3GPP TDocs (written contributions) at meeting
Meeting: R1-71 - 2012-11-12 to 2012-11-16, New Orleans
meeting id: R1-71 (click id for more info on this meeting)Click on the Tdoc to open its file.
TDoc | Title | Source | Remarks |
---|---|---|---|
R1‑124675 | Draft Agenda for RAN1#71 meeting | RAN1 Chairman | Approved |
R1‑124676 | Final Report from RAN1#70bis | MCC | Approved |
R1‑124677 | Reply LS on synchronisations handling in HSDPA Multiflow | RAN2, Ericsson | Noted |
R1‑124678 | Reply LS on UE measurements in support of the two-stage MIMO OTA test method | RAN2, Nokia | Noted |
R1‑124679 | LS on LTE Rel-11 UE capabilities list | RAN4, NTT DoCoMo | Noted |
R1‑124680 | Reply LS on Granularity of Interference Measurement Resource for CoMP | RAN4, Ericsson | Noted |
R1‑124681 | LS to RAN2 on wideband RSRQ measurement | RAN4, NTT DoCoMo, Huawei | Noted |
R1‑124682 | Response LS on Pcmax definition for the partial overlap period between different TAGs | RAN4, Huawei | Noted |
R1‑124683 | Reply LS on parallel transmission of SRS and PUSCH/PUCCH for multiple TAGs | RAN4, CATT | Noted |
R1‑124684 | Remaining issues for PUSCH HARQ design on TDD inter-band CA with different UL-DL configurations | Huawei, HiSilicon | Not treated |
R1‑124685 | Half duplex operation for TDD inter-band CA with different UL-DL configurations | Huawei, HiSilicon | Noted |
R1‑124686 | Soft buffer partitioning for TDD inter-band CA with different UL-DL configurations | Huawei, HiSilicon | Not treated |
R1‑124687 | Remaining issues on multiple TA | Huawei, HiSilicon | Noted |
R1‑124688 | Quasi co-location aspects of EPDCCH DMRS | Huawei, HiSilicon | Withdrawn |
R1‑124689 | Quasi co-location aspects between CRS, CSI-RS and DMRS for frequency synchronization | Huawei, HiSilicon | Noted |
R1‑124690 | PDSCH RE mapping with IMRs and ZP CSI-RS | Huawei, HiSilicon | Noted |
R1‑124691 | Aperiodic feedback for 1-bit CSI request for CoMP | Huawei, HiSilicon | Noted |
R1‑124692 | Signaling for PDSCH RE mapping and quasi co-location in DCI format 2D | Huawei, HiSilicon | Noted |
R1‑124693 | Discussion on RI inheritance for periodic feedback | Huawei, HiSilicon | Not treated |
R1‑124694 | Details of multiplexing for aperiodic CSI feedback | Huawei, HiSilicon | Noted |
R1‑124695 | Final details of DCI format 1A in TM10 | Huawei, HiSilicon | Noted |
R1‑124696 | Remaining details for the PDSCH starting symbol in TM10 | Huawei, HiSilicon | Noted |
R1‑124697 | Mapping of ECCE to EREG for localized and distributed transmission | Huawei, HiSilicon | Noted |
R1‑124698 | On the EPDCCH starting symbol | Huawei, HiSilicon | Not treated |
R1‑124699 | Antenna port association for EPDCCH | Huawei, HiSilicon | Noted |
R1‑124700 | DCI formats supported on EPDCCH | Huawei, HiSilicon | Noted |
R1‑124701 | Scrambling Sequence for EPDCCH | Huawei, HiSilicon | Noted |
R1‑124702 | PSS/SSS collisions with DM-RS | Huawei, HiSilicon | Not treated |
R1‑124703 | Text proposal for TR 36.888 to align with the updated SID on low cost MTC | Huawei, HiSilicon | Noted - Revised |
R1‑124704 | Text proposal for TR 36.888 on coverage improvement | Huawei, HiSilicon | Noted - Revised |
R1‑124705 | Solutions on coverage improvement for low cost MTC | Huawei, HiSilicon | Noted |
R1‑124706 | Performance evaluation and analysis on coverage improvement for low cost MTC | Huawei, HiSilicon | Noted |
R1‑124707 | Discussion on operational carrier selection for carrier based ICIC | Huawei, HiSilicon | Not treated |
R1‑124708 | Draft LS response on operational carrier selection for carrier based ICIC | Huawei | Not treated |
R1‑124709 | Discussion on DL interference mitigation for carrier based ICIC | Huawei, HiSilicon | Not treated |
R1‑124710 | Draft LS response on DL interference mitigation for carrier based ICIC | Huawei | Not treated |
R1‑124711 | Discussion on UL interference mitigation for carrier based ICIC | Huawei, HiSilicon | Not treated |
R1‑124712 | Draft LS response on UL interference mitigation for carrier based ICIC | Huawei | Not treated |
R1‑124713 | Considerations on half-duplex UE operation for TDD inter-band CA | Intel Corporation | Not treated |
R1‑124714 | Further consideration on the PUSCH scheduling/HARQ timing for inter-band TDD CA | Intel Corporation | Not treated |
R1‑124715 | On periodic CSI report for inter-band TDD CA | Intel Corporation | Noted |
R1‑124716 | Remaining issues with Mutiple TAGs in Rel-11 | Intel Corporation | Noted |
R1‑124717 | On collision between DM RS and PSS/SSS in new carrier | Intel Corporation | Revised |
R1‑124718 | Views on synchronized new carrier | Intel Corporation | Not treated |
R1‑124719 | Reduced CRS in frequency domain for new carrier | Intel Corporation | Not treated |
R1‑124720 | Discussion on freqeuncy offset tracking for DL CoMP | Intel Corporation | Noted |
R1‑124721 | Configuration of semi-persistent scheduling in TM10 | Intel Corporation | Not treated |
R1‑124722 | Remaining details of PDSCH RE mapping | Intel Corporation | Not treated |
R1‑124723 | Remaining details of periodic CSI reporting | Intel Corporation | Noted |
R1‑124724 | Possible reasons for results difference in DL MIMO enhancement | Intel Corporation | Not treated |
R1‑124725 | Remaining details of search space equations | Intel Corporation | Noted |
R1‑124726 | UE behaviour for SPS PDSCH in subframe configured for EPDCCH | Intel Corporation | Not treated |
R1‑124727 | Remaining details of AP association | Intel Corporation | Not treated |
R1‑124728 | Remaining details on PUCCH resource allocation for EPDCCH | Intel Corporation | Revised |
R1‑124729 | Scrambling on DCI contents for EPDCCH | Intel Corporation | Noted |
R1‑124730 | DM RS orthogonality between two antenna ports within a CDM group | Intel Corporation | Not treated |
R1‑124731 | Blind decoding ambiguity resolution | Intel Corporation | Not treated |
R1‑124732 | UL interference mitigation for CB ICIC | Fujitsu | Noted |
R1‑124733 | CoMP relevant text inclusion in TS36.300 | Fujitsu | Withdrawn |
R1‑124734 | Multiplexing of aperiodic CSI feedback for CoMP | Fujitsu | Not treated |
R1‑124735 | EPDCCH Blind decoding candidates | Fujitsu | Noted |
R1‑124736 | EPDCCH search space function | Fujitsu | Noted |
R1‑124737 | Port association for distributed ePDCCH | Fujitsu | Noted |
R1‑124738 | DCI formats to be supported by Rel-11 EPDCCH | Fujitsu | Noted |
R1‑124739 | CIF inclusion in DCI formats for Rel-11 EPDCCH | Fujitsu | Not treated |
R1‑124740 | Some considerations on Rel-12 NCT | Fujitsu | Withdrawn |
R1‑124741 | Coverage expansion trade-offs concerning small packet data transmitted by Low-Cost MTC devices | Fujitsu | Not treated |
R1‑124742 | Remaining issues of parallel transmission in multiple TAGs | Texas Instruments | Noted |
R1‑124743 | Remaining issues of PDSCH rate-matching for CoMP | Texas Instruments | Not treated |
R1‑124744 | On rank reference process configuration on PUCCH | Texas Instruments | Noted |
R1‑124745 | Aperiodic feedback for DL CoMP | Texas Instruments | Not treated |
R1‑124746 | Outstanding aspects of PUCCH resource allocation for EPDCCH | Texas Instruments | Noted |
R1‑124747 | On evaluation of DL MIMO enhancement for LTE-A | Texas Instruments | Not treated |
R1‑124748 | Carrier-based HetNet ICIC solutions for the uplink in LTE | Texas Instruments | Not treated |
R1‑124749 | Carrier-based HetNet ICIC solutions for the downlink in LTE | Texas Instruments | Noted |
R1‑124750 | Operational carrier selection for carrier-based ICIC | Texas Instruments | Noted |
R1‑124751 | Some issues on synchronization in NCT CCs | Sony Corporation | Not treated |
R1‑124752 | SRS power scaling in UpPTS | CATT | Noted |
R1‑124753 | Half duplex operations for TDD inter-band CA | CATT | Noted |
R1‑124754 | PDSCH HARQ timing for cross-carrier scheduling with TDD inter-band carrier aggregation | CATT | Noted |
R1‑124755 | Soft buffer handling for TDD inter-band CA with different UL-DL configurations | CATT | Noted |
R1‑124756 | SRS transmission with multiple timing advances in Rel-11 | CATT | Noted |
R1‑124757 | On QCL behaviour in TM10 | CATT | Not treated |
R1‑124758 | On PDSCH rate-matching for ZP CSI-RS and IMR | CATT | Not treated |
R1‑124759 | Further details of DCI Format 2D | CATT | Noted |
R1‑124760 | Issues on RI-reference-process for periodic feedback | CATT | Not treated |
R1‑124761 | RE mapping for localized and distributed E-CCE | CATT | Not treated |
R1‑124762 | Blind decoding split between E-PDCCH sets | CATT | Noted |
R1‑124763 | Resource configuration and search space design for E-PDCCH | CATT | Noted |
R1‑124764 | E-PDCCH starting symbol configuration | CATT | Not treated |
R1‑124765 | DMRS association issues for E-PDCCH | CATT | Not treated |
R1‑124766 | PUCCH resource for E-PDCCH | CATT | Revised |
R1‑124767 | Cross carrier scheduling for E-PDCCH | CATT | Noted |
R1‑124768 | Handling of collision between PSS/SSS and DMRS | CATT | Not treated |
R1‑124769 | Design for synchronized new carrier type | CATT | Not treated |
R1‑124770 | Evaluation results for further enhanced DL MIMO | CATT | Not treated |
R1‑124771 | Analysis of reasons for diverse performance evaluation results | CATT | Not treated |
R1‑124772 | Analysis of coverage improvement for low-cost MTC LTE UEs | CATT | Revised |
R1‑124773 | Half-duplex operations support with aggregation of TDD carriers with different UL/DL configurations | Ericsson, ST-Ericsson | Noted |
