3GPP TDocs (written contributions) at meeting
Meeting: R1-81 - 2015-05-25 to 2015-05-29, Fukuoka
meeting id: R1-81 (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| R1‑152430 | Draft Agenda | RAN1 Chair | - |
| R1‑152431 | Final Report of RAN1#80bis meeting | ETSI | - |
| R1‑152432 | Response to Reply LS on paging for MTC | SA2, Vodafone | - |
| R1‑152433 | LS on Wireless Fronthaul Transport Requirements over Access Systems | ITU-T Study Group 15, Huawei, NTT DOCOMO | - |
| R1‑152434 | Reply LS on RAN1 agreements on PUCCH on SCell for CA | RAN2, NTT DOCOMO | - |
| R1‑152435 | LS reply to RAN1 on HARQ retransmission for LAA | RAN2, Ericsson | - |
| R1‑152436 | Reply LS on public safety discovery | RAN2, Intel | - |
| R1‑152437 | LS on Text Proposal for TR 25.705 | RAN2, Ericsson | - |
| R1‑152438 | LS on RAN2 Multiflow 3F-4C agreements | RAN2, Nokia | - |
| R1‑152439 | Sidelink measurements for relay UE selection | RAN2, LGE | - |
| R1‑152440 | LS on a new measurement quantity for Multicarrier Load Distribution | RAN2, NTT DOCOMO | - |
| R1‑152441 | LS reply on paging for MTC | RAN2, Ericsson | - |
| R1‑152442 | Response LS on Paging Optimization | RAN3, Alcatel-Lucent | - |
| R1‑152443 | LS on RAN2 TP to TR 36.889 | RAN2, Huawei, Ericsson | - |
| R1‑152444 | Clarification on Power control for PCM2 | Huawei, Hisilicon | - |
| R1‑152445 | UE behaviour in DC when the maximum uplink timing difference is larger than T_threshold | Huawei, Hisilicon | - |
| R1‑152446 | On the specification and use of narrowbands | Huawei, HiSilicon | - |
| R1‑152447 | Considerations on blind decoding for MTC UEs | Huawei, HiSilicon | - |
| R1‑152448 | Configuring combinations of repetition level and aggregation level | Huawei, HiSilicon | - |
| R1‑152449 | On initialization of physical downlink control channel for MTC | Huawei, HiSilicon | - |
| R1‑152450 | On PDSCH narrowband location options | Huawei, HiSilicon | - |
| R1‑152451 | PUSCH for MTC and Coverage Enhancement | Huawei, HiSilicon | - |
| R1‑152452 | On the configuration and use of the new PUCCH region | Huawei, HiSilicon | - |
| R1‑152453 | PRACH resource multiplexing and indication in coverage enhancement | Huawei, HiSilicon | - |
| R1‑152454 | On coverage enhancement determination during random access procedure | Huawei, HiSilicon | - |
| R1‑152455 | PRACH frequency hopping | Huawei, HiSilicon | - |
| R1‑152456 | On transmit power and power ramping for PRACH in coverage enhancement | Huawei, HiSilicon | - |
| R1‑152457 | Subframes for PBCH repetition | Huawei, HiSilicon | - |
| R1‑152458 | On MTC SIB transmission | Huawei, HiSilicon | - |
| R1‑152459 | On RAR transmission for MTC | Huawei, HiSilicon | - |
| R1‑152460 | Further considerations on simultaneous transmission for MTC UEs | Huawei, HiSilicon | - |
| R1‑152461 | Remaining issues for PUCCH on Scell | Huawei, HiSilicon | - |
| R1‑152462 | New PUCCH format design to support UCI transmission for up to 32 component carriers | Huawei, HiSilicon | - |
| R1‑152463 | HARQ-ACK Codebook size determination and fallback operation for up to 32 component carriers | Huawei, HiSilicon | - |
| R1‑152464 | Enhancements to CSI feedback for CA beyond 5 carriers | Huawei, HiSilicon | - |
| R1‑152465 | Power control to support up to 32 component carriers | Huawei, HiSilicon | - |
| R1‑152466 | UE-to-Network relay association procedure | Huawei, HiSilicon | - |
| R1‑152467 | Discussion on resource assignment to support UE-to-Network relay | Huawei, HiSilicon | - |
| R1‑152468 | SLSS transmission and PSBCH signalling for Rel-13 discovery | Huawei, HiSilicon | - |
| R1‑152469 | Coexistence evaluations and parameters for LBT category 4 for LAA with DL transmissions | Huawei, HiSilicon | - |
| R1‑152470 | Frame structure for LAA DL and UL transmission operation | Huawei, HiSilicon | - |
| R1‑152471 | Discontinuous transmission and partial subframe design for LAA | Huawei, HiSilicon | - |
| R1‑152472 | Further discussion on RRM measurement and DRS design for LAA | Huawei, HiSilicon | - |
| R1‑152473 | Transmission schemes and CSI support for LAA | Huawei, HiSilicon | - |
| R1‑152474 | Support for UE synchronization on a LAA Scell | Huawei, HiSilicon | - |
| R1‑152475 | DL control channel for LAA | Huawei, HiSilicon | - |
| R1‑152476 | Discussions on DL/UL scheduling for LAA | Huawei, HiSilicon | - |
| R1‑152477 | Performance evaluation for CSI and CSI-RS enhancements | Huawei, HiSilicon | - |
| R1‑152478 | Proposals for CSI-RS and CSI feedback in TR | Huawei, HiSilicon | - |
| R1‑152479 | Discussion on CSI-RS and CSI measurement for beamformed CSI-RS based scheme | Huawei, HiSilicon | - |
| R1‑152480 | Potential enhancements on CSI-RS and CSI measurement for hybrid beamformed CSI-RS and non-precoded CSI-RS based scheme | Huawei, HiSilicon | - |
| R1‑152481 | Potential enhancement for CSI feedback based on beamformed CSI-RS | Huawei, HiSilicon | - |
| R1‑152482 | Discussion on potential enhancements on CSI feedback based on hybrid beamformed CSI-RS and non-precoded CSI-RS scheme | Huawei, HiSilicon | - |
| R1‑152483 | Potential enhancements on non-precoded CSI-RS and CSI measurement | Huawei, HiSilicon | - |
| R1‑152484 | Codebook enhancement for EBF/FD-MIMO | Huawei, HiSilicon | - |
| R1‑152485 | Discussion on potential enhancements related to non-precoded CSI-RS based CSI feedback scheme | Huawei, HiSilicon | - |
| R1‑152486 | SRS enhancements with 4Tx switching | Huawei, HiSilicon | - |
| R1‑152487 | SRS transmission on PUSCH resources | Huawei, HiSilicon | - |
| R1‑152488 | Performance evaluation for DMRS enhancement from field trials | Huawei, HiSilicon | - |
| R1‑152489 | Proposals for DMRS enhancement | Huawei, HiSilicon | - |
| R1‑152490 | Discussion of proposed RRM measurement enhancement | Huawei, HiSilicon | - |
| R1‑152491 | On traffic model for superposition transmission | Huawei, HiSilicon | - |
| R1‑152492 | Remaining details of evaluation methodology for superposition transmission | Huawei, HiSilicon | - |
| R1‑152493 | Candidate schemes for superposition transmission | Huawei, HiSilicon | - |
| R1‑152494 | PRB group definition for MTC | Ericsson | - |
| R1‑152495 | Frequency hopping for MTC | Ericsson | - |
| R1‑152496 | HARQ timing for MTC | Ericsson | - |
| R1‑152497 | Retuning gaps for MTC | Ericsson | - |
| R1‑152498 | DCI content for MTC | Ericsson | - |
| R1‑152499 | ECCE mapping for MTC | Ericsson | - |
| R1‑152500 | M-PDCCH aggregation for MTC | Ericsson | - |
| R1‑152501 | M-PDCCH initialization for MTC | Ericsson | - |
| R1‑152502 | M-PDCCH link performance for MTC | Ericsson | - |
| R1‑152503 | PDSCH link performance for MTC | Ericsson | imported from 3GU |
| R1‑152504 | PUSCH link performance for MTC | Ericsson | - |
| R1‑152505 | PUCCH resource allocation for MTC | Ericsson | - |
| R1‑152506 | PUCCH link performance for MTC | Ericsson | - |
| R1‑152507 | CSI definition for MTC | Ericsson | - |
| R1‑152508 | PRACH resource allocation for MTC | Ericsson | - |
| R1‑152509 | PRACH link performance for MTC | Ericsson | imported from 3GU |
| R1‑152510 | Subframe for PBCH repetition | Ericsson | - |
| R1‑152511 | SIB link performance for MTC | Ericsson | - |
| R1‑152512 | Random access for MTC | Ericsson | - |
| R1‑152513 | Paging for MTC | Ericsson | - |
| R1‑152514 | TBCC vs turbo coding for MTC | Ericsson | - |
| R1‑152515 | Clarification on Different TDD configurations for OTDOA in CA | Ericsson | - |
| R1‑152516 | Updated Baseline Evaluation Results of OTDOA | Ericsson | - |
| R1‑152517 | Revised Simulation Results on Impact from Imperfect Network synchronization | Ericsson | - |
| R1‑152518 | Summary of Baseline Evaluation Results of OTDOA | Ericsson | - |
| R1‑152519 | PRS Pattern Enhancement for Indoor Positioning | Ericsson | - |
| R1‑152520 | Enhanced PRS Transmission for Indoor Positioning | Ericsson | - |
| R1‑152521 | Reference Cell Selection with Location Server Support | Ericsson | - |
| R1‑152522 | void | ETSI | imported from 3GU |
| R1‑152523 | Final Report of RAN1#80bis meeting | ETSI | - |
| R1‑152524 | LS out on Different TDD Configurations for OTDOA | RAN4, Ericsson | - |
| R1‑152525 | LS on the issue of 1.4MHz MBMS test | RAN4, Huawei | - |
| R1‑152526 | LS to RAN1: relevant existing regulatory requirements for unlicensed spectrum deployment in the 5GHz bands | RAN4, Ericsson | - |
| R1‑152527 | Reply LS on support of narrowband operation for MTC | RAN4, Huawei | - |
| R1‑152528 | LS on additional aspects for MTC | RAN4, Ericsson | - |
| R1‑152529 | LS: Text Proposal to TR 36.889 | RAN4, Huawei | - |
| R1‑152530 | LS on C-IoT/MTC data transmission targets for security-related procedures | SA3, Vodafone | - |
| R1‑152531 | Follow-up Liaison Statement Regarding LAA | IEEE 802 | - |
| R1‑152532 | void | ETSI | imported from 3GU |
| R1‑152533 | void | ETSI | imported from 3GU |
| R1‑152534 | void | ETSI | imported from 3GU |
| R1‑152535 | void | ETSI | imported from 3GU |
| R1‑152536 | UE-to-Network relay discovery and UE selection | General Dynamics UK Limited | - |
| R1‑152537 | Discovery for partial and outside network coverage | General Dynamics UK Limited | - |
| R1‑152538 | Frequency Hopping for UEs in Coverage Enhancement | Nokia Networks | - |
| R1‑152539 | Timing Relationship for MTC | Nokia Networks | - |
| R1‑152540 | Physical Downlink Control Channel for MTC | Nokia Networks | - |
| R1‑152541 | TBS Design for Coverage Enhancement | Nokia Networks | - |
| R1‑152542 | DCI Design for MTC | Nokia Networks | - |
| R1‑152543 | UE-Specific M-PDCCH Initialization for MTC | Nokia Networks | - |
| R1‑152544 | PDSCH Coverage Enhancement Techniques | Nokia Networks | - |
| R1‑152545 | PUSCH Coverage Enhancement Techniques | Nokia Networks | - |
| R1‑152546 | PUCCH Consideration for MTC | Nokia Networks | - |
| R1‑152547 | CQI Consideration for MTC | Nokia Networks | - |
| R1‑152548 | PRACH Configuration for MTC UEs | Nokia Networks | - |
| R1‑152549 | Remaining Details of Random Access in Coverage Enhancement | Nokia Networks | - |
| R1‑152550 | Remaining Details of PBCH Repetition | Nokia Networks | - |
| R1‑152551 | MTC SIB Transmission | Nokia Networks | - |
| R1‑152552 | RAR Transmission | Nokia Networks | - |
| R1‑152553 | Paging Transmission | Nokia Networks | - |
| R1‑152554 | Simultaneous Reception of Unicast and Broadcast for MTC UE | Nokia Networks | - |
| R1‑152555 | Convolution Coding for PUSCH Bundling | Nokia Networks | - |
| R1‑152556 | Narrowband design for Rel-13 low complexity UEs | CATT | - |
| R1‑152557 | Detailed design of M-PDCCH | CATT | - |
| R1‑152558 | Further evaluation of PUSCH | CATT | - |
| R1‑152559 | Considerations on PUCCH resource allocation for Rel-13 low complexity UEs and UEs in enhanced coverage | CATT | - |
| R1‑152560 | Remaining issues on PRACH design | CATT | - |
| R1‑152561 | Remaining issues on PBCH repetition design | CATT | - |
| R1‑152562 | Common message transmission for Rel-13 low complexity UEs and UEs in enhanced coverage | CATT | - |
| R1‑152563 | RSRP measurement for UEs in enhanced overage | CATT | - |
| R1‑152564 | Remaining issues on PUCCH on SCell for Rel-13 CA | CATT | - |
| R1‑152565 | Remaining issues on DL control design for cross-carrier scheduling | CATT | - |
| R1‑152566 | Discussion on false detection of DL grant with up to 32 DL CCs | CATT | - |
| R1‑152567 | Discussion on joint DCI to support up to 32 CCs | CATT | - |
| R1‑152568 | New PUCCH format(s) for up to 32 CCs | CATT | - |
| R1‑152569 | HARQ-ACK transmission for up to 32 CCs | CATT | - |
| R1‑152570 | UCI feedback on PUSCH for up to 32 CCs | CATT | - |
| R1‑152571 | CSI feedback for up to 32 CCs | CATT | - |
| R1‑152572 | Overviews on UE-to-Network Relay procedure and Relay UE selection | CATT | - |
| R1‑152573 | Measurement for UE-to-Network Relay | CATT | - |
| R1‑152574 | Resource allocation for UE-to-Network relay operation | CATT | - |
| R1‑152575 | SLSS transmission for public safety discovery | CATT | - |
| R1‑152576 | Further discussion on frame based LBT | CATT | - |
| R1‑152577 | Design of LBT category 4 | CATT | - |
| R1‑152578 | Schemes for LAA DL data transmissions | CATT | - |
| R1‑152579 | Frequency reuse for LBE | CATT | - |
| R1‑152580 | Frame structure considerations for LAA | CATT,CATR | - |
| R1‑152581 | Discontinuous transmission for LAA | CATT | - |
| R1‑152582 | DRS design for LAA | CATT | - |
| R1‑152583 | CSI measurement for LAA | CATT | - |
| R1‑152584 | DL/UL scheduling for LAA | CATT | - |
| R1‑152585 | Evaluation of CSI-RS beamforming with fully-connected TXRU mapping | CATT | - |
| R1‑152586 | Evaluation of CSI-RS beamforming with subarray TXRU mapping | CATT | - |
