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)Click on the Tdoc to open its file.
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: 2024-07-20 12:15:34