R1‑124774 | On the soft buffer partitioning operations for interband TDD CA UEs | Ericsson, ST-Ericsson | Not treated |
R1‑124775 | Remaining details of MTA | Ericsson, ST-Ericsson | Noted |
R1‑124776 | On New Carrier Type | Ericsson | Revised |
R1‑124777 | PSS/SSS and DM-RS on the new carrier type | Ericsson, ST-Ericsson | Not treated |
R1‑124778 | Design for synchronized and unsynchronized new carriers | Ericsson, ST-Ericsson | Not treated |
R1‑124779 | Soft buffer partitioning for TDD inter-band CA | Panasonic | Not treated |
R1‑124780 | Remaining issues on multiple TAGs | Panasonic | Noted |
R1‑124781 | Relationship between IMR and ZP CSI-RS | Panasonic | Not treated |
R1‑124782 | RI and Subband Index Constraints for Periodic CSI | Panasonic | Noted |
R1‑124783 | ECCE/EREG to RE mapping for EPDCCH | Panasonic | Noted |
R1‑124784 | EPDCCH search space and aggregation levels | Panasonic | Noted |
R1‑124785 | Remaining details of EPDCCH starting symbol configuration | Panasonic | Noted |
R1‑124786 | Association between DM-RS port and EPDCCH transmission | Panasonic | Noted |
R1‑124787 | Discussion on PUCCH resource allocation for EPDCCH | Panasonic | Noted |
R1‑124788 | Discussion on PUCCH resource allocation for EPDCCH for TDD | Panasonic | Noted |
R1‑124789 | Cross-carrier scheduling with EPDCCH | Panasonic | Noted |
R1‑124790 | Target scenarios for new carrier types | Panasonic | Not treated |
R1‑124791 | Discussion on LSs from RAN3 regarding CB ICIC | Panasonic | Noted |
R1‑124792 | EREG to ECCE mapping in EPDCCH | China Telecom | Not treated |
R1‑124793 | Discussion on coverage improvement for MTC | China Telecom | Not treated |
R1‑124794 | EPDCCH resource allocation | New Postcom | Noted |
R1‑124795 | Remaining details of search space design for EPDCCH | New Postcom | Not treated |
R1‑124796 | Remaining details of EPDCCH starting symbol configuration | New Postcom | Not treated |
R1‑124797 | Details on antenna port association for EPDCCH transmission | New Postcom | Not treated |
R1‑124798 | Remaining aspects of PUCCH resource allocation for EPDCCH | New Postcom | Not treated |
R1‑124799 | Remaining details of PDSCH rate matching | New Postcom | Not treated |
R1‑124800 | Remaining details of periodic feedback for CoMP | New Postcom | Not treated |
R1‑124801 | Remaining details of aperiodic feedback for CoMP | New Postcom | Not treated |
R1‑124802 | Downlink control signalling for PDSCH RE mapping and QCL indicator | New Postcom | Not treated |
R1‑124803 | Discussion on further downlink MIMO enhancement | New Postcom | Revised |
R1‑124804 | Discussion on design of PSS and SSS for NCT | New Postcom | Revised |
R1‑124805 | Discussion on design of synchronised new carriers | New Postcom | Not treated |
R1‑124806 | Discussion on DL interference mitigation for carrier based HetNet ICIC | New Postcom | Noted |
R1‑124807 | Discussion on operational carrier selection for CB ICIC | New Postcom | Not treated |
R1‑124808 | Correction to the parameter ue-category-v10xy | New Postcom | Noted |
R1‑124809 | Remaining details of EPDCCH resource mapping | New Postcom | Not treated |
R1‑124810 | CRS design for NCT – discussion on cell-specific frequency shift | Intel Corporation | Not treated |
R1‑124811 | Discussion on coverage improvement for low cost MTC terminals | Intel Corporation | Not treated |
R1‑124812 | Futher details for eCCE/eREG mapping | ZTE | Not treated |
R1‑124813 | Discussion on aggregation levels and BD split for ePDCCH | ZTE | Noted |
R1‑124814 | Remaining issues of ePDCCH Set configuration | ZTE | Not treated |
R1‑124815 | Discussion on search space design | ZTE | Noted |
R1‑124816 | Remaining details of EPDCCH starting symbol configuration | ZTE | Not treated |
R1‑124817 | On association between DM-RS ports and EPDCCH transmission | ZTE | Revised |
R1‑124818 | PUCCH resource allocation for ePDCCH | ZTE | Not treated |
R1‑124819 | Remaining details of DCI formats supported on EPDCCH | ZTE | Not treated |
R1‑124820 | Discussion on UE-specific ePDCCH scrambling sequence | ZTE | Noted |
R1‑124821 | Possible reasons for diverse evaluation results in DL MIMO enhancement SI | ZTE | Not treated |
R1‑124822 | DCI monitoring in observation of PRS with different CP | ZTE | Not treated |
R1‑124823 | Remaining details of EPDCCH DM-RS quasi-co-location behaviour | ZTE | Not treated |
R1‑124824 | Need for quasi-co-location signaling for CSI-RS and CRS | ZTE | Noted |
R1‑124825 | Remaining details on PDSCH rate matching behaviour | ZTE | Revised |
R1‑124826 | Remaining details of downlink control signalling for DL CoMP | ZTE | Revised |
R1‑124827 | Reference process for rank indicator under periodic CSI feedback modes for CoMP | ZTE | Noted |
R1‑124828 | Remaining details of aperiodic CSI feedback modes for CoMP | ZTE | Not treated |
R1‑124829 | Coverage improvement techniques for low cost MTC Ues | ZTE | Noted |
R1‑124830 | synchronization signal and DMRS collision in NCT^^ | ZTE | Not treated |
R1‑124831 | Synchronized New Carrier Type | ZTE | Not treated |
R1‑124832 | Issues for Non-standalone New Carrier Type | ZTE | Not treated |
R1‑124833 | Remaining Issues on Multiple TA | ZTE | Not treated |
R1‑124834 | Offline discussion summary on Parallel Reception of PDSCH on Scell and Msg 2 on Pcell | ZTE | Noted |
R1‑124835 | Discussion on solutions for UL Interferer Identification | ZTE, CMCC | Noted |
R1‑124836 | Remaining Issues Regarding Multiple TA | NTT DOCOMO | Noted |
R1‑124837 | Remaining details for quasi co-location behavior | NTT DOCOMO | Revised |
R1‑124838 | PDSCH rate matching behaviour in relation to ZP CSI-RS resources and IMRs | NTT DOCOMO | Not treated |
R1‑124839 | Downlink control signaling for Rel-11 CoMP | NTT DOCOMO | Revised |
R1‑124840 | Remaining Issues Regarding ECCE/EREG-to-RE Mapping for EPDCCH | NTT DOCOMO | Noted |
R1‑124841 | Views on Search Space Design for Multiple EPDCCH Sets | NTT DOCOMO | Not treated |
R1‑124842 | Search Space Design for Localized E-PDCCH Transmission | NTT DOCOMO | Noted |
R1‑124843 | Remaining Issues Regarding PUCCH Resource Allocation for EPDCCH | NTT DOCOMO | Noted |
R1‑124844 | PRB Indication for EPDCCH | NTT DOCOMO | Not treated |
R1‑124845 | Views on DL RS for New Carrier Type | NTT DOCOMO | Not treated |
R1‑124846 | Design for Synchronized New Carrier Type | NTT DOCOMO | Not treated |
R1‑124847 | Further evaluations on feedback enhancement for DL MIMO | NTT DOCOMO | Not treated |
R1‑124848 | Minor editorial corrections to 36.213 | NEC Group | Agreed |
R1‑124849 | ZP-CSI-RS Configuration for IMRs and PDSCH RE matching | NEC Group | Not treated |
R1‑124850 | Details of 1-bit CSI request field | NEC Group | Not treated |
R1‑124851 | Signalling for ePDCCH set configuration | NEC Group | Noted |
R1‑124852 | Remaining details of ePDCCH search space | NEC Group | Not treated |
R1‑124853 | Remaining details on EPDCCH in MBSFN subframes | NEC Group | Not treated |
R1‑124854 | Details of UE-specific EPDCCH scrambling sequence | NEC Group | Not treated |
R1‑124855 | PSS/SSS time locations on the NCT | NEC Group | Not treated |
R1‑124856 | Requirements and necessary enhancements for Release 12 NCT | NEC Group | Not treated |
R1‑124857 | Remaining simulation assumptions for UMTS Het Net evaluations | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑124858 | Evaluation of soft reuse in UMTS Heterogeneous Networks | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124859 | Signalling of SCell paging configuration | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑124860 | Remaining physical layer details of multiple TA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑124861 | On the need for CSI-RS – CRS quasi-co-location signalling | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑124862 | PDSCH rate matching behaviour for ZP CSI-RS resources and IMRs | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124863 | Details of DCI Format 2D | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124864 | Way Forward on Downlink Control Signaling for PDSCH in TM10 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑124865 | Way Forward on Downlink Control Signaling for PDSCH when CIF is configured | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑124866 | Details of 1-bit CSI request field for CoMP | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124867 | CSI references processes for periodic feedback | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑124868 | UCI Multiplexing on PUSCH for DL CoMP | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑124869 | Remaining Issues for CSI Processes in TM10 with Codebook Subset Restriction | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124870 | On the total number of CSI processes when CoMP and CA are configured | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑124871 | Details of ECCE numbering | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124872 | Remaining details of search space and aggregation levels | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124873 | Remaining details of EPDCCH starting symbol configuration | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124874 | Remaining details of association between DM-RS ports and ePDCCH transmissions | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑124875 | Remaining details of PUCCH Resource allocation for EPDCCH | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Noted |