| R1‑152587 | Standard enhancement to CSI-RS beamforming | CATT | - |
| R1‑152588 | Reciprocity-based FD-MIMO and performance evaluation | CATT | - |
| R1‑152589 | DMRS enhancements for high-order MU-MIMO in FD-MIMO | CATT | - |
| R1‑152590 | Summary of CSI enhancement and standardization impacts | CATT | - |
| R1‑152591 | Further results on CSI-RS coverage of non-precoded CSI-RS | CATT | - |
| R1‑152592 | Discussion on feedback enhancement for non-precoded CSI-RS | CATT | - |
| R1‑152593 | Considerations on MU-CSI enhancement | CATT | - |
| R1‑152594 | Configurable codebook design for FD MIMO | CATT | - |
| R1‑152595 | Evaluation of codebook enhancement for FD-MIMO | CATT | - |
| R1‑152596 | Remaining simulation assumptions for superposition coding | CATT | - |
| R1‑152597 | Initial evaluation results of superposition coding | CATT | - |
| R1‑152598 | [Draft] Reply LS on Different TDD Configurations for OTDOA in CA | Ericsson Inc. | - |
| R1‑152599 | Discussion on frequency hopping for low cost MTC | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152600 | Considerations for M-PDCCH | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152601 | Consideration on DCI for LC-MTC | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152602 | PDSCH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152603 | PUSCH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152604 | PUCCH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152605 | PRACH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152606 | Remaining issues for PBCH for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152607 | Considerations on Common Control Messages for LC-MTC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152608 | LC-MTC UE behaviour on simultaneous reception of multiple TBs | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152609 | Improved RSTD Reporting | Ericsson Inc. | - |
| R1‑152610 | TR 37.857 v0.3.0 Study on Indoor Positioning Enhancements for UTRA and LTE | NextNav | - |
| R1‑152611 | Opportunities for RSTD estimation error reductions | Acorn Technologies | - |
| R1‑152612 | [Draft] Updated reply LS on Type 2 PH reporting | Intel Corporation | - |
| R1‑152613 | On narrowband operations and timing relationships for MTC | Intel Corporation | - |
| R1‑152614 | On measurement and retuning gaps for MTC | Intel Corporation | - |
| R1‑152615 | Coverage enhancements for M-PDCCH | Intel Corporation | - |
| R1‑152616 | Remaining aspects of PDSCH for MTC | Intel Corporation | - |
| R1‑152617 | Remaining details of PUSCH coverage enhancements | Intel Corporation | - |
| R1‑152618 | Enhancements to PUCCH for MTC | Intel Corporation | - |
| R1‑152619 | Remaining details of PRACH resource configuration and RACH procedure | Intel Corporation | - |
| R1‑152620 | On RAR scheduling and transmission for MTC | Intel Corporation | - |
| R1‑152621 | On paging enhancements for MTC | Intel Corporation | - |
| R1‑152622 | Remaining issues for PUCCH on SCell | Intel Corporation | - |
| R1‑152623 | Discussion on DL control signaling for Rel-13 CA | Intel Corporation | - |
| R1‑152624 | Initial Simulation Results of UL SINR for UCI Feedback Design for CA Enhancement | Intel Corporation | - |
| R1‑152625 | HARQ-ACK feedback for CA with up to 32 CCs | Intel Corporation | - |
| R1‑152626 | Discussion on potential CSI enhancements for CA with up to 32 component carriers | Intel Corporation | - |
| R1‑152627 | On number of soft channel bits and soft buffer management for CA with up to 32 component carriers | Intel Corporation | - |
| R1‑152628 | Discussion on UE-to-NW Relay Concurrent Processes | Intel Corporation | - |
| R1‑152629 | D2D Discovery Support in the Presence of Multiple Carriers and PLMNs | Intel Corporation | - |
| R1‑152630 | Performance of the baseline FD-MIMO cases | Intel Corporation | - |
| R1‑152631 | Discussion on CSI enhancements using beamformed CSI-RS for FD-MIMO systems | Intel Corporation | - |
| R1‑152632 | On the performance of the Kronecker product based CSI feedback | Intel Corporation | - |
| R1‑152633 | On PRB bundling enhancements for FD-MIMO systems | Intel Corporation | - |
| R1‑152634 | Summary of System Level Analysis for Indoor User Positioning | Intel Corporation | - |
| R1‑152635 | OTDOA Performance in Shared Cell ID Scenario | Intel Corporation | - |
| R1‑152636 | Analysis of D2D Aided User Positioning | Intel Corporation | - |
| R1‑152637 | Text Proposal on D2D-Aided Positioning for the 3GPP TR 37.857 | Intel Corporation | - |
| R1‑152638 | Discussion on target scenario and physical channels for MUST evaluations | Intel Corporation | - |
| R1‑152639 | Discussion on the remaining details of MUST evaluation methodology | Intel Corporation | - |
| R1‑152640 | Discussion on downlink multiuser superposition schemes | Intel Corporation | - |
| R1‑152641 | Updated results for Wi-Fi DL only and LAA DL only under updated category 4 assumptions | Intel Corporation | - |
| R1‑152642 | Updated results for Wi-Fi DL+UL and LAA DL only under updated category 4 assumptions | Intel Corporation | - |
| R1‑152643 | Comparison of evaluation results for various category 4 options of LAA DL LBT | Intel Corporation | - |
| R1‑152644 | Coexistence evaluation results for Wi-Fi DL+UL and LAA DL+UL | Intel Corporation | - |
| R1‑152645 | Comparison of evaluation results for various UL LBT options | Intel Corporation | - |
| R1‑152646 | Category 4 based LBT design for LAA downlink | Intel Corporation | - |
| R1‑152647 | LAA data burst structure | Intel Corporation | imported from 3GU |
| R1‑152648 | (E)PDCCH for LAA downlink | Intel Corporation | - |
| R1‑152649 | On the LAA UL: LBT, scheduling, and subframe structure | Intel Corporation | - |
| R1‑152650 | Consideration for Remaining Details of DL Superposition Transmission Scenarios | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152651 | Further Consideration for Superposition Transmission Evaluation methodology | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152652 | Overview of Downlink multiuser superposition schemes | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152653 | DL control channel false detection | Fujitsu | - |
| R1‑152654 | Evaluation results for DL+UL LAA and Wi-Fi | Fujitsu | - |
| R1‑152655 | Discussion on beamformed CSI-RS-based schemes | Fujitsu | - |
| R1‑152656 | Discussion on non-precoded CSI-RS-based schemes | Fujitsu | - |
| R1‑152657 | LS on ProSe Priorities | RAN2, Ericsson | - |
| R1‑152658 | Baseline performance for 3D MIMO | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152659 | Overview of CSI-RS and feedback enhancement candidates | Alcatel-Lucent,Alcatel-Lucent Shanghai Bell | - |
| R1‑152660 | Performance Evaluations for beamformed CSI-RS-based schemes in 3D MIMO | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152661 | 3D Codebook design for 3D MIMO | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152662 | Considerations for non-codebook based CSI reporting for TDD | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | imported from 3GU |
| R1‑152663 | Considerations for DMRS Enhancement in 3D MIMO | Alcatel-Lucent,Alcatel-Lucent Shanghai Bell | - |
| R1‑152664 | Remaining aspect of PUCCH on Scell | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152665 | DL control signalling enhancements to support up to 32 CC carrier aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152666 | PUCCH design for A/N feedbacks on Pcell up to 32 carrier aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152667 | CSI feedback enhancement to for up to 32 carrier aggregation | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152668 | L3-based UE-to-network relays | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152669 | Procedures and mechanism for L-3 based network-to-UE relay discovery | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152670 | Support out-of-coverage and partial coverage discovery | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152671 | Multi-PLMN discovery | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152672 | Text proposal on functional architecture to support RAT-independent positioning technologies | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152673 | Text proposal on support of PRS and PRS-like signals operation on unlicensed band | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152674 | Details of the DL Frequency hopping scheme for LTE Rel-13 MTC | NEC | - |
| R1‑152675 | Details of the UL Frequency hopping scheme for LTE Rel-13 MTC | NEC | - |
| R1‑152676 | RAR and Paging transmission for Rel-13 MTC | NEC | - |
| R1‑152677 | On indication for UL-HARQ | NEC | - |
| R1‑152678 | Dynamic signalling of parameters for M-PDCCH | NEC | - |
| R1‑152679 | Coordination of WAN and D2D communications for efficient UE-to-Network Relay | NEC | - |
| R1‑152680 | Discussion on discontinuous transmission in LAA | NEC | - |
| R1‑152681 | Uplink Reference Signal Enhancement for Rel-13 low complexity MTC | NEC | - |
| R1‑152682 | Discussion on downlink cross carrier HARQ | NEC | - |
| R1‑152683 | Discussion on downlink scheduling for LAA | NEC | - |
| R1‑152684 | Discussion on beamformed CSI-RS-based schemes | NEC | - |
| R1‑152685 | On the performance of the beamformed CSI-RS scheme for FD-MIMO systems | Intel Corporation | - |
| R1‑152686 | Discussion on the joint operation between on/off and eICIC | Panasonic | - |
| R1‑152687 | Clarification of "normal" and "not operating coverage enhancement" | Panasonic | - |
| R1‑152688 | PHICH and generic downlink control bit channel for MTC | Panasonic | - |
| R1‑152689 | PRACH format 4 for MTC UEs | Panasonic | - |
| R1‑152690 | Rel.13 MTC impact to PBCH | Panasonic | - |
| R1‑152691 | Common control messages for MTC UEs | Panasonic | - |
| R1‑152692 | DRS design for LAA | Panasonic | - |
| R1‑152693 | AGC and time/frequency synchronization for transmission burst | Panasonic | - |
| R1‑152694 | Narrowband definition and hopping pattern across narrowbands | LG Electronics | - |
| R1‑152695 | Cross-subframe details for normal and enhanced coverage for Rel-13 MTC UEs | LG Electronics | - |
| R1‑152696 | Discussion on Resource configuration for low complexity MTC UEs | LG Electronics | - |
| R1‑152697 | Measurement Gap Configuration and Measurement for MTC UEs | LG Electronics | - |
| R1‑152698 | Details on M-PDCCH search space design | LG Electronics | - |
| R1‑152699 | Configurations for M-PDCCH search space | LG Electronics | - |
| R1‑152700 | Discussion on M-PDCCH RE mapping | LG Electronics | - |
| R1‑152701 | Discussion on PDSCH transmission for MTC | LG Electronics | - |
| R1‑152702 | CQI/MCS/TBS table for MTC | LG Electronics | - |
| R1‑152703 | Discussion on PUSCH transmissions for MTC | LG Electronics | - |
| R1‑152704 | HARQ-ACK feedback for MTC UE | LG Electronics | - |
| R1‑152705 | Details on SR repetition and SRS transmission for MTC UE | LG Electronics | - |
| R1‑152706 | Considerations on CSI for low complexity UEs | LG Electronics | - |
| R1‑152707 | Details on RACH/PRACH transmission for MTC UE | LG Electronics | - |
| R1‑152708 | Remaining details of PBCH repetition for MTC | LG Electronics | - |
| R1‑152709 | Discussion on Common Control Messages for MTC UEs | LG Electronics | - |
| R1‑152710 | Repetition level configuration for MTC UEs in enhanced coverage | LG Electronics | - |
| R1‑152711 | Discussion on data overlapping and simultaneous transmission and reception for MTC UEs | LG Electronics | - |
| R1‑152712 | Remaining issues for supporting PUCCH on Scell in Rel-13 CA | LG Electronics | - |
| R1‑152713 | DL control enhancement for Rel-13 CA | LG Electronics | - |
| R1‑152714 | DCI false detection handling for Rel-13 CA | LG Electronics | - |
| R1‑152715 | Link level performance of new PUCCH format for Rel-13 CA | LG Electronics | - |
| R1‑152716 | Performance analysis on new PUCCH format for Rel-13 CA | LG Electronics | - |
| R1‑152717 | HARQ-ACK PUCCH transmission for Rel-13 CA | LG Electronics | - |
| R1‑152718 | HARQ-ACK payload adaptation for Rel-13 CA | LG Electronics | - |
| R1‑152719 | Enhancement to UCI on PUSCH for Rel-13 CA | LG Electronics | - |
| R1‑152720 | CSI feedback enhancement for Rel-13 CA | LG Electronics | - |
| R1‑152721 | SRS transmission handling for Rel-13 CA | LG Electronics | - |
| R1‑152722 | Synchronization enhancements for UE-to-Network relay operation | LG Electronics | - |
| R1‑152723 | Discovery and measurement enhancements for UE-to-Network relay operation | LG Electronics | - |
| R1‑152724 | Communication enhancements for UE-to-Network relay operation | LG Electronics | - |
