Carriers In Coexistence Evaluation Scenarios for LAA and Wi-Fi CableLabs, Broadcom, Ruckus Wireless, KDDI, Orange, BlackBerry, Cisco Systems, Sony, Hitachi, AT&T Noted
R1‑144495 WF on remaining details of WAN & D2D multiplexing LG Electronics, Qualcomm Not treated
R1‑144496 WF on D2D TX UE behavior in eIMTA LG Electronics, NEC Not treated
R1‑144497 [Draft] LS for Rel-12 NAICS Stage-2 TP MediaTek Inc. Noted - Revised
R1‑144498 [Draft] Reply LS for Rel-12 NAICS MediaTek Inc. Noted
R1‑144499 Draft Stage-2 TP for NAICS in TS36.300 MediaTek Inc. Endorsed
R1‑144500 WF on Evaluation Assumptions on Elevation BF and FD-MIMO in co-channel heterogenous scenario Huawei, HiSilicon, Telecom Italia, Deutsche Telekom, China Unicom, ITR Noted - Revised
R1‑144501 WF on physical downlink control channel for MTC Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ASUSTeK, AT&T, Huawei, HiSilicon, Intel, InterDigital, MediaTek, NEC, Nokia Corporation, Nokia Networks, Panasonic, Qualcomm, Samsung, Sierra Wireless, Sony Noted
R1‑144502 WF on Additional Triggering Condition(s) of D2DSS Transmission Nokia Corporation, Nokia Networks, Samsung, ITRI, Fujitsu Not treated
R1‑144503 37.857 v0.0.2 Study on Indoor Positioning Enhancements NextNav Agreed
R1‑144504 Reply LS on the structure of the discovery reference signal for small cell discovery RAN4, Huawei Noted
R1‑144505 36.212 CR0162r1 (Rel-12, B) Introduction of D2D feature into 36.212 Huawei Agreed
R1‑144506 36.212 CR0163r1 (Rel-12, F) Correction for rate matching parameters for UE categories 11 and 12 for 36.212 Huawei Agreed
R1‑144507 WF on Remaining Issues on HetNet Scenario with separate frequency bands NTT DOCOMO, NEC Noted
R1‑144508 WF on Multicarrier Tx Capability Ericsson Withdrawn
R1‑144509 WF on DL Measurements for D2D Ericsson, LGE Not treated
R1‑144510 Summary of Open Issues on Detailed Coexistence Evaluation Assumptions for LAA Ericsson Noted
R1‑144511 36.213 CR0477r1 (Rel-12, F) CR on HARQ-ACK transmission for TDD-FDD CA with eIMTA LG Electronics, CATT, Samsung Agreed in principle
R1‑144512 Way Forward on unmanaged Wi-Fi CableLabs, Broadcom, Telecom Italia, Ruckus Wireless Noted
R1‑144513 Simulation assumptions for reference cases for MTC Nokia Networks, Nokia Corporation, Ericsson Noted
R1‑144514 Proposals on SRS handling for Dual-Connectivity, LG Electronics Noted
R1‑144515 WF on simulation assumptions for co-channel HetNet for EBF/FD MIMO evaluations AT&T, Orange, CHTTL, ALU, ASB, CEWIT, Ericsson, ZTE, Samsung, Nokia Networks, Nokia Corporation Revised
R1‑144516 36.211 CR0195r2 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Agreed in principle
R1‑144517 36.212 CR0164r2 (Rel-12, F) Clarification of PUSCH rate matching with SRS LG Electronics Agreed in principle
R1‑144518 WF on remaining details of repeated transmissions of discovery message within a discovery period Intel, LGE, Alcatel Lucent, Alcatel Lucent Shanghai Bell, ZTE, Qualcomm Noted
R1‑144519 [Draft] LS on D2D Multicarrier Transmitter Capabilities Ericsson Noted - Revised
R1‑144520 36.213 CR0482r1 (Rel-12, B) Introduction of D2D (ProSe), Dual Connectivity, Small Cell Enhancements, and NAICS features Motorola Mobility Agreed
R1‑144521 36.211 CR0196r1 (Rel-12, B) Inclusion of ProSe Ericsson Agreed
R1‑144522 36.211 CR0197r1 (Rel-12, B) Inclusion of small-cell enhancements Ericsson Agreed
R1‑144523 LS on soft-combining of discovery messages within a discovery period RAN1, Intel Agreed
R1‑144524 LS on soft buffer management for D2D communications RAN1, LGE Agreed
R1‑144525 WF on simulation assumptions for co-channel HetNet for EBF/FD MIMO evaluations AT&T, Orange, CHTTL, ALU, ASB, CEWIT, Ericsson, ZTE, Samsung, Nokia Networks, Nokia Corporation Noted
R1‑144526 WF on Evaluation Assumptions on Elevation BF and FD-MIMO in co-channel heterogenous scenario Huawei, HiSilicon, Telecom Italia, Deutsche Telekom, China Unicom, ITR Noted
R1‑144527 LS on D2D Synchronization RAN1, Qualcomm Agreed
R1‑144528 [Draft] LS reply on DRS measurements Huawei Noted - Revised
R1‑144529 [Draft] LS on updated LTE Rel-12 UE feature list NTT DOCOMO Noted - Revised
R1‑144530 [Draft ] LS on introduction of UE Categories 11 and 12 Huawei Revised
R1‑144531 Reply LS to R2-143981 on eIMTA and eICIC Measurement Subframe Restrictions RAN1, CATT Agreed
R1‑144532 LS for Rel-12 NAICS Stage-2 TP RAN1, MediaTek Agreed
R1‑144533 [Draft] LS on D2D Multicarrier Transmitter Capabilities Ericsson Noted - Revised
R1‑144534 [Draft ] LS on introduction of UE Categories 11 and 12 Huawei Noted - Revised
R1‑144535 LS on updated LTE Rel-12 UE feature list RAN1, NTT DOCOMO Agreed
R1‑144536 LS on introduction of UE Categories 11 and 12 RAN1, Huawei Agreed
R1‑144537 36.213 CR0482r2 (Rel-12, B) Introduction of D2D (ProSe), Dual Connectivity, Small Cell Enhancements, NAICS, eIMTA, and TDD-FDD CA features Motorola Mobility Agreed
R1‑144538 Clarification of PUSCH rate matching with SRS LG Electronics Agreed
R1‑144539 TP on SCE for 36.300 Huawei, HiSilicon Endorsed
R1‑144540 LS on  TP on SCE for 36.300 RAN1, Huawei Agreed
R1‑144541 LS on handling of collisions between PRS and DRS RAN1, Huawei Agreed
R1‑144542 LS reply on DRS measurements RAN1, Huawei Agreed
R1‑144543 LS on D2D Multicarrier Transmitter Capabilities RAN1, Ericsson Agreed
R1‑144544 void - Withdrawn

page generated from database: 2024-03-25 09:25:51

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