R1‑124876 | Remaining details of DCI formats supported on EPDCCH | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | Not treated |
R1‑124877 | On the UE-specific EPDCCH scrambling sequence | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124878 | Cross scheduling of SCell under EPDCCH operation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124879 | PSS/SSS on New Carrier Type | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124880 | On synchronised new carriers | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Revised |
R1‑124881 | Evaluation assumptions for Further Downlink MIMO Enhancement | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T | Not treated |
R1‑124882 | Analysis on Evaluation Assumptions for Further Downlink MIMO Enhancement | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Withdrawn |
R1‑124883 | Potential solutions for improved coverage for MTC UEs | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124884 | Draft LS reply on UL Interference for CB ICIC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124885 | Draft LS reply on DL Interference mitigation for carrier based HetNet ICIC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑124886 | Draft LS reply on operational carrier selection for CB ICIC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑124887 | General considerations on coverage enhancements for MTC | Ericsson, ST-Ericsson | Noted |
R1‑124888 | Required functionality for coverage enhancements for MTC | Ericsson, ST-Ericsson | Noted |
R1‑124889 | Initial link budget analysis for coverage enhancements for MTC | Ericsson, ST-Ericsson | Not treated |
R1‑124890 | Mapping of ePDCCH to RE | Ericsson, ST-Ericsson | Noted |
R1‑124891 | ePDCCH Blind decoding | Ericsson, ST-Ericsson | Revised |
R1‑124892 | ePDCCH Search Space | Ericsson, ST-Ericsson | Revised |
R1‑124893 | Configuration of ePDCCH resources | Ericsson, ST-Ericsson | Revised |
R1‑124894 | ePDCCH Start symbol | Ericsson, ST-Ericsson | Noted |
R1‑124895 | ePDCCH antenna port configuration | Ericsson, ST-Ericsson | Noted |
R1‑124896 | Remaining details of PUCCH resource allocation for EPDCCH | Ericsson, ST-Ericsson | Noted |
R1‑124897 | DCI formats supported on ePDCCH | Ericsson, ST-Ericsson | Not treated |
R1‑124898 | On ePDCCH and cross carrier scheduling | Ericsson, ST-Ericsson | Not treated |
R1‑124899 | On ePDCCH data scrambling | Ericsson, ST-Ericsson | Not treated |
R1‑124900 | Clarification of TBS determination for PDSCH scheduled by EPDCCH | Ericsson, ST-Ericsson | Noted |
R1‑124901 | On evaluation of DL MIMO enhancements | Ericsson, ST-Ericsson | Not treated |
R1‑124902 | Draft CR to 36.211 | Ericsson | Noted - Revised |
R1‑124903 | Draft 36.214 CR (Rel-11, F) Correcting inconsistency between inter-RAT UTRA measurements and requirements | Ericsson, CATT, Renesas Mobile Europe Ltd, ST-Ericsson | Noted - Revised |
R1‑124904 | Potential Improvements for FE_DL-MIMO | AT&T | Not treated |
R1‑124905 | Discussion on the maximum number of aggregated cells | Samsung | Not treated |
R1‑124906 | Soft buffer handling for half duplex case | Samsung | Not treated |
R1‑124907 | Soft buffer handling at UE side | Samsung | Not treated |
R1‑124908 | Remaining Issue on PUSCH Cross-Carrier Scheduling Case D in Inter-band CA | Samsung | Not treated |
R1‑124909 | TP for TS36.300 on Introduction of CoMP | Samsung, CHTTL | Revised |
R1‑124910 | Draft CR for TS36.300 on Introduction of CoMP | Samsung, CHTTL | Revised |
R1‑124911 | Review of DL CoMP open issues in RAN1 with impact on ASN.1 | Samsung | Noted |
R1‑124912 | Remaining issues on EPDCCH DM-RS quasi-co-location behaviour | Samsung | Not treated |
R1‑124913 | Further discussion on quasi co-location of CSI-RS and CRS | Samsung | Noted |
R1‑124914 | Discussion on PDSCH rate matching and configuration of IMR and ZP-CSI-RS | Samsung | Noted |
R1‑124915 | Further details on configuration of IMRs | Samsung | Noted |
R1‑124916 | Remaining issues on quasi co-location assumption for DCI format 1A of TM10 | Samsung | Noted |
R1‑124917 | Remaining details on DCI format 2D | Samsung | Not treated |
R1‑124918 | Further details of reference process configuration for periodic CSI | Samsung | Not treated |
R1‑124919 | Remaining Details of Aperiodic CSI Multiplexing | Samsung | Not treated |
R1‑124920 | EREG Mapping | Samsung | Noted |
R1‑124921 | Allocation of EPDCCH Candidates | Samsung | Noted |
R1‑124922 | ECCE Aggregation Levels and RE Threshold | Samsung | Not treated |
R1‑124923 | Search Space Design for EPDCCH | Samsung | Noted |
R1‑124924 | EPDCCH starting Symbol | Samsung | Not treated |
R1‑124925 | Association between DMRS port and ePDCCH | Samsung | Not treated |
R1‑124926 | PUCCH Format 1a/1b Resources in Response to EPDCCH Detections | Samsung | Noted |
R1‑124927 | PUCCH resource allocation for TDD ePDCCH | Samsung | Noted |
R1‑124928 | DCI Formats for EPDCCH | Samsung | Noted |
R1‑124929 | Remaining Aspects for EPDCCH Operation | Samsung | Noted |
R1‑124930 | ECCE Aggregation Level Ambiguity | Samsung | Not treated |
R1‑124931 | PSS/SSS Details on NCT carriers | Samsung | Not treated |
R1‑124932 | Discussion on synchronized new carriers | Samsung | Not treated |
R1‑124933 | Downlink MIMO Enhancements for Release 12 | Samsung | Not treated |
R1‑124934 | Coverage improvement for low-cost MTC UEs based on LTE | Samsung | Revised |
R1‑124935 | PDSCH rate matching around ZP CSI-RS and IMR | MediaTek Inc. | Not treated |
R1‑124936 | Remaining signaling issues of DCI format 2D | MediaTek Inc. | Not treated |
R1‑124937 | Need and impact of RI-reference process in periodic feedback | MediaTek Inc. | Noted |
R1‑124938 | Resource mapping of EPDCCH in TM10 | MediaTek Inc., CHTTL | Not treated |
R1‑124939 | Further details of EPDCCH starting symbol configuration | MediaTek Inc., CHTTL | Not treated |
R1‑124940 | Time-frequency location of PSS/SSS in non-synchronized NCT | MediaTek Inc. | Not treated |
R1‑124941 | Discussion on reduced CRS bandwidth for NCT | MediaTek Inc. | Not treated |
R1‑124942 | Coverage enhancement analysis and techniques for MTC devices | MediaTek Inc. | Noted |
R1‑124943 | Discussion on CRS bandwidth reduction on NCT | New Postcom | Not treated |
R1‑124944 | Discussion on transmission modes on NCT | New Postcom | Not treated |
R1‑124945 | a subset-CRS based tracking RS for unsynchronized new carrier types | New Postcom | Not treated |
R1‑124946 | Frequency hopping for unsynchronized new carrier type TRS | New Postcom | Revised |
R1‑124947 | CRS based RRM measurement for unsynchronised new carriers | New Postcom | Not treated |
R1‑124948 | CRS subframe configuration for unsynchronised new carriers | New Postcom | Not treated |
R1‑124949 | CSI-RS based RRM measurement for synchronised new carriers | New Postcom | Not treated |
R1‑124950 | Half duplex operation for determining the transimssion direction of overlapped subframes for inter-band CA | New Postcom | Not treated |
R1‑124951 | Discussion on coverage improvement for low cost MTC | New Postcom | Not treated |
R1‑124952 | Discussion on DCI formats supported on EPDCCH | New Postcom | Not treated |
R1‑124953 | (Rel 8)Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Noted |
R1‑124954 | (Rel 9)Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Not treated |
R1‑124955 | (Rel 10)Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Not treated |
R1‑124956 | (Rel 11)Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Revised |
R1‑124957 | SRS Transmissions in multiple TA | HTC | Not treated |
R1‑124958 | PRB pair Configuration for EPDCCH Sets | HTC | Noted |
R1‑124959 | Remaining Details of Search Space and Aggregation Levels of EPDCCH | HTC | Noted |
R1‑124960 | Remaining details of EPDCCH starting symbol configuration | HTC | Not treated |
R1‑124961 | Remaining Details of Association between DM-RS Ports and EPDCCH Transmission | HTC | Not treated |
R1‑124962 | Remaining details of PUCCH A/N resource allocation for EPDCCH | HTC | Noted |
R1‑124963 | Transmissions of PSS/SSS and DM-RS in Unsynchronised New Carriers | HTC | Not treated |
R1‑124964 | Synchronised New Carriers in Rel-12 LTE | HTC | Not treated |
R1‑124965 | Low-cost MTC Traffic Models and Characteristics | Fujitsu | Revised |
R1‑124966 | [Draft] LS on clarification of parallel reception of PDSCH on Scell and Msg2 on Pcell | ZTE | Revised |
R1‑124967 | Coverage extension for low-cost MTC Ues | Institute for Information Industry (III) | Not treated |
R1‑124968 | Remaining issues on HARQ-ACK for CA with different TDD UL-DL configurations | LG Electronics | Not treated |
R1‑124969 | Support of half-duplex operation based CA with different TDD UL-DL configurations | LG Electronics | Not treated |
R1‑124970 | Issues on DL HARQ process in case of CA with different TDD UL-DL configurations | LG Electronics | Not treated |
R1‑124971 | PUSCH HARQ timing determination for CA with different TDD UL-DL configurations | LG Electronics | Noted |
R1‑124972 | Remaining RAN1 issues on multiple TA | LG Electronics | Noted |
R1‑124973 | Power control for channel selection with SORTD in case of single cell TDD | LG Electronics | Noted |
R1‑124974 | Signaling for CRS-to-CSI-RS quasi co-location assumptions | LG Electronics | Not treated |
R1‑124975 | PDSCH RE mapping in relation to ZP CSI-RS resources and IMRs | LG Electronics | Not treated |