| R1‑152725 | On supporting Type 1 discovery for partial and outside network coverage | LG Electronics | - |
| R1‑152726 | On supporting discovery in a carrier other than Pcell | LG Electronics | - |
| R1‑152727 | Discussion on group prioritization for D2D communication | LG Electronics | - |
| R1‑152728 | On D2D transmission power control in a multicarrier scenario | LG Electronics | - |
| R1‑152729 | Coexistence performance of DL-only LAA | LG Electronics | - |
| R1‑152730 | Coexistence performance of DL-only LAA with VoIP | LG Electronics | - |
| R1‑152731 | Coexistene performance of DL/UL LAA | LG Electronics | - |
| R1‑152732 | DL LBT operation with variable contention window size | LG Electronics | - |
| R1‑152733 | LBT operation for LAA DL | LG Electronics | - |
| R1‑152734 | DL transmission burst structure in LAA | LG Electronics | - |
| R1‑152735 | LBT operation for LAA UL | LG Electronics | - |
| R1‑152736 | Sustained unfairness problem with LBT | LG Electronics | - |
| R1‑152737 | Indication of DL/UL TX burst structure | LG Electronics | - |
| R1‑152738 | CSI support in LAA | LG Electronics | - |
| R1‑152739 | UL power control in LAA | LG Electronics | - |
| R1‑152740 | Interference handling in LAA | LG Electronics | - |
| R1‑152741 | Scheduling and HARQ operation in LAA | LG Electronics | - |
| R1‑152742 | Cat-1 baseline performance for 3D-UMi | LG Electronics | - |
| R1‑152743 | Cat-2 baseline performance for 3D-UMi | LG Electronics | - |
| R1‑152744 | Cat-3 baseline performance for 3D-UMi | LG Electronics | - |
| R1‑152745 | Cat-2 baseline performance for non-co-channel HetNet | LG Electronics | - |
| R1‑152746 | Cat-2 baseline performance for co-channel HetNet | LG Electronics | - |
| R1‑152747 | Performance comparison among baseline categories | LG Electronics | - |
| R1‑152748 | Comparison between beamformed and non-precoded based schemes | LG Electronics | - |
| R1‑152749 | Enhancements on beamformed CSI-RS-based schemes | LG Electronics | - |
| R1‑152750 | Discussion on specification impacts for beamformed CSI-RS-based schemes | LG Electronics | - |
| R1‑152751 | Enhancements on non-precoded CSI-RS-based schemes | LG Electronics | - |
| R1‑152752 | Enhancements on partial CSI-RS-based schemes | LG Electronics | - |
| R1‑152753 | Discussion on DMRS enhancements | LG Electronics | - |
| R1‑152754 | Discussion on RRM enhancements | LG Electronics | - |
| R1‑152755 | Discussion on D2D aided positioning enhancement | LG Electronics | - |
| R1‑152756 | Discussion on evaluation methodology for D2D aided positioning | LG Electronics | - |
| R1‑152757 | Discussion on potential enhancement technologies for indoor positioning | LG Electronics | - |
| R1‑152758 | Discussion on evaluation methodology for indoor PRS beacon | LG Electronics | - |
| R1‑152759 | Discussion on OTDOA enhancements for indoor positioning | LG Electronics | - |
| R1‑152760 | Discussion on Remaining Issues for MUST Scenarios | LG Electronics | - |
| R1‑152761 | Discussion on Remaining Evaluation Methodology for MUST | LG Electronics | - |
| R1‑152762 | Discussion on Multiuser Superposition Schemes and Initial Link Level Results | LG Electronics | - |
| R1‑152763 | Physical downlink control channels | Qualcomm Inc. | - |
| R1‑152764 | PDSCH design options | Qualcomm Inc. | - |
| R1‑152765 | PUSCH design options | Qualcomm Inc. | - |
| R1‑152766 | Physical uplink control channels | Qualcomm Inc. | - |
| R1‑152767 | PRACH repetition for MTC | Qualcomm Inc. | - |
| R1‑152768 | PBCH repetition for MTC | Qualcomm Inc. | - |
| R1‑152769 | Common control messages | Qualcomm Inc. | - |
| R1‑152770 | Power consumption reduction | Qualcomm Inc. | - |
| R1‑152771 | UE behavior for simultaneous - non-simultaneous reception | Qualcomm Inc. | - |
| R1‑152772 | Remaining aspects of PUCCH on Scell | Qualcomm Inc. | - |
| R1‑152773 | DL control information signalling for LTE CA of up to 32 CCs | Qualcomm Inc. | - |
| R1‑152774 | Evaluation results for UL control channel enhancements for up to 32 CCs | Qualcomm Inc. | - |
| R1‑152775 | HARQ ACK for up to 32 DL carriers | Qualcomm Inc. | - |
| R1‑152776 | CSI feedback for up to 32 component carriers | Qualcomm Inc. | - |
| R1‑152777 | Further enhancements on UCI transmission under eCA | Qualcomm Inc. | - |
| R1‑152778 | Support of UE-Network relays | Qualcomm Inc. | - |
| R1‑152779 | Out-of-Coverage discovery for Public Safety | Qualcomm Inc. | - |
| R1‑152780 | D2D discovery support in the presence of multiple carriers and PLMNs | Qualcomm Inc. | - |
| R1‑152781 | Support of communication group priority | Qualcomm Inc., U.S. Department of Commerce | - |
| R1‑152782 | Simulation results for WiFi DL+UL and LAA DL+UL scenarios | Qualcomm Inc. | - |
| R1‑152783 | Adaptive frame structure and DL-UL configuration for LAA | Qualcomm Inc. | - |
| R1‑152784 | Multi-carrier LBT operation | Qualcomm Inc. | - |
| R1‑152785 | Multi-carrier operation for LAA | Qualcomm Inc. | - |
| R1‑152786 | LAA UE procedures for receiving DL transmissions | Qualcomm Inc. | - |
| R1‑152787 | LAA DRX operation and PHY layer aspects | Qualcomm Inc. | - |
| R1‑152788 | Discovery procedure, RRM, CQI measurements and reporting for LAA | Qualcomm Inc. | - |
| R1‑152789 | Reservation signal design for LAA | Qualcomm Inc. | - |
| R1‑152790 | Uplink waveform for LAA | Qualcomm Inc. | - |
| R1‑152791 | Further details on physical layer options for LAA | Qualcomm Inc. | - |
| R1‑152792 | Discussion of baseline schemes and performance evaluation | Qualcomm Inc. | - |
| R1‑152793 | Discussion on CSI-RS and feedback enhancements | Qualcomm Inc. | - |
| R1‑152794 | Discussion on beamformed CSI-RS based schemes | Qualcomm Inc. | - |
| R1‑152795 | Discussion on non-precoded CSI-RS based scheems | Qualcomm Inc. | - |
| R1‑152796 | DM-RS enhancements evaluation results | Qualcomm Inc. | - |
| R1‑152797 | Discussion on RRM measurement enhancements for EBF/FD-MIMO | Qualcomm Inc. | - |
| R1‑152798 | Remaining Details of Deployment Scenarios and Evaluation Methodology for TBS | Qualcomm Inc. | - |
| R1‑152799 | Indoor Positioning Simulation Results | Qualcomm Inc. | - |
| R1‑152800 | Impact of Network Synchronization Error on OTDOA Baseline Performance | Qualcomm Inc. | - |
| R1‑152801 | Initial TBS Simulation Results | Qualcomm Inc. | - |
| R1‑152802 | TP for Enhanced PRS Configuration Options | Qualcomm Inc. | - |
| R1‑152803 | TP for UE Inter-Frequency RSTD Calibration Accuracy Reporting | Qualcomm Inc. | - |
| R1‑152804 | TP for PRS Transmission Enhancements for the same PCI Case | Qualcomm Inc. | - |
| R1‑152805 | Evaluation methodology | Qualcomm Inc. | - |
| R1‑152806 | Multiuser superposition schemes | Qualcomm Inc. | - |
| R1‑152807 | UCI transmission for Rel-13 low complexity UEs and UEs in enhanced coverage | CATT | - |
| R1‑152808 | Performance analysis of new PUCCH format designs | Nokia Networks | - |
| R1‑152809 | On PUCCH Enhancements for Carrier Aggregation Enhancement Beyond 5 Carriers | Nokia Networks | - |
| R1‑152810 | Dynamic adaptation of HARQ-ACK feedback size and PUCCH format | Nokia Networks | - |
| R1‑152811 | CSI reporting for Carrier Aggregation Enhancement Beyond 5 Carriers | Nokia Networks | - |
| R1‑152812 | On design options for LAA LBT enabling frequency reuse | Nokia Networks | - |
| R1‑152813 | On CSI reporting and Transmission Modes for LTE LAA | Nokia Networks | - |
| R1‑152814 | On DRS Design for LTE LAA | Nokia Networks | - |
| R1‑152815 | On UL multiplexing in the LAA scenario | Nokia Networks | - |
| R1‑152816 | On the remaining PHY issues for LAA UL operation | Nokia Networks | - |
| R1‑152817 | UL LBT and Configurable Frame Structure for UL/DL operation | Nokia Networks | - |
| R1‑152818 | On USS definition for enhanced CA beyond 5 CCs | Nokia Networks | - |
| R1‑152819 | On ServingCellID to CIF mapping for cross-carrier scheduling of enhanced CA beyond 5 CCs | Nokia Networks | - |
| R1‑152820 | On reducing the number of DL control blind decodes | Nokia Networks | - |
| R1‑152821 | On the false detection problem with an increasing number of DL component carriers | Nokia Networks | - |
| R1‑152822 | On joint grants for CA enhancements up to 32 CCs | Nokia Networks | - |
| R1‑152823 | On LAA scheduling operation | Nokia Networks | - |
| R1‑152824 | On data transmission in partial subframe for LBE type of operation | Nokia Networks | - |
| R1‑152825 | LAA fractional symbol design | Nokia Networks | - |
| R1‑152826 | Allocation of Narrow-Bands for Low Cost UEs | Samsung | - |
| R1‑152827 | Transmission and Reception of DL/UL Channels for Low Cost UEs | Samsung | - |
| R1‑152828 | Structure of DL Control Channels for Low Cost UEs | Samsung | - |
| R1‑152829 | Contents of DCI Formats for Low Cost UEs | Samsung | - |
| R1‑152830 | PHICH Functionality for Low Cost UEs | Samsung | - |
| R1‑152831 | Reduction of DL Control Signaling for Low Cost UEs | Samsung | - |
| R1‑152832 | PDSCH HARQ Retransmissions for Low Cost UEs | Samsung | - |
| R1‑152833 | PUSCH Performance Considerations | Samsung | - |
| R1‑152834 | TBCC vs. TC for Data Transport Blocks | Samsung | - |
| R1‑152835 | Link Adaptation for Low Cost UEs | Samsung | - |
| R1‑152836 | UCI Transmission from Low Cost UEs | Samsung | - |
| R1‑152837 | HARQ-ACK Content in Coverage Enhanced Operation | Samsung | - |
| R1‑152838 | RA Preamble Transmission for Coverage Enhancements | Samsung | - |
| R1‑152839 | PBCH Transmission for Coverage Enhancements | Samsung | - |
| R1‑152840 | Scheduling of UE-Common Information | Samsung | - |
| R1‑152841 | RAR/Msg3/Msg4 Transmission for Low Cost UEs | Samsung | - |
| R1‑152842 | SIB-1 Scheduling for Low Cost UEs | Samsung | - |
| R1‑152843 | TDD configuration adaptation for Low Cost UEs | Samsung | - |
| R1‑152844 | UE behaviour for simultaneous/non-simultaneous reception | Samsung | - |
| R1‑152845 | Considerations of legacy SRS impact on uplink transmission from low-cost UE | Samsung | - |
| R1‑152846 | DL/UL HARQ timing for low cost MTC UEs in enhanced coverage | Samsung | - |
| R1‑152847 | Remaining Aspects for PUCCH Transmission on a Scell | Samsung | - |
| R1‑152848 | Remaining issues for cross-carrier scheduling in CA with up to 32 CCs | Samsung | - |
| R1‑152849 | Other DL control enhancements for CA with up to 32 CCs | Samsung | - |
| R1‑152850 | UCI Performance Evaluation for Enhanced CA | Samsung | - |
| R1‑152851 | HARQ-ACK Transmission for Enhanced CA | Samsung | - |
| R1‑152852 | Discussion on HARQ-ACK bits compression for eCA | Samsung | - |
| R1‑152853 | CSI Transmission for Enhanced CA | Samsung | - |
| R1‑152854 | Discussion on priority rules for CSI feedback for eCA | Samsung | - |
| R1‑152855 | Discussion on other enhancements for eCA | Samsung | - |
| R1‑152856 | Sidelink measurements for relay UE selection | Samsung | - |
| R1‑152857 | Consideration of parameter mismatch in a partial network coverage scenario | Samsung | - |
| R1‑152858 | SLSS transmission for Rel-13 Type 1 discovery | Samsung | - |
| R1‑152859 | eD2D power control in a non-serving carrier | Samsung | - |
| R1‑152860 | Power limitation handling in the presence of multiple carriers | Samsung | - |
| R1‑152861 | Timing synchronization for discovery transmission in a non-serving carrier | Samsung | - |
| R1‑152862 | Priority handling for D2D communication | Samsung | - |
| R1‑152863 | Further coexistence evaluation results for DL-only LAA | Samsung | - |
| R1‑152864 | Overview of physical layer options for LAA | Samsung | - |
| R1‑152865 | Discussion on synchronization for LAA discontinuous transmission | Samsung | - |
| R1‑152866 | Discussion on LAA DRS design | Samsung | - |
| R1‑152867 | Discussion on RRM for LAA | Samsung | - |
| R1‑152868 | Discussion on CSI measurement and reporting for LAA | Samsung | - |
| R1‑152869 | Discussion on carrier selection for LAA | Samsung | - |
| R1‑152870 | Discussion on DL power allocation for LAA | Samsung | - |
| R1‑152871 | Discussion on (E)PDCCH/PDSCH transmission in partial subframe for LAA | Samsung | - |
| R1‑152872 | Discussion on UL transmssion for LAA | Samsung | - |
| R1‑152873 | Further analysis on LBE options for reuse-1 LAA | Samsung | - |
| R1‑152874 | Discussion on LBT for LAA DL transmission | Samsung | - |
| R1‑152875 | TP for TR36.897 | Samsung | - |
| R1‑152876 | Performance of baseline Cat2 for FD-MIMO | Samsung | - |
| R1‑152877 | Performance of baseline Cat3 for FD-MIMO | Samsung | - |
| R1‑152878 | Configuration and control signaling for Rel.13 FD-MIMO | Samsung | - |
| R1‑152879 | CSI Reporting Types for Rel.13 FD-MIMO | Samsung | - |