R1‑124976 | Remaining details on DCI format 2D for CoMP | LG Electronics | Not treated |
R1‑124977 | Fallback operation for TM10 | LG Electronics | Not treated |
R1‑124978 | Remaining issues on reference process | LG Electronics | Not treated |
R1‑124979 | SPS-based PDSCH transmission for TM10 | LG Electronics | Not treated |
R1‑124980 | Remaining Details of ECCE and EREG Mapping | LG Electronics | Not treated |
R1‑124981 | Remaining details on RE mapping | LG Electronics | Noted |
R1‑124982 | Details on Search space and Aggregation Levels | LG Electronics | Revised |
R1‑124983 | Remaining details on EPDCCH resource configuration | LG Electronics | Not treated |
R1‑124984 | Details on antenna port association for EPDCCH | LG Electronics | Revised |
R1‑124985 | PUCCH A/N resource allocation for EPDCCH | LG Electronics | Revised |
R1‑124986 | DCI formats supported on EPDCCH | LG Electronics | Not treated |
R1‑124987 | Further consideration on EPDCCH design | LG Electronics | Noted |
R1‑124988 | TBS determination for PDSCH scheduled by EPDCCH | LG Electronics | Noted |
R1‑124989 | Handling the Conflict of PSS/SSS and DM-RS in NCT | LG Electronics | Not treated |
R1‑124990 | Performance evaluation of DMRS pattern for new carrier type | LG Electronics | Not treated |
R1‑124991 | On synchronized new carrier type | LG Electronics | Not treated |
R1‑124992 | Discussion on evaluation assumptions for downlink MIMO enhancement | LG Electronics | Not treated |
R1‑124993 | Discussion on Coverage Enhancement for a low-cost MTC UE | LG Electronics | Not treated |
R1‑124994 | Discussion on UL interference mitigation solutions for CB-ICIC | LG Electronics | Noted |
R1‑124995 | Discussion on DL interference mitigation solutions for CB-ICIC | LG Electronics | Not treated |
R1‑124996 | Discussion on operational carrier selection for CB-ICIC | LG Electronics | Not treated |
R1‑124997 | Half duplex operation with inter-band CA with different TDD configurations on different bands | Nokia Siemens Networks, Nokia | Not treated |
R1‑124998 | Remaining issues of the HARQ/scheduling timing for PUSCH with cross-carrier scheduling for inter-band TDD CA | Nokia Siemens Networks, Nokia | Not treated |
R1‑124999 | Remaining Issues on Multiple Timing Advance | Nokia Siemens Networks, Nokia | Noted |
R1‑125000 | Signaling quasi co-location between CRS and CSI-RS | Nokia Siemens Networks, Nokia | Revised |
R1‑125001 | Remaining details of PDSCH rate matching behavior in relation to ZP CSI-RS resources, IMRs and NZP CSI-RS resources | Nokia Siemens Networks, Nokia | Noted |
R1‑125002 | Remaining details of DCI formats | Nokia Siemens Networks, Nokia | Not treated |
R1‑125003 | RI reference process for periodic feedback | Nokia Siemens Networks, Nokia | Not treated |
R1‑125004 | Remaining details of eREG / eCCE definitions for EPDCCH | Nokia, Nokia Siemens Networks | Noted - Revised |
R1‑125005 | On supported aggregation levels for EPDCCH | Nokia, Nokia Siemens Networks | Noted |
R1‑125006 | On the split of blind decoding candidates | Nokia, Nokia Siemens Networks | Noted |
R1‑125007 | Localized and distributed search spaces for EPDCCH | Nokia, Nokia Siemens Networks | Revised |
R1‑125008 | On remaining details on EPDCCH starting symbol configuration | Nokia, Nokia Siemens Networks | Noted |
R1‑125009 | Association between DM-RS ports and EPDCCH transmission | Nokia, Nokia Siemens Networks | Noted |
R1‑125010 | Remaining issues on HARQ-ACK resource allocation for data scheduled via EPDCCH: FDD aspects | Nokia Siemens Networks, Nokia | Noted |
R1‑125011 | Remaining issues on HARQ-ACK resource allocation for data scheduled via EPDCCH: TDD aspects | Nokia Siemens Networks, Nokia | Noted |
R1‑125012 | On the details of DCI formats for EPDCCH | Nokia, Nokia Siemens Networks | Not treated |
R1‑125013 | Final details of UE-specific EPDCCH scrambling sequence | Nokia, Nokia Siemens Networks | Not treated |
R1‑125014 | Considerations on the need for CIF in DCI carried by EPDCCH | Nokia, Nokia Siemens Networks | Not treated |
R1‑125015 | PSS/SSS location on un-synchronized NCT | Nokia Siemens Networks, Nokia | Not treated |
R1‑125016 | New Carrier Type for Synchronized Carriers | Nokia Siemens Networks, Nokia | Not treated |
R1‑125017 | Downlink MIMO Enhancement for LTE-Advanced | Nokia Siemens Networks, Nokia | Not treated |
R1‑125018 | Coverage Improvement for MTC UEs | Nokia Siemens Networks, Nokia | Noted |
R1‑125019 | Assessment of uplink solution candidates for CB-ICIC | Nokia Siemens Networks, Nokia | Not treated |
R1‑125020 | Downlink interference mitigation for HetNet CB-ICIC | Nokia Siemens Networks, Nokia | Not treated |
R1‑125021 | Operational Carrier Selection for CB-ICIC | Nokia Siemens Networks, Nokia, DAC-UPC | Not treated |
R1‑125022 | Periodic Feedback for CoMP with RI-Reference-Process | ITRI | Not treated |
R1‑125023 | Power consumption analysis (Methodology for performance evaluation) | ITRI | Not treated |
R1‑125024 | Views on Use Cases of New Carrier Type in Rel-12 | KDDI | Not treated |
R1‑125025 | Views on CSI feedback enhancement toward Rel-12 | KDDI | Not treated |
R1‑125026 | On half duplex UE operation for interband CA TDD | Pantech | Not treated |
R1‑125027 | PUSCH HARQ/scheduling timing for Case B/C/D in inter-band CA TDD with different TDD configuration | Pantech | Not treated |
R1‑125028 | Soft buffer handling issue in inter-band CA TDD with different TDD configuration | Pantech | Not treated |
R1‑125029 | Parallel SRS transmission in multiple TA | Pantech | Revised |
R1‑125030 | Remaining details of DCI format 2D for DL CoMP | Pantech | Not treated |
R1‑125031 | RI Reference processes for periodic feedback of DL CoMP | Pantech | Not treated |
R1‑125032 | Blind detection candidates splitting for ePDCCH | Pantech | Not treated |
R1‑125033 | Remained issues for DM RS ports association | Pantech | Not treated |
R1‑125034 | Supported DCI formats for ePDCCH | Pantech | Not treated |
R1‑125035 | On PSS/SSS details for NCT | Pantech | Not treated |
R1‑125036 | Synchronized new carrier type | Pantech | Not treated |
R1‑125037 | RRM measurement in new carrier type | Pantech | Not treated |
R1‑125038 | Introduction to coverage aspects of low cost MTC UEs | Sony Europe Limited | Noted |
R1‑125039 | Coverage improvement techniques for low cost MTC UEs | Sony Europe Limited | Not treated |
R1‑125040 | Simulation Assumptions for Study on Heterogenous Networks | Renesas Mobile Europe Ltd | Noted |
R1‑125041 | Initial Downlink Full Buffer Simulation Results on Heterogeneous Networks Scenarios with Cell Range Extension | Renesas Mobile Europe Ltd | Noted |
R1‑125042 | Initial Downlink Bursty Traffic Simulation Results on Heterogeneous Networks Scenarios with Multiflow | Renesas Mobile Europe Ltd | Noted |
R1‑125043 | Initial Uplink Full Buffer Simulation Results on Heterogeneous Networks Scenarios with Cell Range Extension | Renesas Mobile Europe Ltd | Noted |
R1‑125044 | Initial Uplink Bursty Traffic Simulation Results on Heterogeneous Networks Scenarios with Cell Range Extension | Renesas Mobile Europe Ltd | Noted |
R1‑125045 | Discussion on Uplink Control Issues in UMTS Heterogeneous Networks | Renesas Mobile Europe Ltd | Noted |
R1‑125046 | Remaining Issues for Soft Buffer Handling for CC Specific TDD Configuration | Renesas Mobile Europe Ltd | Not treated |
R1‑125047 | Leftover Issues for Half Duplex Mode of CC specific TDD Configuration | Renesas Mobile Europe Ltd | Not treated |
R1‑125048 | Quasi-colocation between CRS and CSI-RS antenna ports | Renesas Mobile Europe Ltd | Not treated |
R1‑125049 | Remaining details of TM10 DCI formats | Renesas Mobile Europe Ltd | Not treated |
R1‑125050 | Remaining issues on periodic feedback | Renesas Mobile Europe Ltd | Not treated |
R1‑125051 | On CQI definition | Renesas Mobile Europe Ltd | Noted |
R1‑125052 | Remaining details of ECCE-EREG mapping | Renesas Mobile Europe Ltd | Noted |
R1‑125053 | On number of blind decoding candidates | Renesas Mobile Europe Ltd | Not treated |
R1‑125054 | Search space definitions for EPDCCH | Renesas Mobile Europe Ltd | Not treated |
R1‑125055 | Details of PRB configuration for EPDCCH sets | Renesas Mobile Europe Ltd | Not treated |
R1‑125056 | Details of EPDCCH antenna port association | Renesas Mobile Europe Ltd | Not treated |
R1‑125057 | Further Discussions On PSS/SSS Mapping in NCT | Renesas Mobile Europe Ltd | Not treated |
R1‑125058 | On Synchronized New Carrier Type | Renesas Mobile Europe Ltd | Not treated |
R1‑125059 | On Release 11 DL MIMO performance | Renesas Mobile Europe Ltd | Not treated |
R1‑125060 | Discussion of scheduling and HARQ timing for cross-carrier scheduling of PUSCH | CMCC | Noted |
R1‑125061 | Discussion on scenarios for small cell enhancement in Rel-12 | CMCC | Not treated |
R1‑125062 | On Remaining Issues in E-PDCCH Search Sapce Design | Research In Motion UK Limited | Not treated |
R1‑125063 | PUCCH A/N Resource Mapping for MU-MIMO transmission of ePDCCH | Research In Motion UK Limited | Not treated |
R1‑125064 | On Remaining Details of Association between DMRS Port and E-PDCCH Transmission | Research In Motion UK Limited | Not treated |
R1‑125065 | Discussion on remainig issues for EPDCCH | Research In Motion UK Limited | Not treated |
R1‑125066 | On remaining details of EPDCCH starting symbol configuration | Research In Motion UK Limited | Not treated |