| R1‑152880 | Reduced Feedback Scheme for Rel.13 FD-MIMO | Samsung | - |
| R1‑152881 | TP on Codebook Subset Restriction and Reduced Feedback for TR36.897 | Samsung | - |
| R1‑152882 | Discussion on tradeoff of CSI-RS and feedback enhancement schemes | Samsung | - |
| R1‑152883 | Discussion on vertical channel direction variability | Samsung | - |
| R1‑152884 | Discussion on CSI-RS enhancements for FD-MIMO | Samsung | - |
| R1‑152885 | Observation for CSI-RS and feedback enhancement for EBF/FD-MIMO | Samsung | - |
| R1‑152886 | Specification impacts and evaluation results for hybrid CSI-RS | Samsung | - |
| R1‑152887 | Discussion on specification impacts with beamformed CSI-RS based schemes | Samsung | - |
| R1‑152888 | Summary of results on beamformed CSI-RS based enhancement schemes | Samsung | - |
| R1‑152889 | Summary of results on hybrid CSI-RS based enhancement schemes | Samsung | imported from 3GU |
| R1‑152890 | Specification impacts and evaluation results with KP codebook enhancements | Samsung | - |
| R1‑152891 | Specification impacts and evaluation results with linear-combination codebook enhancements | Samsung | - |
| R1‑152892 | Discussion on Scalable Codebook Design | Samsung | - |
| R1‑152893 | Discussion on CSI-RS mapping for non-precoded CSI-RS based schemes | Samsung | - |
| R1‑152894 | Discussion on spatially sub-sampled non-precoded CSI-RS | Samsung | - |
| R1‑152895 | Summary of results on non-precoded CSI-RS based enhancement schemes | Samsung | - |
| R1‑152896 | Discussion on CQI for Rel.13 TDD FD-MIMO | Samsung | - |
| R1‑152897 | SRS Enhancements for Rel.13 FD-MIMO | Samsung | - |
| R1‑152898 | Performance enhancement of MU-CQI | Samsung | - |
| R1‑152899 | Discussion on CSI for Multi-User Spatial Multiplexing | Samsung | - |
| R1‑152900 | Performance of FD-MIMO with DMRS enhancement | Samsung | - |
| R1‑152901 | Summary of DMRS enhancements for EBF/FD-MIMO | Samsung | - |
| R1‑152902 | Discussion on RRM measurement for EBF and FD-MIMO | Samsung | - |
| R1‑152903 | Updated uplink FD-MIMO evaluation results for FTP traffic | Samsung | - |
| R1‑152904 | Design of frequency hopping of narrow band | Panasonic | - |
| R1‑152905 | Physical downlink control channels for MTC | Panasonic | - |
| R1‑152906 | MPDCCH repetition transmitted in DwPTS | Panasonic | - |
| R1‑152907 | DCI design for Rel.13 MTC | Panasonic | - |
| R1‑152908 | Evaluation on M-PDCCH coverage enhancement for MTC UEs | Panasonic | - |
| R1‑152909 | PDSCH repetition transmitted in DwPTS | Panasonic | - |
| R1‑152910 | MBSFN subframes and downlink channel reception in MTC | Panasonic | - |
| R1‑152911 | Evaluation on PDSCH repetition in CE MTC | Panasonic | - |
| R1‑152912 | Discussion and performance evaluation on PUSCH coverage enhancement techniques for MTC UEs | Panasonic | - |
| R1‑152913 | Multiple subframe code spreading for MTC UEs | Panasonic | - |
| R1‑152914 | Discussion on PUCCH and UCI transmission for MTC UEs | Panasonic | - |
| R1‑152915 | Discussion on PDCCH false alarm issue for eCA | Panasonic | - |
| R1‑152916 | CIF indication in PDCCH for eCA | Panasonic | - |
| R1‑152917 | Discussion on remaining issues on UE-to-Network relay | Panasonic | - |
| R1‑152918 | DL Scheduling Options for LAA | Panasonic | - |
| R1‑152919 | CSI Reporting Granularity for LAA | Panasonic | - |
| R1‑152920 | Impact of LAA Beamforming on LBT Behaviour | Panasonic | - |
| R1‑152921 | Indication of PDSCH in partial subframe | Panasonic | - |
| R1‑152922 | Transport block preparation related to partial subframe usage | Panasonic | - |
| R1‑152923 | Discussion on UL transmission in LAA | Panasonic | - |
| R1‑152924 | Discussion on two different superposition approaches for MUST | Samsung Electronics Co., Ltd | - |
| R1‑152925 | Alignment of ProSe parameters | Ericsson LM | - |
| R1‑152926 | On the supported transmission modes in MUST | Nokia Networks | - |
| R1‑152927 | Remaining open details on evaluation methodology for MUST | Nokia Networks | - |
| R1‑152928 | Discussion on Measurements for L3 UE-to-NW Relaying Support | Intel Corporation | - |
| R1‑152929 | Procedures for Support of UE-to-NW Relaying | Intel Corporation | - |
| R1‑152930 | Discussion and Text Proposal for Wi-Fi-Aided User Positioning | Intel Corporation | - |
| R1‑152931 | Analysis of D2D-Based Proximity Detection for User Positioning | Intel Corporation | - |
| R1‑152932 | LBT Cat 4 evaluation results for DL-only LAA with WiFi and VoIP | INTERDIGITAL COMMUNICATIONS | - |
| R1‑152933 | Coexistence evaluation results for Wi-Fi and UL+DL LAA | INTERDIGITAL COMMUNICATIONS | - |
| R1‑152934 | Opportunities for RSTD estimation error reductions | Acorn Technologies | - |
| R1‑152935 | On potential enhancements to OTDOA | ZTE Corporation | - |
| R1‑152936 | Coexistence Evaluation Results Using LBT Category 4 for Wi-Fi DL and LAA DL only Scenario | Broadcom Corporation | - |
| R1‑152937 | Coexistence Evaluation Results Using LBT Category 4 for Wi-Fi DL+UL and LAA DL only Scenario | Broadcom Corporation | - |
| R1‑152938 | LBT Category 4 Design for LAA DL | Broadcom Corporation | - |
| R1‑152939 | Alternatives for LAA LBT Energy Detection Threshold Adaptation | Broadcom Corporation | - |
| R1‑152940 | UL/DL scheduling for LAA | ITRI | - |
| R1‑152941 | DRS design for LAA | ITRI | - |
| R1‑152942 | Evaluation results for LAA and Wi-Fi coexistence with DL-Only LAA | ITRI | imported from 3GU |
| R1‑152943 | Discussion of CSI reporting based on beamformed CSI-RS | ITRI | - |
| R1‑152944 | Discussion of CSI reporting based on non-precoded CSI-RS | ITRI | - |
| R1‑152945 | DL HARQ related issues for LAA | ITRI | - |
| R1‑152946 | Consideration Relay selection and discovery for UE-to-Network Relay | ITRI | - |
| R1‑152947 | Synchronization Considerations for Type 1 Discovery | ITRI | - |
| R1‑152948 | Considerations for The inter-carrier and inter-PLMN discovery | ITRI | - |
| R1‑152949 | The multiple-carrier discovery for intra/inter-PLMN ProSe | ITRI | - |
| R1‑152950 | Remaining aspects of PUCCH on Scell | ZTE | - |
| R1‑152951 | DL control enhancements for Carrier Aggregation | ZTE | - |
| R1‑152952 | HARQ-ACK enhancement for CA with up to 32 CCs | ZTE | - |
| R1‑152953 | Evaluation results for UL control channel enhancements | ZTE | - |
| R1‑152954 | PRB group definition and frequency hopping for MTC enhancement | ZTE | - |
| R1‑152955 | Discussion on timing relationship for MTC enhancement | ZTE | - |
| R1‑152956 | Detailed design on M-PDCCH for MTC enhancement | ZTE | - |
| R1‑152957 | Detailed design on PDSCH for MTC enhancement | ZTE | - |
| R1‑152958 | Detailed design on PUCCH for MTC enhancement | ZTE | - |
| R1‑152959 | Considerations on CSI feedback for MTC enhancement | ZTE | - |
| R1‑152960 | Further consideration on PRACH for MTC enhancement | ZTE | - |
| R1‑152961 | Subframe for PBCH repetition and resource mapping | ZTE | - |
| R1‑152962 | Discussion on SIB for MTC enhancement | ZTE | - |
| R1‑152963 | Discussion on RAR and Paging for MTC enhancement | ZTE | - |
| R1‑152964 | Behavior for simultaneous reception for Rel-13 low complexity UEs | ZTE | - |
| R1‑152965 | Discussions on General Aspects of D2D UE-to-network Relay | ZTE | - |
| R1‑152966 | Discussions on Relay UE selection and discovery | ZTE | - |
| R1‑152967 | Resource scheme for UE-to-network Relay UE and Remote UE | ZTE | - |
| R1‑152968 | Remaining Issues of Discovery | ZTE | - |
| R1‑152969 | Discussions on group priority of Off-network MCPTT | ZTE | - |
| R1‑152970 | Overview on LAA UL | ZTE | - |
| R1‑152971 | Remaining Issues on LAA UL | ZTE | - |
| R1‑152972 | Further details on targeted scenarios for MUST evaluation | ZTE | - |
| R1‑152973 | Traffic Model for MUST | ZTE | - |
| R1‑152974 | Potential transmission schemes for MUST | ZTE | - |
| R1‑152975 | Preliminary performance study of MUST system | ZTE | - |
| R1‑152976 | Evaluation Results of FDD Baseline Cases | ZTE | - |
| R1‑152977 | Evaluation Results of TDD Baseline Cases | ZTE | - |
| R1‑152978 | Enhanced Vertical/Horizontal Feedback Scheme for EB/FD-MIMO | ZTE | - |
| R1‑152979 | Discussion on Codebook Design for EBF/FD-MIMO System | ZTE | - |
| R1‑152980 | Discussion on FDD Reciprocity for Beamformed CSI-RS-based Schemes | ZTE | - |
| R1‑152981 | Discussion on Feedback Schemes for Reduced Dimension Channel | ZTE | - |
| R1‑152982 | Discussion on Aperiodic and Beamformed CSI-RS Schemes | ZTE | - |
| R1‑152983 | Discussion on SRS Enhancements | ZTE | - |
| R1‑152984 | Enhanced CSI Schemes for TDD EBF/FD-MIMO System | ZTE | - |
| R1‑152985 | Views on CSI-RS and CSI feedback Enhancements for EBF/FD-MIMO | ZTE | - |
| R1‑152986 | Discussion on DMRS Enhancement for EBF/FD-MIMO | ZTE | - |
| R1‑152987 | Evaluation results for LAA and LAA coexistence with DL-Only LAA | ITRI | - |
| R1‑152988 | Evaluation results for LAA and Wi-Fi Coexistence with DL-only LAA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152989 | LBT and Frame Structure Design for DL-Only LAA | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152990 | LBT and Frame Structure Design for LAA with DL and UL | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑152991 | RRM Measurement for LAA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152992 | CSI Measurement for LAA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152993 | Time and Frequency Synchronizaiton for LAA DL | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| R1‑152994 | DCI Transmission for the DL Partial Subframe in LAA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152995 | Control signaling for LAA | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152996 | Discussion on transmission modes for LAA DL | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑152997 | Summary of email discussion on LAA data burst structure | Qualcomm Incorporated | - |
| R1‑152998 | RAR transmission mechanism for MTC | ETRI | - |
| R1‑152999 | Evaluation results on DL only indoor co-channel coexistence results with category 4 LBT scheme | ETRI | - |
| R1‑153000 | Discussion on the UL timing for LAA | ETRI | - |
| R1‑153001 | Discussion on the UL LBT for LAA | ETRI | - |
| R1‑153002 | Considerations on LBT design for LAA | ETRI | - |
| R1‑153003 | Discussion on frequency reuse for LAA | ETRI | - |
| R1‑153004 | Effect of virtualization schemes on CSI-RS coverage | ETRI | - |
| R1‑153005 | Realistic upper bound on the MU-MIMO performance benefit of EBF/FD-MIMO in non-full buffer traffic | ETRI | - |
| R1‑153006 | Feedback enhancements for beamformed CSI-RS based schemes | ETRI | - |
| R1‑153007 | CSI-RS enhancements to support more than 8 CSI-RS ports | ETRI | - |
| R1‑153008 | Operation scenario and KP based codebook enhancement | ETRI | - |
| R1‑153009 | Transparent DM-RS performance enhancement for EBF/FD-MIMO | ETRI | - |
| R1‑153010 | Evaluation Results for LAA with both DL and UL transmission | ZTE | - |
| R1‑153011 | Overview on PHY layer options for LAA design | ZTE | - |
| R1‑153012 | LBT Design for LAA | ZTE | - |
| R1‑153013 | Control signalling and HARQ related issues | ZTE | - |
| R1‑153014 | Further considerations on frame structure design for LAA | ZTE | - |
| R1‑153015 | On DRS and initial signal in LAA | ZTE | - |
| R1‑153016 | On LAA CSI Measurement | ZTE | - |
| R1‑153017 | Frequency Reuse On Unlicensed Carrier | ZTE | - |
| R1‑153018 | Baseline evaluation results for indoor positioning | LG Electronics Inc. | - |
| R1‑153019 | Text proposal on update regulatory requirements in Taiwan | CHTTL, ITRI | - |
| R1‑153020 | Remaining details on targeted scenarios for DL Multiuser Superposition Transmission | CHTTL | - |
| R1‑153021 | Baseline results for Category 2 | China Telecommunications | - |
| R1‑153022 | Enhanced CSI-RS and feedback for EB/FD-MIMO | China Telecommunications | - |
| R1‑153023 | On extention of PUCCH on Scell to support 32 DL CCs | HTC | - |
| R1‑153024 | DL Control Grouping in LAA | HTC | - |
| R1‑153025 | DL HARQ in LAA | HTC | - |
| R1‑153026 | Further discussion on PUCCH design for CA enhancement | CMCC | - |
| R1‑153027 | Further co-existence evaluation results for LAA | CMCC | - |
| R1‑153028 | Discussion on carrier selection of LAA | CMCC | - |
| R1‑153029 | Discussion on fractional subframe transmission for LAA | CMCC | - |
| R1‑153030 | Further discussion on cross-carrier HARQ transmission for LAA | CMCC | - |
| R1‑153031 | Further discussion on discovery signal design for LAA | CMCC | - |
| R1‑153032 | Further updated baseline results for 16/32/64 TXRU with codebook based feedback | CMCC | - |
| R1‑153033 | Updated evaluation of feedback based on Hybrid RS | CMCC | - |
| R1‑153034 | Updated evaluation of SRS enhancements | CMCC | - |
| R1‑153035 | Evaluation of MU-MIMO performance and legacy UE pairing | CMCC | - |
| R1‑153036 | Discussion and link level evaluation of DMRS design: orthogonal or quasi-orthogonal | CMCC | - |
| R1‑153037 | Discussion on mixed transmission scheme in MUST | CMCC | - |
| R1‑153038 | Views on downlink multiuser superposition transmission | CMCC | - |
| R1‑153039 | Text Proposal for Section 4 of TR 36.859 | MediaTek Inc. | - |
| R1‑153040 | Further details on target scenarios for MUST evaluation | MediaTek Inc. | - |
| R1‑153041 | Superposition transmission in PMCH | MediaTek Inc. | - |
| R1‑153042 | Further details on MUST evaluation methodology | MediaTek Inc. | - |
| R1‑153043 | Consideration on M-PDCCH | Sharp | - |
| R1‑153044 | Downlink multiuser superposition transmission scheme | MediaTek Inc. | - |
| R1‑153045 | PRACH repetition for Rel-13 MTC UEs | Sharp | - |
| R1‑153046 | RAR/Paging transmission for Rel-13 MTC UEs | Sharp | - |
| R1‑153047 | On need of DCI format 3/3A for SCell PUCCH | Sharp | - |
| R1‑153048 | Considerations on DL Control Signaling for Rel-13 CA | Sharp | - |
| R1‑153049 | Considerations on UCI transmission for Rel-13 CA | Sharp | - |
| R1‑153050 | Enhancements of CSI reporting for beyond 5 carriers | Sharp | - |
| R1‑153051 | Alternatives for DRS transmission with LBT | Sharp | - |
| R1‑153052 | Discontinuous transmission for LAA | Sharp | - |
| R1‑153053 | Scheduling combinations for LAA CCs | Sharp | - |
| R1‑153054 | Subframe structure for LAA discontinuous transmission | Sharp | - |
| R1‑153055 | Consideration of CSI measurement, CSI reporting, and transmission schemes for LAA | Sharp | - |
| R1‑153056 | Intra-operator LAA frequency reuse considerations | Sharp | - |
| R1‑153057 | CCA slot structure and alignment in LAA channel access | Sharp | - |
| R1‑153058 | Constellation mapping enhancements for downlink multiuser superposition transmission | Sharp | - |
| R1‑153059 | MTC PDSCH Performance in Coverage Enhancement | Marvell Switzerland | - |
| R1‑153060 | Discussion on discovery in partial/out of network coverage | Fujitsu | - |
| R1‑153061 | Discussion of D2D relay | Fujitsu | - |
| R1‑153062 | On UE-to-network relay discovery | Nokia Networks | - |
| R1‑153063 | On UE-to-network relay selection and measurements | Nokia Networks | - |
| R1‑153064 | D2D Synchronization for out-of-coverage and partial coverage discovery | Nokia Networks | - |
| R1‑153065 | Remaining issues of PUCCH on SCell | Ericsson | - |
| R1‑153066 | DL control signaling enhancements for up to 32 CCs | Ericsson | - |
| R1‑153067 | Simulation results of UL SINR distribution for CA enhancement | Ericsson | - |
| R1‑153068 | PUCCH format design for CA enhancement | Ericsson | - |
| R1‑153069 | ACKNACK codebook performance for CA enhancements | Ericsson | - |
| R1‑153070 | CSI transmissions for CA enhancement | Ericsson | - |
| R1‑153071 | Carrier Selection for CA enhancement | Ericsson | - |
| R1‑153072 | HARQ transmissions on PUSCH for CA enhancement | Ericsson | - |
| R1‑153073 | PUCCH resources allocation for HARQ-ACK | Ericsson | - |
| R1‑153074 | Considerations on multi-cc scheduling | Ericsson | - |
| R1‑153075 | MBS description and evaluation parameters | NextNav | - |
| R1‑153076 | TP for TBS configuration parameters | NextNav | - |
| R1‑153077 | MBS Initial Simulation Results | NextNav | - |
| R1‑153078 | Mitigation of DCI false detection problem | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153079 | Evaluation of PUCCH proposals for CA with up to 32 CCs | Intel Corporation | - |
| R1‑153080 | System-level simulation results for PUCCH | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153081 | HARQ-ACK reporting for aggregation of up to 32 carriers | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153082 | Issues with dynamically allocating the PDSCH narrowband region for MTC via DCI | Sony Corporation | - |
| R1‑153083 | Performance of M-PDCCH with frequency offset | Sony Corporation | - |
| R1‑153084 | Lower Complexity Antenna Diversity for MTC Devices | Sony Corporation | - |
| R1‑153085 | Tracking of Frequency Offset for MTC | Sony Corporation | - |
| R1‑153086 | MCS and CQI Index for MTC | Sony Corporation | - |
| R1‑153087 | Discussion on UE-to-Network Relay measurement | Sony Corporation | - |
| R1‑153088 | On hidden node aspects of LAA | Sony Corporation | - |
| R1‑153089 | Interference aspects of CSI-RS design for FD-MIMO | Sony Corporation | - |
| R1‑153090 | UE-based positioning techniques | Sony Corporation | - |
| R1‑153091 | Considerations for information of MUST receivers | Sony Corporation | - |
| R1‑153092 | Summary of email discussion [80b-05] | Nokia Networks | - |
| R1‑153093 | Baseline performance evaluation | Nokia Networks | - |
| R1‑153094 | Overview aspects of CSI-RS and feedback enhancements | Nokia Networks | - |
| R1‑153095 | Enhancements related to beamformed CSI-RS-based schemes | Nokia Networks | - |
| R1‑153096 | Enhancements related to non-precoded CSI-RS-based schemes | Nokia Networks | - |
| R1‑153097 | CSI feedback enhancements for TDD | Nokia Networks | - |
| R1‑153098 | DMRS enhancements for FD-MIMO | Nokia Networks | - |
| R1‑153099 | On RRM measurement enhancements for EBF/FD-MIMO | Nokia Networks | - |
| R1‑153100 | Offloading solution for NAICS | QUALCOMM CDMA Technologies | - |
| R1‑153101 | Text proposal for offloading solution for NAICS | QUALCOMM CDMA Technologies | - |
| R1‑153102 | Discontinuous Transmission Design for LAA | Kyocera Corporation | - |
| R1‑153103 | Channel Selection based on Enhanced UE Measurement Report | Kyocera Corporation | - |
| R1‑153104 | LAA UL Design | Kyocera Corporation | - |
| R1‑153105 | DRS Design for LAA | Kyocera Corporation | - |
| R1‑153106 | Multiple SCIs for UE-to-Network Relay | Kyocera Corporation | - |
| R1‑153107 | UE-to-Network Relaying Operation | Kyocera Corporation | - |
| R1‑153108 | Type 1 Discovery for Partial and Outside the Network Coverage | Kyocera Corporation | - |
| R1‑153109 | Discussion on Power Allocation for Multiuser Superposition Transmission | Kyocera Corporation | - |
| R1‑153110 | Consideration on Non-Precoded CSI-RS for EB/FD-MIMO | Kyocera Corporation | - |
| R1‑153111 | M-PDCCH and HARQ Options for HD-FDD in Normal Coverage | Sierra Wireless, S.A. | - |
| R1‑153112 | Dynamic Beam Selection CSI-RS Enhancement Scheme for EB/FD-MIMO | Kyocera Corporation | - |
| R1‑153113 | Performance of DMRS Density Increase for PUSCH | Sierra Wireless, S.A. | - |
| R1‑153114 | Dual Schedule Legacy SIBs for Rel 13 LC UEs in normal coverage | Sierra Wireless, S.A. | - |
| R1‑153115 | TR36.889 v0.4.1 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153116 | Discussion on parameter setting for DL LBT | Ericsson | - |
| R1‑153117 | Discussion on the number of UEs for DL-only LAA | Ericsson | - |
| R1‑153118 | Analysis of Frame Based LBT Protocols | Ericsson | - |
| R1‑153119 | Coexistence Evaluation Results for DL-only LAA Coexisting with Wi-Fi with DL and UL Traffic | Ericsson | - |
| R1‑153120 | Coexistence Evaluation Results for DL-only LAA and Wi-Fi with RTS/CTS | Ericsson | - |
| R1‑153121 | Summary of the Coexistence Evaluation Results for DL-only LAA and DL-only Wi-Fi | Ericsson | - |
| R1‑153122 | Summary of the Coexistence Evaluation Results for DL-only LAA and DL+UL Wi-Fi | Ericsson | - |
| R1‑153123 | Findings Based on Coexistence Evaluation Results for LAA with only DL Transmissions | Ericsson | - |
| R1‑153124 | Coexistence Evaluation Results for DL+UL LAA with Fast DL Control Channel LBT | Ericsson | - |
| R1‑153125 | Coexistence Evaluation Results for Wi-Fi and DL+UL LAA with fast UL LBT | Ericsson | - |
| R1‑153126 | Coexistence Evaluation Results for DL+UL LAA with Cat 1 UL LBT | Ericsson | - |
| R1‑153127 | Coexistence Evaluation Results for DL+UL LAA with Cat 2 UL LBT | Ericsson | - |
| R1‑153128 | Coexistence Evaluation Results for DL+UL LAA with Cat 3 UL LBT | Ericsson | - |
| R1‑153129 | Coexistence Evaluation Results for DL+UL LAA with Cat 4 UL LBT | Ericsson | - |
| R1‑153130 | Summary of the Coexistence Evaluation Results for DL+UL LAA | Ericsson | - |
| R1‑153131 | Findings Based on Coexistence Evaluation Results for LAA with DL and UL Transmissions | Ericsson | - |
| R1‑153132 | On Dynamic DL/UL Scheduling | Ericsson | - |
| R1‑153133 | On Support of Multiple DL Data Transmission Starting Points | Ericsson | - |
| R1‑153134 | Further Discussion on CSI Measurement and Reporting for LAA | Ericsson | - |
| R1‑153135 | On Scheduling in LAA with Downlink and Uplink Transmissions | Ericsson | - |
| R1‑153136 | On SRS Transmissions for LAA | Ericsson | - |
| R1‑153137 | On Transmission Mode and Transmission Scheme support in LAA | Ericsson | - |
| R1‑153138 | On RRM Measurements and Reporting for LAA | Ericsson | - |
| R1‑153139 | On UCI Design for LAA with DL and UL Transmissions | Ericsson | - |
| R1‑153140 | On Carrier Selection for LAA | Ericsson | - |
| R1‑153141 | Draft reply LS on public safety discovery | Qualcomm Incorporated | - |
| R1‑153142 | LBT and DL transmission in LAA | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153143 | UL transmission for LAA | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153144 | On Scheduling and HARQ operation for LAA | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153145 | Frame structure for UL and DL operation in LAA | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153146 | Reply LS on public safety discovery | SA3, Qualcomm | - |
| R1‑153147 | Discussion on CCA-ED of LBT | KDDI Corporation | - |
| R1‑153148 | Consideration on CSI measuremet and reporting for LAA | KDDI Corporation | - |
| R1‑153149 | Clarification on Power control with configured SRS for PCM2 | Huawei, HiSilicon | - |
| R1‑153150 | Refine positioning of legacy UE with assistance by nearby ProSe-enabled UE | III | - |
| R1‑153151 | Enhanced OTDOA positioning algorithm with legacy UE support | III | - |
| R1‑153152 | Discussion on configuration of coverage enhancement level | KDDI Corporation | - |
| R1‑153153 | General Views on CSI Acquisition Schemes for Elevation BF and FD-MIMO | NTT DOCOMO, INC. | - |
| R1‑153154 | Investigation on Precoding Structures for 3D MIMO | NTT DOCOMO, INC. | - |
| R1‑153155 | Performance Evaluation on Beamformed CSI-RS based Schemes for Macro Scenarios | NTT DOCOMO, INC. | - |
| R1‑153156 | Performance Evaluation on Beamformed CSI-RS based Schemes for Heterogeneous Network Scenario with Separate Frequency Bands | NTT DOCOMO, INC. | - |
| R1‑153157 | Investigation on Reciprocity Based Elevation Beamforming and FD-MIMO in TDD Systems | NTT DOCOMO, INC. | - |
| R1‑153158 | Investigation on Higher-Order MU-MIMO for FD-MIMO | NTT DOCOMO, INC. | - |
| R1‑153159 | Remaining Multiuser Superposition Scenario and Simulation Assumptions | Ericsson | - |
| R1‑153160 | Link Level Performance of Codeword Interference Cancellation for NOMA | Ericsson | - |
| R1‑153161 | Multiuser Superposition Performance Upper Bound | Ericsson | - |
| R1‑153162 | Further performance results of Cat.2 baseline | Ericsson | - |
| R1‑153163 | On the wrapping methodology of Cat.2 baseline | Ericsson | - |
| R1‑153164 | SU-MIMO performance of non-precoded CSI-RS enhancements | Ericsson | - |
| R1‑153165 | MU-MIMO performance of non-precoded CSI-RS enhancements | Ericsson | - |
| R1‑153166 | Comparing non-precoded and beamformed CSI-RS enhancements | Ericsson | - |
| R1‑153167 | Non-precoded CSI-RS enhancement design considerations | Ericsson | - |
| R1‑153168 | 2D Codebook with KP structure and associated feedback | Ericsson | - |
| R1‑153169 | Flexible support of antenna arrays for FD-MIMO | Ericsson | - |
| R1‑153170 | Codebook Subset Restriction for FD-MIMO | Ericsson | - |
| R1‑153171 | Potential RRM enhancements | Ericsson | - |
| R1‑153172 | DM-RS Enhancements for MU-MIMO in 2D Antenna Arrays | Ericsson | - |
| R1‑153173 | Views on TDD specific enhancements | Ericsson | - |
| R1‑153174 | SI conclusion and suggestion for WI phases | Ericsson | - |
| R1‑153175 | Enhancements for beamformed CSI-RS | Ericsson | - |
| R1‑153176 | DL control enhancements for Rel-13 CA | Potevio | - |
| R1‑153177 | HARQ-ACK feedback enhancements for Rel-13 CA | Potevio | - |
| R1‑153178 | Evaluation results on coexistence between DL only LAA and DL+UL Wi-Fi | NTT DOCOMO, INC. | - |
| R1‑153179 | Views on LBT and frequency reuse mechanism for LAA DL transmission | NTT DOCOMO, INC. | - |
| R1‑153180 | Views on RRM measurement and corresponding DRS design for LAA | NTT DOCOMO, INC. | - |