R1‑125067 | Handling of PSS/SSS collsion with DMRS for new carrier type | Research In Motion UK Limited | Not treated |
R1‑125068 | On uplink interference mitigation for CB HetNet ICIC | Research In Motion UK Limited | Noted |
R1‑125069 | Efficiency of DCI based PUCCH Resource Allocation Alternatives for ePDCCH | Research In Motion UK Limited | Noted |
R1‑125070 | Half duplex operation in TDD inter-band CA with different UL/DL configurations | Research In Motion UK Limited | Not treated |
R1‑125071 | Cross-carrier scheduling of PUSCH in TDD inter-band CA | Research In Motion UK Limited | Not treated |
R1‑125072 | Further consideration of PDSCH HARQ-ACK timing linkage with cross-carrier scheduling in TDD inter-band CA | Research In Motion UK Limited | Not treated |
R1‑125073 | Draft 25.211 Rel-11 CR, Correction to common E-RGCH | Research In Motion UK Limited | Noted - Revised |
R1‑125074 | Performance of some solutions relevant to LS R1-123088 | DAC-UPC | Not treated |
R1‑125075 | Proposed NCT enhancements for FDD uplink | DAC-UPC, CEA | Not treated |
R1‑125076 | Correction of SPS operation | ASUSTeK | Noted |
R1‑125077 | Power control for parallel SRS with multiple timing advances | ASUSTeK | Not treated |
R1‑125078 | PUCCH resource allocation for carrier aggregation for EPDCCH | Panasonic | Not treated |
R1‑125079 | Discussion on reference process configuration for periodic feedback | Hitachi Ltd | Not treated |
R1‑125080 | Discussion on simulation results of DL MIMO enhancement in Rel. 11 | Hitachi Ltd | Not treated |
R1‑125081 | Consideration on the PSS/SSS and DM-RS in NCT | Hitachi Ltd | Not treated |
R1‑125082 | MTC coverage improvement through variable TTI bundling and variable length code spreading | Sierra Wireless | Noted |
R1‑125083 | PUSCH coverage improvement through limiting the number of sub-carriers per resource block | Sierra Wireless | Noted |
R1‑125084 | Aperiodic CSI triggering | InterDigital | Not treated |
R1‑125085 | Reference processes for periodic feedback | InterDigital | Noted |
R1‑125086 | Remaining details of eCCE-to-eREG mapping for EPDCCH | InterDigital | Not treated |
R1‑125087 | Remaining details of EPDCCH search space | InterDigital | Noted |
R1‑125088 | On EPDCCH candidates and aggregation levels | InterDigital | Noted |
R1‑125089 | Remaining details of antenna port association for EPDCCH | InterDigital | Not treated |
R1‑125090 | PUCCH resource allocation for EPDCCH based A/N | InterDigital | Not treated |
R1‑125091 | DCI formats and transmission modes supported on EPDCCH | InterDigital | Not treated |
R1‑125092 | On PSS/SSS transmissions for NCT | InterDigital | Not treated |
R1‑125093 | On design for synchronized for NCT | InterDigital | Not treated |
R1‑125094 | Coverage extension techniques with low rate data services for Low-Cost UE's based on LTE | InterDigital | Not treated |
R1‑125095 | Control and user plane operation with low rate data services for Low-cost UE's based on LTE | InterDigital | Not treated |
R1‑125096 | Text proposal to 36.888 on control and user plane protocol aspects with low rate MTC data services | InterDigital | Not treated |
R1‑125097 | CSI-RS dropping rules for Scell | Qualcomm Inc. | Noted |
R1‑125098 | On remaining details of support of different TDD UL-DL configurations on different bands | Qualcomm Inc. | Not treated |
R1‑125099 | On remaining physical layer aspects of multiple TA | Qualcomm Inc. | Noted |
R1‑125100 | On EPDCCH DM-RS quasi-co-location behavior | Qualcomm Inc. | Not treated |
R1‑125101 | On the need for CSI-RS CRS quasi-co-location signaling | Qualcomm Inc. | Not treated |
R1‑125102 | Remaining details of PDSCH rate matching behavior | Qualcomm Inc. | Noted |
R1‑125103 | Remaining details of DCI formats | Qualcomm Inc. | Noted |
R1‑125104 | Remaining details of periodic feedback | Qualcomm Inc. | Not treated |
R1‑125105 | Remaining details of aperiodic feedback | Qualcomm Inc. | Not treated |
R1‑125106 | Remaining details of ECCE-EREG to RE mapping | Qualcomm Inc. | Not treated |
R1‑125107 | Remaining details of search space and aggregation levels | Qualcomm Inc. | Not treated |
R1‑125108 | Remaining details of EPDCCH starting symbol configuration | Qualcomm Inc. | Not treated |
R1‑125109 | Remaining details of association between DM-RS ports and EPDCCH transmission | Qualcomm Inc. | Noted |
R1‑125110 | Remaining details of PUCCH resource allocation for EPDCCH | Qualcomm Inc. | Noted |
R1‑125111 | On UE-specific scrambling sequence for EPDCCH | Qualcomm Inc. | Noted |
R1‑125112 | On cross-carrier scheduling with EPDCCH | Qualcomm Inc. | Noted |
R1‑125113 | On collision between PRS and ePDCCH | Qualcomm Inc. | Not treated |
R1‑125114 | PSS/SSS details | Qualcomm Inc. | Not treated |
R1‑125115 | Synchronized new carrier | Qualcomm Inc. | Not treated |
R1‑125116 | Transmission modes for NCT | Qualcomm Inc. | Not treated |
R1‑125117 | Resource allocation methods for NCT | Qualcomm Inc. | Not treated |
R1‑125118 | Design aspects of NCT | Qualcomm Inc. | Not treated |
R1‑125119 | Further downlink MIMO enhancement for LTE-advanced | Qualcomm Inc. | Not treated |
R1‑125120 | Coverage enhancement techniques for MTC | Qualcomm Inc. | Noted |
R1‑125121 | System evaluation for MTC coverage | Qualcomm Inc. | Not treated |
R1‑125122 | UL Interference for carrier-based Hetnet ICIC | Qualcomm Inc. | Not treated |
R1‑125123 | DL Interference mitigation for carrier-based HetNet ICIC | Qualcomm Inc. | Not treated |
R1‑125124 | Operational carrier selection for carrier-based ICIC | Qualcomm Inc. | Not treated |
R1‑125125 | Remaining details for HARQ timing of PUSCH with cross-scheduling | Potevio | Revised |
R1‑125126 | 25.214 CR0697 (Rel-11, F) Clarification to the procedure of NodeB Triggered HS-DPCCH | Huawei, HiSilicon | Noted - Revised |
R1‑125127 | Initial activation status of scheduled non-precoded pilots | Huawei, HiSilicon | Noted |
R1‑125128 | Remaining details of HS-DPCCH for 4-branch MIMO with Multi-Carrier | Huawei, HiSilicon | Noted |
R1‑125129 | CR review for DL MIMO | Huawei, HiSilicon | Not treated |
R1‑125130 | Maximum number of HS-SCCH orders for Multiflow | Huawei, HiSilicon | Noted |
R1‑125131 | 25.214 CR0698 (Rel-11, F) Corrections to the Maximum Number of HS-SCCH Orders | Huawei, HiSilicon | Noted |
R1‑125132 | Summary of email discussions on simulation assumptions for HSPA Heterogeneous Networks | Huawei, HiSilicon | Noted |
R1‑125133 | Initial simulation results for UL co-channel scenarios | Huawei, HiSilicon | Noted |
R1‑125134 | Initial simulation results for DL co-channel scenarios | Huawei, HiSilicon | Noted |
R1‑125135 | Considerations on Range Expansion | Huawei, HiSilicon | Noted |
R1‑125136 | Macro NodeB muting for DL interference coordination | ZTE | Noted |
R1‑125137 | Downlink performance evaluation for UMTS HetNet, co-channel case without CRE | ZTE | Withdrawn |
R1‑125138 | Views on how to handle collision between PSS/SSS and DM RS | CATR | Revised |
R1‑125139 | Simulation results of further enhanced DL MIMO | CATR | Not treated |
R1‑125140 | Discussion on potential solutions for low-cost MTC UEs 20dB coverage enhancement | CATR | Not treated |
R1‑125141 | Text proposal on PUSCH DMRS generation for RACH msg3 | Sharp | Noted |
R1‑125142 | DCI signalling in DCI format 2D and fallback operation in TM10 | Sharp | Revised |
R1‑125143 | Details of association between DM-RS ports and EPDCCH | Sharp | Not treated |
R1‑125144 | Remaining aspects of PUCCH resource for EPDCCH | Sharp | Not treated |
R1‑125145 | Remaining details of eCCE and eREG mapping for EPDCCH | Motorola Mobility | Not treated |
R1‑125146 | Remaining details of EPDCCH Search Space | Motorola Mobility | Not treated |
R1‑125147 | Handling of DCI formats with EPDCCH | Motorola Mobility | Not treated |
R1‑125148 | Extended Coverage Mode for LTE | Motorola Mobility | Not treated |
R1‑125149 | PSS/SSS Placement in New Carrier Type | Motorola Mobility | Withdrawn |
R1‑125150 | Discussion on the number of CSI processes supported for CoMP with CA | Huawei, HiSilicon | Noted |
R1‑125151 | Resource allocation for EPDCCH sets | Huawei, HiSilicon | Not treated |
R1‑125152 | Number of blind decoding assignment | Huawei, HiSilicon | Not treated |
R1‑125153 | EPDCCH search space design | Huawei, HiSilicon | Noted |
R1‑125154 | Fallback operation for EPDCCH | Huawei, HiSilicon | Not treated |
R1‑125155 | PUCCH ACK/NACK resource determination for EPDCCH | Huawei, HiSilicon | Noted |
R1‑125156 | Scenarios and use cases for NCT | Huawei, HiSilicon | Not treated |
R1‑125157 | Overview of non-standalone NCT design | Huawei, HiSilicon | Not treated |
R1‑125158 | PSS/SSS and DMRS collision and NCT identification | Huawei, HiSilicon | Not treated |
R1‑125159 | Aspects of the synchronized carrier case | Huawei, HiSilicon | Not treated |
R1‑125160 | On the backwards compatibility of the new carrier type | Huawei, HiSilicon | Not treated |
R1‑125161 | Uplink new carrier type - channel sounding issues | Huawei, HiSilicon | Not treated |
R1‑125162 | Identification of reasons for diverse evaluation results in the SI | Huawei, HiSilicon | Not treated |
R1‑125163 | Further considerations on reduction of maximum bandwidth for low cost MTC | Huawei, HiSilicon | Not treated |
R1‑125164 | On Release-11 PDSCH RE mapping and quasi-co-location behaviors | ETRI | Not treated |