| R1‑153181 | Discussion on Discontinuous transmission and scheduling design for LAA DL | NTT DOCOMO, INC. | - |
| R1‑153182 | Alignment of Prose parameter names | Motorola Mobility Germany GmbH | - |
| R1‑153183 | Further Discussion on Physical Layer options for LAA-LTE | Motorola Mobility Germany GmbH | - |
| R1‑153184 | DL Transmission options for LAA-LTE | Motorola Mobility Germany GmbH | - |
| R1‑153185 | Views on Indoor Positioning Enhancements SI | Intel Corporation | - |
| R1‑153186 | Remaining details of EPDCCH-based M-PDCCH design | Intel Corporation | - |
| R1‑153187 | CSI measurements and UCI transmission for MTC | Intel Corporation | - |
| R1‑153188 | Discussion on relay selection | NTT DOCOMO, INC. | - |
| R1‑153189 | Resource allocation for UE-to-network relay | NTT DOCOMO, INC. | - |
| R1‑153190 | Remaining issues of Type 1 discovery for partial and outside network coverage | NTT DOCOMO, INC. | - |
| R1‑153191 | Enhancement for inter-carrier D2D discovery | NTT DOCOMO, INC. | - |
| R1‑153192 | Remaining issues on PUCCH on SCell for up to 5 CCs | NTT DOCOMO INC. | - |
| R1‑153193 | Discussion on DL control signalling enhancements for Rel.13 CA | NTT DOCOMO INC. | - |
| R1‑153194 | Discussion on the new PUCCH format for up to 32 CCs | NTT DOCOMO INC. | - |
| R1‑153195 | Views on CSI enhancements to Rel.13 CA | NTT DOCOMO INC. | - |
| R1‑153196 | PUCCH resource allocation | Huawei, Hisilicon | - |
| R1‑153197 | UCI channel coding | Huawei, Hisilicon | - |
| R1‑153198 | On CA enhancements supporting up to 32 component carriers | Huawei, HiSilicon | - |
| R1‑153199 | LAA synchronization and indication of downlink transmission | Huawei, HiSilicon | - |
| R1‑153200 | Further details on LAA preamble design | Huawei, HiSilicon | - |
| R1‑153201 | Subframe structure for LAA downlink | Huawei, HiSilicon | - |
| R1‑153202 | Link-level configurations of MUST schemes in MIMO transmission | Huawei, HiSilicon | - |
| R1‑153203 | Interference control for out-of-coverage discovery | Huawei, HiSilicon | - |
| R1‑153204 | Downlink resource allocation for B5C | Huawei, HiSilicon | - |
| R1‑153205 | Support for carrier selection/switching in CA enhancement | Huawei, HiSilicon | - |
| R1‑153206 | How to have different behavior depending on coverage enhancement | Huawei, HiSilicon | - |
| R1‑153207 | Frequency hopping of physical downlink control channel for MTC | Huawei, HiSilicon | - |
| R1‑153208 | On the use of periodic CSI | Huawei, HiSilicon | - |
| R1‑153209 | CQI and MCS tables | Huawei, HiSilicon | - |
| R1‑153210 | Frequency hopping of PUCCH | Huawei, HiSilicon | - |
| R1‑153211 | DCI and resource allocation for MTC UE | Huawei, HiSilicon | - |
| R1‑153212 | Retuning for PSS/SSS, PBCH and possibly other channels | Huawei, HiSilicon | - |
| R1‑153213 | Determining starting PRACH resource set | Huawei, HiSilicon | - |
| R1‑153214 | UE power consumption reduction techniques | Huawei, HiSilicon | - |
| R1‑153215 | Considerations on the spare bits in MIB | Huawei, HiSilicon | - |
| R1‑153216 | ACK/NACK feedback for PUSCH | Huawei, HiSilicon | - |
| R1‑153217 | UE-to-Network relay communication | Huawei, HiSilicon | imported from 3GU |
| R1‑153218 | Further Evaluation for OTDOA and hybrid for indoor positioning without synchronization error | Huawei, HiSilicon | - |
| R1‑153219 | Further Evaluation for OTDOA and hybrid for indoor positioning with synchronization error | Huawei, HiSilicon | - |
| R1‑153220 | Summary of evaluation results for baseline performance | Huawei, HiSilicon | - |
| R1‑153221 | Discussion on WIFI and Bluetooth for indoor positioning | Huawei, HiSilicon | - |
| R1‑153222 | Evaluation and discussion on OTDOA enhancements | Huawei, HiSilicon | - |
| R1‑153223 | Text proposal for OTDOA enhancements | Huawei, HiSilicon | - |
| R1‑153224 | Discussion on Barometer technologies for indoor positioning | Huawei, HiSilicon | - |
| R1‑153225 | Text proposals for Barometers for indoor positioning | Huawei, HiSilicon | - |
| R1‑153226 | Discussion on D2D assisted positioning | Huawei, HiSilicon | - |
| R1‑153227 | Coexistence evaluations for LAA with DL and UL transmissions | Huawei, HiSilicon | imported from 3GU |
| R1‑153228 | UL transmission design for LAA | Huawei, HiSilicon | - |
| R1‑153229 | LBT design for LAA-LAA coexistence and support of reuse 1 | Huawei, HiSilicon | - |
| R1‑153230 | Design of fast carrier switching for LAA | Huawei, HiSilicon | - |
| R1‑153231 | Considerations on HARQ-ACK bundling for CA beyond 5 carriers | Huawei, HiSilicon | - |
| R1‑153232 | Remaining issues of DL control signalling enhancements for up to 32 component carriers | Huawei, HiSilicon | - |
| R1‑153233 | Clarification on Pcmax definition in DC | Huawei, HiSilicon | - |
| R1‑153234 | Draft LS on Pcmax definition of asynchronous overlapping transmissions in DC | Huawei, HiSilicon | - |
| R1‑153235 | On PMCH enhancement by MUST technologies | Huawei, HiSilicon | - |
| R1‑153236 | System level simulation results for MUST schemes | Huawei, HiSilicon | - |
| R1‑153237 | Overview of the remaining aspects of the LAA study | Huawei, HiSilicon | - |
| R1‑153238 | (E)PDCCH enhancements to support up to 32 carriers aggregation | Huawei, HiSilicon | - |
| R1‑153239 | On Paging transmission for MTC | Huawei, HiSilicon | - |
| R1‑153240 | Handling of CSI-RS with PBCH and MTC-SIB1 transmission | Huawei, HiSilicon | - |
| R1‑153241 | CSI measurement and feedback for MTC UEs | Huawei, HiSilicon | - |
| R1‑153242 | PRACH coverage enhancement for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153243 | PBCH and MIB for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153244 | M-PDCCH for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153245 | PDSCH for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153246 | SIB transmission for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153247 | RAR for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153248 | Paging for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153249 | PUCCH and UCI for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153250 | PUSCH for MTC UE | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153251 | Performance results of Cat-2 baseline | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153252 | Potential enhancement of beamformed CSI-RS | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153253 | Potential enhancement of non-precoded CSI-RS based scheme | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153254 | LAA frame structure design | Mediatek Inc. | - |
| R1‑153255 | LAA reservation signal design | Mediatek Inc. | - |
| R1‑153256 | Considerations on CSI feedback in LAA | Mediatek Inc. | - |
| R1‑153257 | Design considerations on fractional subframe at the end of DL transmission | Mediatek Inc. | - |
| R1‑153258 | DRS Enhancements for LAA | Mediatek Inc. | - |
| R1‑153259 | eNB and UE behaviors with respect to partial subframes | Mediatek Inc. | - |
| R1‑153260 | LBT design for LAA | Mediatek Inc. | - |
| R1‑153261 | Simulation evaluation on LAA performance | Mediatek Inc. | - |
| R1‑153262 | Discussion on the DL superposed transmissions schemes | Nokia Networks | - |
| R1‑153263 | Remaining issue of common control messages | Lenovo (Beijing) Ltd | - |
| R1‑153264 | Remaining open details for MUST scenarios | Nokia Networks | - |
| R1‑153265 | [Draft] Response LS related to LAA-802.11 Coexistence | Qualcomm Incorporated | - |
| R1‑153266 | Initial evaluation result of downlink Multiuser Superposition Transmission Scheme | CATR | - |
| R1‑153267 | Baseline performance of Elevation Beamforming/Full-Dimension (FD) for LTE | CATR | - |
| R1‑153268 | Consideration on enhancement to UL control signalling for up to 32 component carriers | CATR | - |
| R1‑153269 | Evaluation results for DL-only LAA network coexisting with a Wi-Fi network having DL and UL traffic | CATR | - |
| R1‑153270 | Considerations on CSI feedback for LAA | CATR | - |
| R1‑153271 | Remaining details for supporting PUCCH on SCell | ITL | - |
| R1‑153272 | On the CSI measurement and reports for LAA | ITL | - |
| R1‑153273 | Discussion on Possible PDCCH Modification for Downlink MUST | III | - |
| R1‑153274 | On data transmission with partial TTI for LAA | ITL | - |
| R1‑153275 | On the UCI multiplexing for LAA with DL and UL transmission | ITL | - |
| R1‑153276 | Non-precoded CSI-RS and the corresponding CSI feedback for FD MIMO | ITL | - |
| R1‑153277 | Discussion on joint-QAM modulation for superposition scheme | III | - |
| R1‑153278 | Considerations on relay UE selection for UE-to-Network relays | ITL | - |
| R1‑153279 | Phase 1 evaluation results for homogeneous networks | CEWiT | - |
| R1‑153280 | PUCCH Format Enhancements considering ACK/NACK Payload Size | China Unicom | - |
| R1‑153281 | LBT Enhancements for Intra-operator LAA Nodes Frequency Reuse | China Unicom | - |
| R1‑153282 | Potential Enhancements for Hidden Nodes Issue of LAA | China Unicom | - |
| R1‑153283 | Considerations on Distributed Antenna System (DAS) Scenario for Indoor Positioning | China Unicom | - |
| R1‑153284 | Work plan for Study on latency reduction techniques for LTE | Ericsson | - |
| R1‑153285 | Discussion on Modulation with Power-Scaling Tuning for Superposition Scheme | III | - |
| R1‑153286 | Discussion on LAA Uplink Transmission | III | - |
| R1‑153287 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
| R1‑153288 | Reduced E-DPCCH solution for Small Data Transmissions | Nokia Networks | - |
| R1‑153289 | TP on reduced E-DPCCH solution for Small Data Transmissions | Nokia Networks | - |
| R1‑153290 | [Draft] Reply LS on public safety discovery from SA3 | Intel Corporation | - |
| R1‑153291 | Further considerations on PCH with smaller TBS | Nokia Networks | - |
| R1‑153292 | Views on MTC SIB transmission | KT Corp. | - |
| R1‑153293 | PHICH for MTC UEs | KT Corp. | - |
| R1‑153294 | Discussion on RRM measurement and DRS for LAA | KT Corp. | - |
| R1‑153295 | Discussion on Dynamic Selection of SR PUCCH Resources | III | - |
| R1‑153296 | Remaining aspects of PUCCH on SCell | Nokia Networks | - |
| R1‑153297 | Number of PUCCH cell groups | Nokia Networks | - |
| R1‑153298 | Text proposal on a summary of the coverage enhancements for small data transmissions in UMTS | Ericsson | - |
| R1‑153299 | Text proposal on Impact on RAN WGs of the SI on small data transmission enhancements for UMTS | Ericsson | - |
| R1‑153300 | Text proposal on conclusions of the SI on small data transmission enhancements for UMTS | Ericsson | - |
| R1‑153301 | TR 25.705 v1.1.0 Study on small data transmission enhancenments for UMTS | Ericsson | - |
| R1‑153302 | On Enabling Offloading of ICS UEs in a network with NAICS support | Ericsson | - |
| R1‑153303 | On the requirements and impact of solutions for CQI mismatch | Ericsson | - |
| R1‑153304 | Text proposal on considerations on the CQI mismatch solution | Ericsson | - |
| R1‑153305 | On the maximum number of H-RNTIs | Ericsson | - |
| R1‑153306 | Discussion on DL reference signal transmission for LAA | Shenzhen Coolpad Technologies | - |
| R1‑153307 | Discussion on CSI measurement and reporting for LAA | Shenzhen Coolpad Technologies | - |
| R1‑153308 | Discussion on the enhancements of LBT schemes | Shenzhen Coolpad Technologies | - |
| R1‑153309 | Coexistence evaluation results for outdoor DL only LAA+LAA scenario | Shenzhen Coolpad Technologies | - |
| R1‑153310 | Physical channel relationship for low complexity UE | ASUSTEK COMPUTER (SHANGHAI) | - |
| R1‑153311 | Discussion about signalling between D2D relay UE and remote UE | ASUSTEK COMPUTER (SHANGHAI) | - |
| R1‑153312 | Discussion on the Schemes for Multiuser Superposition Transmission | ASUSTEK COMPUTER (SHANGHAI) | - |
| R1‑153313 | Utilizing WLAN to build area dependent path loss model | III | - |
| R1‑153314 | Consideration for open loop transmission scheme for FD-MIMO | CEWiT | - |
| R1‑153315 | Selection/Reselection of D2D Relays | CEWiT | - |
| R1‑153316 | Discussion on longer TTI for PUSCH in CE mode | MediaTek Inc. | - |
| R1‑153317 | Discussion on PUCCH resource allocation for Rel-13 MTC | MediaTek Inc. | - |
| R1‑153318 | Discussion on narrow band PUCCH design for Rel-13 MTC | MediaTek Inc. | - |
| R1‑153319 | Search space design for M-PDCCH | MediaTek Inc. | - |
| R1‑153320 | Time and Frequency Relationship for MPDCCH and PDSCH | NTT DOCOMO, INC. | - |
| R1‑153321 | MPDCCH set initialization for Rel-13 low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153322 | Views on MPDCCH for Rel-13 low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153323 | Views on multiple repetition levels for PDSCH/PUSCH | NTT DOCOMO, INC. | - |