R1‑125165 | Considerations on Scalable Bandwidth Support for UMTS FDD | China Unicom | Revised |
R1‑125166 | Introduction of Scalable Bandwidth Support for UMTS FDD | China Unicom | Not treated |
R1‑125167 | 25.211 CR0302 (Rel-8, F) Removal of the relative amplitude weighting factor between EAI and AI | ZTE | Noted |
R1‑125168 | 25.211 CR0303 (Rel-9, A) Removal of the relative amplitude weighting factor between EAI and AI | ZTE | Not treated |
R1‑125169 | 25.211 CR0304 (Rel-10, A) Removal of the relative amplitude weighting factor between EAI and AI | ZTE | Not treated |
R1‑125170 | 25.211 CR0305 (Rel-11, A) Removal of the relative amplitude weighting factor between EAI and AI | ZTE | Revised |
R1‑125171 | Remaining details for HARQ timing of PUSCH with cross-scheduling | Potevio | Not treated |
R1‑125172 | 25.214CR0694r1 (Rel-11, F) Multiflow Out-of-sync handling | Nokia Siemens Networks | Noted |
R1‑125173 | 25.211CR0306 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Noted - Revised |
R1‑125174 | 25.212CR0317 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Noted - Revised |
R1‑125175 | 25.214CR0699 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Revised |
R1‑125176 | 25.211CR0296r4 (Rel-11,B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Noted - Revised |
R1‑125177 | 25.212CR0312r4 (Rel-11, B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Noted - Revised |
R1‑125178 | 25.213CR0115r5 (Rel-11, B) Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Noted - Revised |
R1‑125179 | 25.214CR0688r4 (Rel-11, B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Noted - Revised |
R1‑125180 | Text proposal for HetNet deployment scenarios | Nokia Siemens Networks | Noted |
R1‑125181 | On enhancements of CS voice services in UMTS | Nokia Siemens Networks | Noted |
R1‑125182 | 25.211 CR0307 (Rel-11, F) Clarification of TTI Alignment | Qualcomm Incorporated | Noted - Revised |
R1‑125183 | 25.212 CR0318 (Rel-11, F) Clarification of HS-SCCH order information | Qualcomm Incorporated | Noted - Revised |
R1‑125184 | 25.214 CR0700 (Rel-11, F) Clarification of the random access procedure for Concurrent TTI Deployment | Qualcomm Incorporated | Noted - Revised |
R1‑125185 | Boosting with UL 64QAM | Qualcomm Incorporated | Noted |
R1‑125186 | Mobility issues in Co-channel Hetnet deployments | Qualcomm Incorporated | Noted |
R1‑125187 | System Performance of Hetnets in co-channel deployments | Qualcomm Incorporated | Noted |
R1‑125188 | Uplink Interference Issues and Solutions in Co-channel Scenarios | Qualcomm Incorporated | Noted |
R1‑125189 | TP on Uplink Interference Issues in Co-channel Hetnet Scenarios | Qualcomm Incorporated | Not treated |
R1‑125190 | Uplink/Downlink Imbalance Issues and Solutions in Co-channel Scenarios | Qualcomm Incorporated | Noted |
R1‑125191 | TP on Uplink/Downlink Imbalance Issues in Co-channel Hetnet Scenarios | Qualcomm Incorporated | Not treated |
R1‑125192 | Range Expansion in Multicarrier and Multiflow Deployments | Qualcomm Incorporated | Noted |
R1‑125193 | TP on Range Expansion in Multicarrier and Multiflow Deployments | Qualcomm Incorporated | Not treated |
R1‑125194 | Flexible Bandwidth Usage for UMTS FDD | Qualcomm Incorporated | Noted |
R1‑125195 | Coverage Enhancement for Low-cost MTC Ues | HTC | Not treated |
R1‑125196 | Outstanding Aspects of Antenna Ports Quasi Co-location | Ericsson, ST-Ericsson | Noted |
R1‑125197 | Relation Between Configured ZP CSI-RS Resources and IMRs | Ericsson, ST-Ericsson | Noted |
R1‑125198 | Details of PDSCH Resource Element Mapping | Ericsson, ST-Ericsson | Noted |
R1‑125199 | Transmission of PDSCH in the First OFDM Symbol | Ericsson, ST-Ericsson | Noted |
R1‑125200 | On Interference Measurements Based on CSI-IM | Ericsson, ST-Ericsson | Revised |
R1‑125201 | Remaining Details of Joint Operation of CoMP and CA | Ericsson, ST-Ericsson | Noted |
R1‑125202 | CSI Process Inheritance for Periodic Feedback Modes | Ericsson, ST-Ericsson | Not treated |
R1‑125203 | Correction to assumed CSI-RS transmissions in secondary cells | Ericsson, ST-Ericsson | Agreed in principle |
R1‑125204 | Coverage Extenssion for MTC UEs | General Dynamics Broadband | Not treated |
R1‑125205 | Requirements for coverage improvement to MTC devices | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑125206 | On UL Interference for CB ICIC | Ericsson | Revised |
R1‑125207 | On operational carrier selection for CB ICIC | Ericsson | Not treated |
R1‑125208 | DRAFT Response LS on SCell Paging Configuration | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑125209 | Revision to 3GPP TR 36.888 to include aspects for of coverage improvement study. | Vodafone Group | Not treated |
R1‑125210 | Power scaling handling for Multi-RAB | Ericsson, ST-Ericsson | Noted - Revised |
R1‑125211 | Correction to the Multiflow Channel Coding for HS-DPCCH | Ericsson, ST-Ericsson | Noted |
R1‑125212 | 25.211 CR0297R4 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.211 | Ericsson | Revised |
R1‑125213 | 25.212 CR0313R3 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.212 | Ericsson | Revised |
R1‑125214 | 25.213 CR0116R4 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.213 | Ericsson | Revised |
R1‑125215 | 25.214 CR0689R3 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.214 | Ericsson | Revised |
R1‑125216 | Link Simulation Assumptions for Evaluating Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125217 | Performance Impact on Legacy UE with Co-Channel Deployment in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125218 | Initial System Level Simulation Results with Co-Channel Deployment in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125219 | Range Expansion in Co-Channel Deployment in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125220 | Combined Cell Deployment Scenarios in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125221 | Link Level Performance with Combined Cell in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125222 | Uplink Performance with Combined Cell in Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125223 | On Control Channel Robustness for Heterogeneous Networks | Ericsson, ST-Ericsson | Noted |
R1‑125224 | Remaining details of aperiodic CSI triggering | Texas Instruments | Noted |
R1‑125225 | Location of PSS/SSS on the New Carrier Type | Texas Instruments | Not treated |
R1‑125226 | Considerations on Scalable Bandwidth Support for UMTS FDD | China Unicom, Huawei, HiSilicon | Noted |
R1‑125227 | Resource Efficient Implicit PUCCH Resource Allocation for ePDCCH | Research In Motion UK Limited | Not treated |
R1‑125228 | draft CR for 36.212 for rel-11 | Huawei | Noted - Revised |
R1‑125229 | draft CR for 36.213 for rel-11 | Motorola Mobility | Noted - Revised |
R1‑125230 | 25.214CR0699r1 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Noted - Revised |
R1‑125231 | Remaining details on PUCCH resource allocation for EPDCCH | Intel Corporation | Noted |
R1‑125232 | Discussion on design of PSS and SSS for NCT | New Postcom | Not treated |
R1‑125233 | PUCCH resource for E-PDCCH | CATT | Noted |
R1‑125234 | ePDCCH Blind decoding | Ericsson, ST-Ericsson | Noted |
R1‑125235 | ePDCCH Search Space | Ericsson, ST-Ericsson | Noted |
R1‑125236 | Configuration of ePDCCH resources | Ericsson, ST-Ericsson | Noted |
R1‑125237 | On synchronised new carriers | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T | Not treated |
R1‑125238 | On association between DM-RS ports and EPDCCH transmission | ZTE | Not treated |
R1‑125239 | Low-cost MTC Traffic Models and Characteristics | Fujitsu | Noted |
R1‑125240 | Details on antenna port association for EPDCCH | LG Electronics | Noted |
R1‑125241 | PUCCH A/N resource allocation for EPDCCH | LG Electronics | Not treated |
R1‑125242 | DCI signalling in DCI format 2D and fallback operation in TM10 | Sharp | Not treated |
R1‑125243 | Draft_CR(36.213 Rel-8 CatF) correction on UE procedure for reporting HARQ-ACK | Intel Corporation | Not treated |
R1‑125244 | Frequency hopping for unsynchronized new carrier type TRS | New Postcom | Not treated |
R1‑125245 | On collision between DM RS and PSS/SSS in new carrier | Intel Corporation | Not treated |
R1‑125246 | Draft CR for TS36.300 on Introduction of CoMP | Samsung, Fujitsu, CHTTL, Alcatel Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, ST-Ericsson, Huawei, HiSilicon | Endorsed |
R1‑125247 | Analysis of coverage improvement for low-cost MTC LTE UEs | CATT | Noted |
R1‑125248 | Remaining details for quasi co-location behavior | NTT DOCOMO | Noted |
R1‑125249 | Remaining details on PDSCH rate matching behaviour | ZTE | Not treated |
R1‑125250 | Remaining details of downlink control signalling for DL CoMP | ZTE | Not treated |
R1‑125251 | On power scaling in Multi-RAB | Ericsson, ST-Ericsson | Noted |
R1‑125252 | Parallel SRS transmission in multiple TA | Pantech | Noted |
R1‑125253 | Way Forward on PDCCH order for Scell | LG Electronics, Panasonic, Texas Instruments | Noted |
R1‑125254 | Proposed procedure to decide BD trials | Panasonic | Noted |
R1‑125255 | Release 11 Feature Lists – Testing and Certification Aspects | RAN5, NTT DoCoMo | Noted |
R1‑125256 | Reply LS on UE measurements in support of the two-stage MIMO OTA test method | RAN5, Agilent | Noted |
R1‑125257 | Signaling quasi co-location between CRS and CSI-RS | Nokia Siemens Networks, Nokia | Noted |
R1‑125258 | Way Forward on half duplex UEs for TDD inter-band CA in Rel-11 | CATT, CATR, CMCC, HiSilicon, Huawei, Intel, LGE, New Postcom, Nokia, Nokia Siemens Networks, Pantech, Potevio, RIM | Noted |
R1‑125259 | 25.224 CR0272 (Rel-11, F) Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Revised |
R1‑125260 | 25.211 CR0308 (Rel-11, F) Correction to common E-RGCH | Research In Motion UK Limited | Agreed |
R1‑125261 | 25.214 CR0697r1 (Rel-11, F) Clarification to the procedure of NodeB Triggered HS-DPCCH | Huawei, HiSilicon | Noted - Revised |
R1‑125262 | 25.211 CR0307r1 (Rel-11, F) Clarification of TTI Alignment | Qualcomm Incorporated | Agreed |
R1‑125263 | 25.212 CR0318r1 (Rel-11, F) Clarification of HS-SCCH order information | Qualcomm Incorporated | Agreed |
R1‑125264 | 25.214 CR0700r1 (Rel-11, F) Clarification of the random access procedure for Concurrent TTI Deployment | Qualcomm Incorporated | Agreed |
R1‑125265 | 25.224 CR0272r2 (Rel 11, F), Clarification about the frequency on which UE initiates uplink synchronization in enhanced CELL_PCH state for 1.28Mcps TDD | New Postcom, TD-TECH | Agreed |
R1‑125266 | 25.211 CR0297R5 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.211 | Ericsson | Noted - Revised |
R1‑125267 | 25.212 CR0313R4 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.212 | Ericsson | Noted - Revised |
R1‑125268 | 25.213 CR0116R5 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.213 | Ericsson | Noted - Revised |
R1‑125269 | 25.214 CR0689R4 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.214 | Ericsson | Noted - Revised |
R1‑125270 | 25.211CR0296r5 (Rel-11,B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Agreed |
R1‑125271 | 25.212CR0312r5 (Rel-11, B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Agreed |
R1‑125272 | 25.213CR0115r6 (Rel-11, B) Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Agreed |
R1‑125273 | 25.214CR0688r5 (Rel-11, B), Introduction of UL MIMO with 64QAM | Nokia Siemens Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, Huawei, InterDigital Communications LLC, Qualcomm Incorporated, Renesas Mobile Europe Ltd, Research in Motion, ST-Ericsson, ZTE | Agreed |
R1‑125274 | 25.211CR0306r1 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Agreed |
R1‑125275 | 25.212CR0317r1 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Agreed |
R1‑125276 | 25.214CR0699r2 (Rel-11, F), Clarifications and corrections to HSDPA Multiflow | Nokia Siemens Networks, Qualcomm Incorporated | Agreed |
R1‑125277 | 25.211 CR0305r1 (Rel-11, F) Removal of the relative amplitude weighting factor between EAI and AI | ZTE | Agreed |
R1‑125278 | 21.214CR0697r2 (Rel-11, F) Clarification to the procedure of NodeB Triggered HS-DPCCH | Huawei, HiSilicon | Agreed |
R1‑125279 | 25.214 CR0701 (Rel-11, F) Power scaling handling for Multi-RAB | Ericsson, ST-Ericsson | Agreed |
R1‑125280 | Chairman’s notes of the UTRA maintenance, Multiflow and MIMO with 64QAM for HSUPA sessions | HSPA session chairman (Nokia Siemens Networks) | Endorsed |
R1‑125281 | Summary of 4-branch MIMO for HSPA session | HSPA session chairman (Huawei) | Endorsed |
R1‑125282 | void | - | Withdrawn |
R1‑125283 | void | - | Withdrawn |
R1‑125284 | Discussion on further downlink MIMO enhancement | New Postcom | Withdrawn |
R1‑125285 | Way Forward on ECCE to EREG Mapping | LG Electronics, Panasonic, CATT, NTT DOCOMO, New Postcom, Huawei, HiSilicon, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑125286 | Coverage improvement for low-cost MTC UEs based on LTE | Samsung | Not treated |
R1‑125287 | 36.211 CR0174 (Rel-10, F) Correction to assumed CSI-RS transmissions in secondary cells | Ericsson, ST-Ericsson | Agreed |
R1‑125288 | 36.211 CR0175 (Rel-11, A) Correction to assumed CSI-RS transmissions in secondary cells | Ericsson, ST-Ericsson | Agreed |
R1‑125289 | 36.214 CR0019 (Rel-11, F) Correcting inconsistency between inter-RAT UTRA measurements and requirements | Ericsson, CATT, Renesas Mobile Europe Ltd, ST-Ericsson | Noted - Revised |
R1‑125290 | Remaining details of eREG / eCCE definitions for EPDCCH | Nokia, Nokia Siemens Networks | Noted |
R1‑125291 | Localized and distributed search spaces for EPDCCH | Nokia, Nokia Siemens Networks | Noted |
R1‑125292 | Way Forward on Parallel reception of PDSCH on Scell and Msg2 on Pcell for Rel-11 | ZTE, Texas Instruments, Qualcomm, China Telecom, CATR, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Not treated |
R1‑125293 | TP for TS36.300 on Introduction of CoMP | Samsung, Fujitsu, CHTTL | Noted |
R1‑125294 | Investigation of UL power control for carrier based ICIC | NTT DOCOMO | Revised |
R1‑125295 | On Interference Measurements Based on CSI-IM | Ericsson, ST-Ericsson | Noted |
R1‑125296 | [DRAFT] Response LS on Pcmax definition for the partial overlap period between different TAGs | Ericsson | Not treated |
R1‑125297 | Way Forwards on EPDCCH related to AI 6.2.3.3 | Ericsson, ST-Ericsson, Samsung, CATT, Qualcomm, New Postcom, Panasonic | Noted |
R1‑125298 | Way Forward on Cross-Carrier scheduling of SCell under EPDCCH operation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm, Ericsson, ST-Ericsson, Research in Motion, Panasonic, Mediatek | Noted |
R1‑125299 | [Draft] LS on agreement of parallel reception of PDSCH on SCell and Msg 2 on Pcell | ZTE | Noted - Revised |
R1‑125300 | On the need for CSI-RS – CRS quasi-co-location signalling | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Noted |
R1‑125301 | Outcome of Offline Discussions on Indication of PRB Pairs for an EPDCCH Set | Samsung | Not treated |
R1‑125302 | Way Forward on UE soft buffer handling for TDD inter-band CA with different UL-DL configurations | CATT, CATR, Ericsson, HiSilicon, Huawei , LG Electronics, Pantech, Potevio, Renesas Mobile Europe Ltd, ST-Ericsson | Noted |
R1‑125303 | Way forward on dynamic PUCCH resource allocation for FDD EPDCCH | Alcatel Lucent, Alcatel Lucent Shanghai Bell, CATT, Interdigital, Intel, New Postcom, Nokia, Nokia Siemens Networks, Panasonic, Research In Motion, Samsung, Sharp, Texas Instruments | Noted |
R1‑125304 | Way Forward for PUCCH resource allocation for EPDCCH in TDD | Nokia Siemens Networks, Nokia, Research In Motion, Samsung | Not treated |
R1‑125305 | Way Forward on PUSCH Case D | Samsung, CATR, CMCC, Intel, ITRI, Nokia, NSN, Potevio, Renesas | Noted |
R1‑125306 | Way Forward on soft buffer handling | Samsung, CMCC, ITRI, New Postcom, Panasonic, ZTE | Agreed |
R1‑125307 | Way Forward on PDSCH mapping in relation to ZP CSI-RS resources and IMRs | LG Electronics, Alcatel-Lucent, Alcatel-Lucent Shanghai-Bell, CATT, CHTTL, Ericsson, ST-Ericsson, ETRI, Nokia, Nokia Siemens Networks, Texas Instruments, ZTE | Noted |
R1‑125308 | Way Forward on fallback operation in TM10 | LG Electronics, Alcatel-Lucent, Alcatel-Lucent Shanghai-Bell, MediaTek, Nokia, Nokia Siemens Networks, Pantech, Qualcomm, Research In Motion | Noted |
R1‑125309 | Way Forward on semi-persistent scheduling in TM10 | LG Electronics, ETRI, Intel, Samsung | Noted - Revised |
R1‑125310 | TP to TR 36.888 for clause introduction, requirements and concepts | Vodafone Group | Not treated |
R1‑125311 | Way Forward on CSI-RS and CRS quasi co-location | NSN, Nokia, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, ST-Ericsson, MediaTek, Qualcomm | Noted |
R1‑125312 | TP on Simulation Assumptions for Evaluation of HSPA Heterogeneous Networks | Huawei | Agreed |
R1‑125313 | Way Forward on Quasi Co-location | NTT DOCOMO, I2R, Intel, Hitachi, Panasonic, SEQUANS, Fujitsu, NEC, Deutsche Telekom, CMCC, Nokia, NSN | Not treated |
R1‑125314 | Downlink Control Signaling for Rel. 11 CoMP | NTT DOCOMO | Noted |
R1‑125315 | Way Forward on Downlink Control Signaling for DCI format 2D | NTT DOCOMO, ETRI, Hitachi, I2R, Intel, Sony Corporation | Not treated |
R1‑125316 | Way Forward on DCI signalling in format 2D for PDSCH RE mapping and quasi-co-location of CSI-RS and DMRS | ZTE, Huawei, Hi Silicon, Panasonic, Qualcomm, Samsung, Sharp | Noted |
R1‑125317 | Way Forward on PDSCH RE mapping and rate matching for CoMP | Huawei, HiSilicon, Panasonic, Qualcomm | Noted |
R1‑125318 | Reply LS on Multiflow Timing | RAN4, Nokia Siemens Networks | Noted |
R1‑125319 | On UL Interference for CB ICIC | Ericsson, Kyocera | Not treated |
R1‑125320 | Way forward on half duplex operation for TDD inter-band CA with different UL-DL configurations | CATT | Not treated |
R1‑125321 | Way Forward on Downlink Control Signaling for PDSCH in TM10 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Nokia, Nokia Siemens Networks, Mediatek, Pantech, Renesas | Noted |
R1‑125322 | Way Forward on Downlink Control Signaling for PDSCH when CIF is configured | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, Nokia, Nokia Siemens, NTT Docomo | Noted |
R1‑125323 | Way forwards on EPDCCH blind decode split | Ericsson, ST-Ericsson, Huawei, HiSilicon, New Postcom, Renesas | Not treated |
R1‑125324 | Draft LS on RAN1 Endorsed CR for Introduction of CoMP in TS 36.300 | Samsung | Noted - Revised |
R1‑125325 | Way Forward on triggering mechanism for a 1-bit CSI request field | Huawei, HiSilicon, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Fujitsu, InterDigital, NEC, New Postcom, Nokia Siemens Networks, Nokia, Qualcomm, ZTE | Noted |
R1‑125326 | Way Forward on multiplexing for aperiodic CSI feedback | Huawei, HiSilicon, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Ericsson, Intel, NEC, Qualcomm, Samsung, ST-Ericsson, Texas Instruments | Noted |