| R1‑153324 | Details on PUSCH for low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153325 | Views on PUCCH for Rel-13 low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153326 | PRACH repetition in Rel-13 low complexity UE | NTT DOCOMO, INC. | - |
| R1‑153327 | Views on SIB design in Rel-13 low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153328 | Views on Paging/RAR reception for low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153329 | Views on multiple information reception for Rel-13 MTC UE | NTT DOCOMO, INC. | - |
| R1‑153330 | Remaining issues on CFI indication for Rel-13 low complexity MTC | NTT DOCOMO, INC. | - |
| R1‑153331 | Remaining issues on evaluation assumptions for downlink multiuser superposition transmissions | NTT DOCOMO, INC. | - |
| R1‑153332 | Evaluation methodologies for downlink multiuser superposition transmissions | NTT DOCOMO, INC. | - |
| R1‑153333 | Candidate non-orthogonal multiplexing access scheme | NTT DOCOMO, INC. | - |
| R1‑153334 | CQI definition for Rel-13 MTC | MediaTek Inc. | - |
| R1‑153335 | MTC narrowband discussion and resource allocation design | MediaTek Inc. | - |
| R1‑153336 | RAR/Paging Enhancement for Rel-13 LC-MTC UEs | MediaTek Inc. | - |
| R1‑153337 | Impact of LAA transmission gap on the hidden node problem for downlink LAA-Wi-Fi coexistence | Cisco Systems Belgium | - |
| R1‑153338 | Discussion on UE Power Consumption Reduction Techniques | MediaTek Inc. | - |
| R1‑153339 | Comparisons of Category 4 LBT schemes for downlink-only LAA-Wi-Fi coexistence | Cisco Systems Belgium | - |
| R1‑153340 | CSI enhancement for CA with up to 32 CCs | ZTE Corporation | - |
| R1‑153341 | LAA updated indoor coexistence results where WiFi has DL-only traffic | Nokia Networks | - |
| R1‑153342 | LAA updated indoor coexistence results where WiFi has DL+UL FTP traffic | Nokia Networks | - |
| R1‑153343 | LAA indoor coexistence results where WiFi has mixed traffic | Nokia Networks | - |
| R1‑153344 | Additional LAA coexistence results | Nokia Networks | - |
| R1‑153345 | Energy Efficiency of BPSK and QPSK Modulations | Sony Europe Limited | - |
| R1‑153346 | Handling of Maximum Timing Difference between MCG and SCG | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153347 | Correction on Power Control Mode 1 with Maximum Timing Difference | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153348 | Direct Discovery Transmission on Non-Serving Carriers | Ericsson | - |
| R1‑153349 | Considerations on out of coverage discovery synchronization | Ericsson | - |
| R1‑153350 | D2D Link Measurements Definitions | Ericsson | - |
| R1‑153351 | Potential enhancements for OTDOA | Nokia Networks Oy | - |
| R1‑153352 | DPCCH DTX and DRX behavior for DCH enhancements | HuaWei Technologies Co., Ltd | - |
| R1‑153353 | Clarifications to Multiflow | HuaWei Technologies Co., Ltd | - |
| R1‑153354 | Clarifications to Multiflow | HuaWei Technologies Co., Ltd | - |
| R1‑153355 | Comments on incoming LS in R1-152526 (R4-152449) on relevant existing regulatory requirements for unlicensed spectrum deployment in the 5GHz bands | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑153356 | Considerations on HARQ process design for the EUL repetition solutions | Huawei, HiSilicon | - |
| R1‑153357 | Text proposal on HARQ process design for the EUL repetition solutions | Huawei, HiSilicon | - |
| R1‑153358 | Further considerations on EUL solutions | Huawei, HiSilicon | - |
| R1‑153359 | Text proposal on EUL solutions | Huawei, HiSilicon | - |
| R1‑153360 | Considerations on gains for coverage enhancements in SDT | Huawei, HiSilicon | - |
| R1‑153361 | Text proposal on E-DPCCH less solution | Huawei, HiSilicon | - |
| R1‑153362 | Evaluation of signalling optimization solution | Huawei, HiSilicon | - |
| R1‑153363 | Text proposal on evaluation of signalling optimization solution | Huawei, HiSilicon | - |
| R1‑153364 | Further considerations on offloading enhancements | Huawei, HiSilicon | - |
| R1‑153365 | Text proposal on offloading enhancements | Huawei, HiSilicon | - |
| R1‑153366 | Evaluation of CQI mismatch with timing misalignment | Huawei, HiSilicon | - |
| R1‑153367 | Text proposal on evaluation of CQI mismatch with timing misalignment | Huawei, HiSilicon | - |
| R1‑153368 | Evaluation of CQI mismatch for MIMO | Huawei, HiSilicon | - |
| R1‑153369 | Text proposal on evaluation of CQI mismatch for MIMO | Huawei, HiSilicon | - |
| R1‑153370 | Considerations on signalling for NAICS | Huawei, HiSilicon | - |
| R1‑153371 | Text proposal on signalling for NAICS | Huawei, HiSilicon | - |
| R1‑153372 | TR 25.766 v0.2.1 on Network-Assisted Interference Cancellation and Suppression for UMTS | Huawei, HiSilicon | - |
| R1‑153373 | Further considerations on Multiflow enhancements | Huawei, HiSilicon | - |
| R1‑153374 | Priority handling for D2D communication | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153375 | On RRM measurement enhancements for FD-MIMO systems | Intel Corporation (UK) Ltd | - |
| R1‑153376 | Pcmax reference in Dual Connectivity PCM2 | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153377 | Correction to Pcmax reference in Dual Connectivity | INTERDIGITAL COMMUNICATIONS | - |
| R1‑153378 | Support for priority of different groups | Alcatel-Lucent | imported from 3GU |
| R1‑153379 | ProSe RAN functional description for realizing off-network MCPTT priority | U.S. Department of Commerce | - |
| R1‑153380 | Support for priority of different groups | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑153381 | MBS Initial Simulation Results | NextNav | - |
| R1‑153382 | Evaluation results for UL control channel enhancements | ZTE Corporation | - |
| R1‑153383 | Baseline performance of Elevation Beamforming/Full-Dimension (FD) for LTE | CATR | - |
| R1‑153384 | Evaluation results for LAA and Wi-Fi Coexistence with DL-only LAA | Alcatel-Lucent | - |
| R1‑153385 | LBT and Frame Structure Design for DL-Only LAA | Alcatel-Lucent | - |
| R1‑153386 | Configuration and control signaling for Rel.13 FD-MIMO | Samsung Telecommunications | - |
| R1‑153387 | CSI Reporting Types for Rel.13 FD-MIMO | Samsung Telecommunications | - |
| R1‑153388 | Reduced Feedback Scheme for Rel.13 FD-MIMO | Samsung Telecommunications | - |
| R1‑153389 | TP on Codebook Subset Restriction and Reduced Feedback for TR36.897 | Samsung Telecommunications | - |
| R1‑153390 | Discussion on CQI for Rel.13 TDD FD-MIMO | Samsung Telecommunications | - |
| R1‑153391 | SRS Enhancements for Rel.13 FD-MIMO | Samsung Telecommunications | - |
| R1‑153392 | Evaluation Results for LAA with both DL and UL transmission | ZTE Corporation | - |
| R1‑153393 | Performance of baseline Cat2 for FD-MIMO | Samsung | - |
| R1‑153394 | Performance of baseline Cat3 for FD-MIMO | Samsung | imported from 3GU |
| R1‑153395 | Discussion on specification impacts with beamformed CSI-RS based schemes | Samsung | - |
| R1‑153396 | Discussion on spatially sub-sampled non-precoded CSI-RS | Samsung | - |
| R1‑153397 | Remaining Aspects for PUCCH Transmission on a Scell | Samsung | - |
| R1‑153398 | Evaluation of CSI-RS beamforming with fully-connected TXRU mapping | CATT | - |
| R1‑153399 | Evaluation of CSI-RS beamforming with subarray TXRU mapping | CATT | - |
| R1‑153400 | Standard enhancement to CSI-RS beamforming | CATT | - |
| R1‑153401 | Further results on CSI-RS coverage of non-precoded CSI-RS | CATT | - |
| R1‑153402 | Evaluation of codebook enhancement for FD-MIMO | CATT | - |
| R1‑153403 | Discussion on beamformed CSI-RS enhancement based on multiple NZP CSI-RS resources | Samsung | - |
| R1‑153404 | Coexistence Results for LAA DL only and Wi-Fi DL+UL | Indian Institute of Tech (H) | - |
| R1‑153405 | Specification impacts and evaluation results for hybrid CSI-RS | Samsung | - |
| R1‑153406 | Specification impacts and evaluation results with KP codebook enhancements | Samsung | - |
| R1‑153407 | Specification impacts and evaluation results with linear-combination codebook enhancements | Samsung | - |
| R1‑153408 | Performance of FD-MIMO with DMRS enhancement | Samsung | imported from 3GU |
| R1‑153409 | Summary of DMRS enhancements for EBF/FD-MIMO | Samsung | - |
| R1‑153410 | Performance enhancement of MU-CQI | Samsung | imported from 3GU |
| R1‑153411 | Remaining details of PUSCH coverage enhancements | Intel Corporation | - |
| R1‑153412 | On paging enhancements for MTC | Intel Corporation | - |
| R1‑153413 | Evaluation results on coexistence between DL only LAA and DL+UL Wi-Fi | NTT DOCOMO INC. | - |
| R1‑153414 | Discussions on Relay UE selection and discovery | ZTE Corporation | - |
| R1‑153415 | Further analysis on LBE options for reuse-1 LAA | Samsung | - |
| R1‑153416 | Discussion on DMRS enhancements | LG Electronics Inc. | - |
| R1‑153417 | Summary of email discussion [80b-04] UL SINR CDF calibration for CA | CATT | - |
| R1‑153418 | Summary of email discussions [80b-03 - CSI reporting TP of TR36.897 for EB/FD-MIMO] and [80b-06 - Other schemes related to CSI reporting for EB/FD-MIMO] | Samsung Telecommunications | - |
| R1‑153419 | TP to 36.897 on other schemes related to CSI reporting for EB/FD-MIMO | Samsung Telecommunications | - |
| R1‑153420 | PUCCH format design for CA enhancement | Ericsson | - |
| R1‑153421 | Further comparisons of Category 4 LBT schemes for downlink-only LAA-Wi-Fi coexistence | Cisco Systems | - |
| R1‑153422 | Summary of Baseline Evaluation Results of OTDOA | Ericsson Inc. | - |
| R1‑153423 | Initial TBS Simulation Results | Qualcomm Inc. | - |
| R1‑153424 | Updated reply LS on Type 2 PH reporting | RAN1, Intel | - |
| R1‑153425 | Final Report of RAN1#80bis meeting | ETSI | - |
| R1‑153426 | LAA updated indoor coexistence results where WiFi has DL-only traffic | Nokia Networks | - |
| R1‑153427 | Realistic upper bound on the MU-MIMO performance benefit of EBF/FD-MIMO in non-full buffer traffic | ETRI | - |
| R1‑153428 | Text proposal on update regulatory requirements in Taiwan | CHTTL, ITRI, Huawei, HiSilicon | - |
| R1‑153429 | Simulation results for WiFi DL+UL and LAA DL+UL scenarios with 50 UEs per operator | Qualcomm Inc. | - |
| R1‑153430 | Summary of PUCCH link simulation results for MTC | Ericsson | - |
| R1‑153431 | Coexistence evaluations and parameters for LBT category 4 for LAA with DL transmissions | Huawei, HiSilicon | - |
| R1‑153432 | Procedures and mechanism for L-3 based network-to-UE relay discovery | Alcatel-Lucent Shanghai Bell, Alcatel-Lucent | - |
| R1‑153433 | Baseline performance evaluation | Nokia Networks | - |
| R1‑153434 | Coordination for capturing results and summary in 36.897 | Nokia Networks, Samsung | - |
| R1‑153435 | TR36.889 v0.4.2 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153436 | WF on Uplink DMRS Enhancement for MTC | NEC, ETRI, Huawei, HiSilicon, Intel, Panasonic, ^^Qualcomm, Sierra Wireless | - |
| R1‑153437 | Remaining Issues on LAA UL | ZTE | - |
| R1‑153438 | Coexistence evaluation results for Wi-Fi DL+UL and LAA DL+UL | Intel Corporation | - |
| R1‑153439 | Comparison of evaluation results for various UL LBT options | Intel Corporation | - |
| R1‑153440 | WF on targeted deployment scenarios for MUST | MediaTek, CHTTL, III, ITRI | - |
| R1‑153441 | WF on intra-cell interference scenarios for MUST | MediaTek, CHTTL, III, ITRI, ZTE | - |
| R1‑153442 | WF on further details of evaluation methodology for MUST | MediaTek, CHTTL, III, ITRI, NTT DoCoMo, ZTE | - |
| R1‑153443 | Evaluation Results of FDD Baseline Cases | ZTE | - |
| R1‑153444 | Discussion on Codebook Design for EBF/FD-MIMO System | ZTE | - |
| R1‑153445 | Discussion on Aperiodic and Beamformed CSI-RS Schemes | ZTE | - |
| R1‑153446 | Enhanced CSI Schemes for TDD EBF/FD-MIMO System | ZTE | - |
| R1‑153447 | Discussion on DMRS Enhancement for EBF/FD-MIMO | ZTE | - |
| R1‑153448 | WF on hidden node problems | Cisco Systems, Broadcom, Ruckus, Sony, CableLabs | - |
| R1‑153449 | WF on aperiodic CSI reporting in LAA | ZTE, Sharp, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Kyocera, Nokia Networks, Huawei, HiSilicon, ETRI, NTT DoCoMo | - |
| R1‑153450 | WF on D2D-assisting indoor positioning | ZTE | - |
| R1‑153451 | WF on LAA transmissions burst(s) | Huawei, HiSilicon, Ericsson, Samsung, Nokia Networks, Kyocera, ETRI | - |
| R1‑153452 | WF on SRS enhancements | CMCC, ZTE, Huawei, HiSilicon, CATT, CATR, Samsung, Sony, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Nokia Networks, Ericsson | - |
| R1‑153453 | Evaluation Results of TDD Baseline Cases | ZTE | - |
| R1‑153454 | DM-RS enhancements evaluation results | Qualcomm Inc. | - |