R1‑125327 | LS on RAN1 Endorsed CR for Introduction of CoMP in TS 36.300 | RAN1, Samsung | Agreed |
R1‑125328 | Way Forward on Reference Process for Periodic CSI | Samsung, ZTE, LG Electronics, InterDigital, Intel, ETRI, KT | Noted |
R1‑125329 | Views on how to handle collision between PSS/SSS and DM RS | CATR | Withdrawn |
R1‑125330 | Way Forward on eCCE index mapping for PUCCH resource | ZTE, LGE, CATT, China Telecom | Noted |
R1‑125331 | Way Forward on UE complexity handling for CoMP and CA | Huawei, HiSilicon | Noted |
R1‑125332 | Draft LS on Additional Agreements on RRC Signaling for CoMP | Samsung | Noted - Revised |
R1‑125333 | Way Forward on EPDCCH BD split | Panasonic, Samsung, LG Electronics | Not treated |
R1‑125334 | Investigation of UL power control for carrier based ICIC | NTT DOCOMO | Not treated |
R1‑125335 | PRB indication for EPDCCH | NTT DoCoMO, HTC, Huawei | Noted |
R1‑125336 | Way Forward on CSI Process Definition | Samsung, Intel, Qualcomm, NEC, LG Electronics | Noted |
R1‑125337 | 36.212 CR0142 (Rel-10, F) Correction to the parameter ue-category-v10xy | New Postcom, NEC Group, Potevio | Agreed |
R1‑125338 | 36.212 CR0143 (Rel-11, A) Correction to the parameter ue-category-v10xy | New Postcom, NEC Group, Potevio | Agreed |
R1‑125339 | 36.213 CR0392 (Rel-10, F) Correction to the parameter ue-category-v10xy | New Postcom, NEC Group, Potevio | Agreed |
R1‑125340 | 36.213 CR0393 (Rel-11, A) Correction to the parameter ue-category-v10xy | New Postcom, NEC Group, Potevio | Agreed |
R1‑125341 | Draft LS on Additional Agreements on RRC Signaling for CoMP | Samsung | Noted - Revised |
R1‑125342 | Outcome of offline EPDCCH BD split | Offline rapporteur (Panasonic) | Noted |
R1‑125343 | LS on signalling of PRB pairs in an EPDCCH set | RAN1, NTT DoCoMo | Noted - Revised |
R1‑125344 | LS on signalling of PRB pairs in an EPDCCH set | RAN1, NTT DoCoMo | Agreed |
R1‑125345 | LS on signalling of the starting OFDM symbol and rate matching parameters for EPDCCH | RAN1, Alcatel-Lucent | Agreed |
R1‑125346 | Way Forward on rank inheritance between CSI Processes for Periodic CSI Modes | Ericsson, ST-Ericsson, Samsung, LGE | Noted |
R1‑125347 | NCT and Band Filling | AT&T | Not treated |
R1‑125348 | Way Forward on CB-ICIC | Huawei, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, HiSilicon, NTT DOCOMO, Qualcomm, Samsung, ST-Ericsson | Noted |
R1‑125349 | Way Forward for PSS/SSS on NCT cells | Samsung | Withdrawn |
R1‑125350 | Way Forward on PSS/SSS Details | Intel, CATT, HTC, MediaTek, Hitachi, CATR, CMCC, New Postcom, Pantech | Not treated |
R1‑125351 | Way Forward on Synchronized Carrier | Intel, CMCC, Ericsson, ST-Ericsson, CATR, Texas Instruments, CATT, Mediatek, Nokia Siemens Networks, Nokia, Renesas Mobile Europe Ltd, Interdigital, KDDI, NEC, Qualcomm | Not treated |
R1‑125352 | Proposal on data service and latency for coverage enhancement study | Vodafone Group | Not treated |
R1‑125353 | LS on Additional Agreements on RRC Signaling for CoMP | RAN1, Samsung | Agreed |
R1‑125354 | Way Forward on DMRS and PSS/SSS collisions for NCT | Huawei, HiSilicon, Ericsson, ST-Ericsson, LGE, NTT DoCoMo, Texas Instruments | Not treated |
R1‑125355 | Way Forward on CB-ICIC LS reply to RAN3 | Nokia Siemens Networks, Nokia, DAC-UPC, Fujitsu, New Postcom | Noted |
R1‑125356 | Outcome of offline discussion on the TBS determination | LGE | Not treated |
R1‑125357 | On New Carrier Type | Ericsson | Not treated |
R1‑125358 | 25.211 CR0297R6 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.211 | Ericsson | Agreed |
R1‑125359 | 25.212 CR0313R5 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.212 | Ericsson | Agreed |
R1‑125360 | 25.213 CR0116R6 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.213 | Ericsson | Agreed |
R1‑125361 | 25.214 CR0689R5 (Rel-11, B) Introduction of 4Tx_HSDPA in 25.214 | Ericsson | Agreed |
R1‑125362 | Text proposal for TR 36.888 to align with the updated SID on low cost MTC | Huawei, HiSilicon | Noted - Revised |
R1‑125363 | Text proposal for TR 36.888 on coverage improvement | Huawei, HiSilicon | Agreed |
R1‑125364 | Offline MTC discussion notes | Huawei | Noted |
R1‑125365 | Way Forward on Synchronized Carrier in NCT | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, HiSilicon, LG Electronics, New Postcom, Pantech, Sony Corporation, ZTE | Not treated |
R1‑125366 | Way Forward on Evaluation Assumptions for Downlink MIMO Enhancement | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T | Noted |
R1‑125367 | Details on Search space and Aggregation Levels | LG Electronics | Not treated |
R1‑125368 | Way Forward on SPS PDSCH in TM10 | LG Electronics, Intel, Samsung | Agreed |
R1‑125369 | Way Forward on Quasi Co-location | NTT DOCOMO, I2R, Intel, Hitachi, Panasonic, SEQUANS, Fujitsu, NEC, Deutsche Telekom, CMCC, Nokia, NSN | Noted |
R1‑125370 | Way Forward on Interference Averaging for CSI-IM | Renesas, Ericsson, ST-Ericsson, Texas Instruments, Interdigital, Huawei, HiSilicon, Samsung, AT&T, ZTE | Noted |
R1‑125371 | Summary of CoMP QCL APs Session | Ad-hoc chairman (Ericsson) | Endorsed |
R1‑125372 | Summary of carrier-based HetNet ICIC Session | Ad-hoc chairman (NTT DOCOMO) | Endorsed |
R1‑125373 | Summary of CA TDD Session | Ad-hoc chairman (Samsung) | Endorsed |
R1‑125374 | Summary of CoMP CSI Feedback Modes Session | Ad-hoc chairman (Samsung) | Endorsed |
R1‑125375 | Summary of Low-cost MTC LTE UE Session | Ad-hoc chairman (NTT DOCOMO) | Endorsed |
R1‑125376 | [DRAFT] LS on Possibility for Overlap between PDSCH and PDCCH Control Region | Ericsson | Noted - Revised |
R1‑125377 | Search space equation offline results | Ad-hoc chairman (Panasonic) | Not treated |
R1‑125378 | WF on EPDCCH BD split | Huawei, HiSilicon, Ericsson, ST-Ericsson | Noted |
R1‑125379 | Hashing function for localised ePDCCH | Nokia, Nokia Siemens Networks | Noted |
R1‑125380 | Joint proposal on PUSCH rate matching with SRS | LG Electronics, CATT, Panasonic, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Qualcomm, Ericsson, ST-Ericsson, Intel Corporation | Agreed |
R1‑125381 | Simulations assumptions for SCH and data channel | Huawei, Ericsson, Qualcomm, MediaTek, CATT, LG Electronics, HiSilicon, ST-Ericsson | Noted |
R1‑125382 | Outcome of Ad-hoc offline on PUCCH resource allocation for TDD | Ad-hoc chairman (NSN) | Noted |
R1‑125383 | Draft LS response on carrier based ICIC | Huawei | Noted - Revised |
R1‑125384 | Proposed changes on periodic RI-reference-process | CATT | Agreed |
R1‑125385 | Draft LS on Further Agreements on RRC Signaling for CoMP | Samsung | Noted - Revised |
R1‑125386 | 36.213 CR0394 (Rel-10, F) Correction of reference signal scrambling sequence initialization for SPS in transmission mode 7 | ASUSTeK, Intel, Samsung, NEC, Texas Instruments, Huawei, Hi-Silicon | Agreed |
R1‑125387 | LS on Further Agreements on RRC Signaling for CoMP | RAN1, Samsung | Agreed |
R1‑125388 | WF on UE capability for the joint operation of downlink CoMP and CA | Huawei, HiSilicon, Qualcomm, Samsung, Renesas | Noted |
R1‑125389 | Draft LS on UE capability for the joint operation of downlink CoMP and CA | Huawei | Noted - Revised |
R1‑125390 | Way Forward on antenna port association for EPDCCH | CATT | Not treated |
R1‑125391 | Way Forward on UE capability for CoMP with CA | LG Electronics, Nokia, Nokia Siemens Networks | Noted |
R1‑125392 | LS on UE capability for the joint operation of downlink CoMP and CA | RAN1, Huawei | Agreed |
R1‑125393 | LS on Possibility for Overlap between PDSCH and PDCCH Control Region | RAN1, Ericsson | Agreed |
R1‑125394 | LS response on antenna ports co-location | RAN1, Ericsson | Agreed |
R1‑125395 | Response LS on Pcmax definition for the partial overlap period between different TAGs | RAN1, Ericsson | Agreed |
R1‑125396 | LS on agreement of parallel reception of PDSCH on SCell and Msg 2 on Pcell | RAN1, ZTE | Agreed |
R1‑125397 | 36.213 CR0395 (Rel-11, A) Correction of reference signal scrambling sequence initialization for SPS in transmission mode 7 | ASUSTeK, Intel, Samsung, NEC, Texas Instruments, Huawei, Hi-Silicon | Agreed |
R1‑125398 | LS response on carrier based ICIC | RAN1, Huawei | Agreed |
R1‑125399 | 36.214 CR0019R1 (Rel-11, F) Correcting inconsistency between inter-RAT UTRA measurements and requirements | Ericsson, CATT, Renesas Mobile Europe Ltd, ST-Ericsson | Agreed |
R1‑125400 | 25.201 CR0040 (Rel-11, B) Introduction of uplink MIMO and 64QAM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑125401 | 36.201 CR0007 (Rel-11, B) Introduction of Rel-11 features | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | Agreed |
R1‑125402 | 36.211 CR0176 (Rel-11, C) Finalisation for introducing Rel-11 features | Editor (Ericsson) | Agreed |
R1‑125403 | 36.212 CR0144 (Rel-11, C) Finalisation for introducing Rel-11 features | Editor (Huawei) | Agreed |
R1‑125404 | 36.213 CR0396 (Rel-11, C) Finalisation for introducing Rel-11 features | Editor (Motorola Mobility) | Agreed |
R1‑125405 | Conclusion of offline EPDCCH BD split | Offline rapporteur (Panasonic) | Agreed |
R1‑125406 | Text proposal for TR 36.888 to align with the updated SID on low cost MTC | Huawei (email rapporteur) | Agreed |
R1‑125407 | Link Simulation Assumptions for Modeling HS-DPCCH Performance | Qualcomm Incorporated | Agreed |
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