| R1‑153455 | Discussion on beamformed CSI-RS and feedback enhancements | Qualcomm Inc. | - |
| R1‑153456 | WF on LBT category 4 design | LG Electronics, Alcatel-Lucent, ETRI | - |
| R1‑153457 | Way Forward on PHICH handling for Rel-13 CA | LG Electronics, Huawei, HiSilicon, Potevio, Sharp, Intel, ZTE | - |
| R1‑153458 | WF on pricnciple of M-PDCCH search space design | LG Electronics, InterDigital, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Panasonic, Intel, ZTE | - |
| R1‑153459 | Way Forward on power control for CA with PUCCH on Scell | LG Electronics, Intel Corporation, ZTE, ITL, Qualcomm | - |
| R1‑153460 | LS on Pcmax definition Pcmax definition of asynchronous overlapping transmissions in DC | RAN1, Huawei | - |
| R1‑153461 | Summary of evaluation results for baseline performance | Huawei, HiSilicon | - |
| R1‑153462 | WF on RRM for LAA | Samsung, NTT DOCOMO, Huawei, HiSilicon, Kyocera, Nokia | - |
| R1‑153463 | On the maximum number of H-RNTIs | RAN1, Ericsson | - |
| R1‑153464 | Text proposal on HARQ process design for the EUL repetition solutions | Huawei, HiSilicon | - |
| R1‑153465 | Text proposal on EUL solutions | Huawei, HiSilicon | - |
| R1‑153466 | Text proposal on a summary of the coverage enhancements for small data transmissions in UMTS | Ericsson | - |
| R1‑153467 | TP on reduced E-DPCCH solution for Small Data Transmissions | Nokia Networks | - |
| R1‑153468 | Text proposal on E-DPCCH less solution | Huawei, HiSilicon | - |
| R1‑153469 | Further considerations on the Multiflow 3F-4C HS-DPCCH format | Nokia Networks | - |
| R1‑153470 | Text proposal on Impact on RAN WGs of the SI on small data transmission enhancements for UMTS | Ericsson | - |
| R1‑153471 | Text proposal on conclusions of the SI on small data transmission enhancements for UMTS | Ericsson | - |
| R1‑153472 | Introduction of the Multiflow 3F-4C configuration | Nokia Networks | - |
| R1‑153473 | Text proposal on signalling for NAICS | Huawei, HiSilicon | - |
| R1‑153474 | Text proposal for offloading solution for NAICS | Qualcomm | - |
| R1‑153475 | Text proposal on offloading enhancements | Huawei, HiSilicon | - |
| R1‑153476 | Text proposal on considerations on the CQI mismatch solution | Ericsson | - |
| R1‑153477 | Text proposal on evaluation of CQI mismatch with timing misalignment | Huawei, HiSilicon | - |
| R1‑153478 | Text proposal on evaluation of CQI mismatch for MIMO | Huawei, HiSilicon | - |
| R1‑153479 | TR 25.766 v0.3.0 on Network-Assisted Interference Cancellation and Suppression for UMTS | Huawei, HiSilicon | - |
| R1‑153480 | Text proposal on evaluation of signalling optimization solution | Huawei, HiSilicon | - |
| R1‑153481 | TR 25.705 v1.2.0 Study on small data transmission enhancements for UMTS | Ericsson | - |
| R1‑153482 | TR 25.766 v0.4.0 on Network-Assisted Interference Cancellation and Suppression for UMTS | Huawei, HiSilicon | - |
| R1‑153483 | Way Forward on MUST study for PMCH | Intel Corporation, AT&T, ZTE, CHTTL | - |
| R1‑153484 | Way Forward on Scheduling of RAR & Paging | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Samsung, LG, ZTE, Interdigital, Nokia, NEC | - |
| R1‑153485 | WF on RAR | Panasonic, Ericsson, Qualcomm, NTT DOCOMO, Intel | - |
| R1‑153486 | Summary of the Coexistence Evaluation Results for DL-only LAA and DL-only Wi-Fi | Ericsson | - |
| R1‑153487 | Summary of the Coexistence Evaluation Results for DL-only LAA and DL+UL Wi-Fi | Ericsson | - |
| R1‑153488 | Summary of the Coexistence Evaluation Results for DL+UL LAA | Ericsson | - |
| R1‑153489 | WF on channel estimation for M-PDCCH | LG Electronics, Intel, Ericsson, Samsung, CATT, ZTE, Panasonic, Sony | - |
| R1‑153490 | WF on Resource Allocation for PDSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital | - |
| R1‑153491 | WF on flexible TTI start position in LAA | LGE | imported from 3GU |
| R1‑153492 | Summary of Offline discussions on ServingCellID to CIF mapping for a scheduling cell | Nokia Networks | - |
| R1‑153493 | Summary of Offline discussions on CIF to USS relation for cross-carrier scheduling | Nokia Networks | - |
| R1‑153494 | PUSCH Summary of Submitted Tdocs on RAN#81 | Sierra Wireless, S.A. | - |
| R1‑153495 | WF on 24 ECCE Aggregation Level | Samsung, Panasonic, Qualcomm | - |
| R1‑153496 | WF on joint DCI for Rel-13 CA | Huawei, HiSilicon, Qualcomm | - |
| R1‑153497 | WF on power control for CA with PUCCH on Scell | LG Electronics, NTT DOCOMO, CATT, Samsung, Nokia Network, Qualcomm, Sharp, Potevio | - |
| R1‑153498 | WF on Narrowband definition for Rel-13 MTC UEs | LG Electronics, Ericsson | - |
| R1‑153499 | WF on RAR transmission | Huawei, HiSilicon, InterDigital, Intel, Panasonic | - |
| R1‑153500 | WF on TX gap for discovery transmission in non-Pcell | LG Electronics, Qualcomm, ITRI, NEC | - |
| R1‑153501 | WF on PDSCH/PUSCH bundle size for MTC | Ericsson, Panasonic, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, MediaTek, LG Electronics, AT&T, Sierra Wireless, Samsung, InterDigital | - |
| R1‑153502 | WF on EREG-to-ECCE mapping for L=24 ECCE | Ericsson, Intel | - |
| R1‑153503 | WF on PUCCH for MTC | Ericsson | imported from 3GU |
| R1‑153504 | WF on CSI and CQI for MTC | Ericsson, NTT DOCOMO, Nokia Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T | - |
| R1‑153505 | WF for alignment with revised WID for MTC | Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T, Intel, InterDigital, Nokia Networks, Sony | - |
| R1‑153506 | WF on Link Level simulation | LG Electronics, MediaTek, ZTE, Intel | - |
| R1‑153507 | WF on Traffic model for MUST | ZTE, MediaTeck | - |
| R1‑153508 | Summary of DMRS enhancements for EBF/FD-MIMO | Samsung | - |
| R1‑153509 | Findings Based on Coexistence Evaluation Results for LAA with only DL Transmissions | Ericsson | - |
| R1‑153510 | Findings Based on Coexistence Evaluation Results for LAA with DL and UL Transmissions | Ericsson | - |
| R1‑153511 | WF on evaluation assumptions for PMCH enhancement by MUST | Huawei, HiSilicon, Intel Corporation, MediaTek Inc., AT&T, CHTTL | - |
| R1‑153512 | WF on Relay Discovery and Measurement | Qualcomm Inc., General Dynamics,, Huawei, HiSilicon, Nokia Networks, NTT DoCoMo, ITRI | - |
| R1‑153513 | WF on Priority for Mode 2 communication | Qualcomm Inc., U.S. Department of Commerce, General Dynamics, Alcatel-Lucent Shanghai Bell, Alcatel-Lucent, ITRI, III, Sharp | - |
| R1‑153514 | WF on Inter Frequency Discovery | Qualcomm Inc. | - |
| R1‑153515 | PDSCH narrowband location | Huawei, HiSilicon, Panasonic | - |
| R1‑153516 | Draft LS on LAA transmission burst(s) | Huawei | - |
| R1‑153517 | Text proposal for OTDOA enhancements | Huawei, HiSilicon | - |
| R1‑153518 | Text proposals for Barometers for indoor positioning | Huawei, HiSilicon | - |
| R1‑153519 | WF on Relay UE Concurrent Processes | Intel Corporation, Qualcomm Inc., Huawei, HiSilicon, NTT DOCOMO, LGE, NEC | - |
| R1‑153520 | WF on D2D Aided Positioning | Intel Corporation, Qualcomm Inc., LGE, III | - |
| R1‑153521 | WF on evaluation assumptions for D2D aided positioning | LG Electronics, III, Intel Corporation | - |
| R1‑153522 | TP on Codebook Subset Restriction and Reduced Feedback for TR36.897 | Samsung, Ericsson, LG Electronics | - |
| R1‑153523 | WF on CSI-RS enhancements | LG Electronics, Ericsson, Nokia Networks, Samsung, Sony Corporation, ZTE | - |
| R1‑153524 | WF on RRM enhancements for FD-MIMO | LG Electronics, CATR, CATT, Ericsson, NEC | - |
| R1‑153525 | Summary of results on beamformed CSI-RS based enhancement schemes | Samsung | - |
| R1‑153526 | Summary of results on non-precoded CSI-RS based enhancement schemes | Samsung | - |
| R1‑153527 | Summary of the Coexistence Evaluation Results for DL-only LAA and DL-only Wi-Fi | Ericsson | - |
| R1‑153528 | Summary of the Coexistence Evaluation Results for DL+UL LAA | Ericsson | - |
| R1‑153529 | WF on UL LBT | Intel | - |
| R1‑153530 | WF on DL LBT category | Intel, Mediatek | - |
| R1‑153531 | WF on multiple SCI transmission within a SC period | LG Electronics, NTT Docomo, ITRI, III, Kyocera, Intel, Sharp | - |
| R1‑153532 | Summary of Baseline Evaluation Results of OTDOA | Ericsson Inc. | - |
| R1‑153533 | WF on SLSS transmission for discovery | LG Electronics, Qualcomm, DOCOMO, ITRI, Kyocera | - |
| R1‑153534 | WF on M-PDCCH search space | Samsung, CATT, Nokia Networks | - |
| R1‑153535 | Proposal for DMRS enhancements in EBF/FD-MIMO | Huawei, HiSilicon, Nokia, Samsung, CMCC, Telecom Italia, NEC, CATR, Sony, China Unicom, Intel | - |
| R1‑153536 | TR36.897 v0.4.0 Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Samsung | - |
| R1‑153537 | WF on contention for LAA UL transmission | Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑153538 | Findings Based on Coexistence Evaluation Results for LAA with only DL Transmissions | Ericsson | - |
| R1‑153539 | Findings Based on Coexistence Evaluation Results for LAA with DL and UL Transmissions | Ericsson | - |
| R1‑153540 | WF on the maximum number of HARQ-ACK bits for DL CA of up to 32 CCs | Huawei, HiSilicon, CATR, Potevio, CATT,NEC, Qualcomm Inc, Fujitsu, Samsung | - |
| R1‑153541 | Evaluation results for DL+UL LAA and Wi-Fi | Fujitsu | - |
| R1‑153542 | WF on UE-to-Network Relay | Huawei, HiSilicon, Qualcomm, ITRI, III, NEC | - |
| R1‑153543 | WF on HARQ-ACK feedback for PUSCH | Huawei, HiSilicon, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, KDDI, NTTdocomo, Intel, Qualcomm, ZTE | - |
| R1‑153544 | WF on Narrowband definition for Rel-13 MTC UEs | Huawei, HiSilicon | - |
| R1‑153545 | WF on PRACH CE starting level | Huawei, HiSilicon, InterDigital, ALU, ASB, Qualcomm, Samsung, Panasonic, Intel, MediaTek, KDDI, ZTE | - |
| R1‑153546 | WF on remaining issues of discovery | ZTE, Nokia Networks | - |
| R1‑153547 | WF on Link Level simulation | LG Electronics, Intel, Qualcomm, ZTE, MediaTek, CATR | - |
| R1‑153548 | WF on LBT for multi-carrier transmission in DL | Qualcomm, Huawei, Hisilicon | - |
| R1‑153549 | WF on PUSCH Tx for LAA | LG Electronics, Kyocera, Sharp, ITL, Huawei, HiSilicon | - |
| R1‑153550 | Way Forward on UL HARQ-ACK codebook size for CA up to 32 CCs | ZTE, Qualcomm, Samsung, IDCC, CATR | - |
| R1‑153551 | Performance of baseline Cat2 for different vertical beam sets | Samsung | - |
| R1‑153552 | [Draft] Reply LS on Sidelink measurements for relay UE selection | Qualcomm | - |
| R1‑153553 | Reply LS on Sidelink measurements for relay UE selection | RAN1, Qualcomm | - |
| R1‑153554 | [Draft] Reply LS on public safety discovery from SA3 | Intel Corporation, Qualcomm Inc. | - |
| R1‑153555 | Reply LS on public safety discovery from SA3 | RAN1, Intel, Qualcomm | - |
| R1‑153556 | [Draft] LS on Type 1 discovery for partial and outside network coverage | Qualcomm | - |
| R1‑153557 | void | ETSI | imported from 3GU |
| R1‑153558 | void | ETSI | imported from 3GU |
| R1‑153559 | void | ETSI | imported from 3GU |
| R1‑153560 | void | ETSI | imported from 3GU |
| R1‑153561 | void | ETSI | imported from 3GU |
| R1‑153562 | WF on PUCCH enhancement for MTC | ZTE | imported from 3GU |
| R1‑153563 | WF on transmission mode in LAA DL | LGE | imported from 3GU |
| R1‑153564 | WF on partial TTI in LAA | LGE | imported from 3GU |
| R1‑153565 | WF on LAA UL LBT | Intel, Ericsson, ETRI | - |
| R1‑153566 | Recommendations on terminology | Huawei, HiSilicon, Ericsson | - |
| R1‑153567 | WF on Narrowband definition for Rel-13 MTC UEs | Huawei, HiSilicon | - |
| R1‑153568 | WF on MTC SIB Transmission | Nokia Networks, Ericsson, Intel, Alcatel Lucent, InterDigital, KDDI, MediaTek, Samsung, CATT, LG, Sierra Wireless, Huawei | - |
| R1‑153569 | WF on Narrowband definition for Rel-13 MTC UEs | LGE | imported from 3GU |
| R1‑153570 | WF on PDSCH/PUSCH bundle size for MTC | Ericsson, Panasonic, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, MediaTek, AT&T, Sierra Wireless, Samsung, InterDigital, NTT DOCOMO | - |
| R1‑153571 | Way Forward on PUCCH enhancement for MTC | ZTE, Ericsson, Mediatek, Qualcomm | - |
| R1‑153572 | WF on PRACH for MTC | ZTE , Mediatek | - |
| R1‑153573 | WF on Fast Carrier Switching for LAA | Huawei, HiSilicon, Samsung, CATR, Sony, ETRI | - |
| R1‑153574 | WF on LAA DL transmission burst(s) configurations | Huawei, HiSilicon, Qualcomm | - |
| R1‑153575 | WF on valid subframes for a PSDCH bundle transmission | LGE | - |
| R1‑153576 | TP for TR37.857 Indoor Positioning Enhancements | NextNav | - |
| R1‑153577 | WF on periodic CSI reporting for CA enhancement beyond 5CC | Nokia Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, CATT, CMCC, HiSilicon, Huawei, LG Electronics, Potevio, Qualcomm, Samsung, Sharp, ZTE | - |
| R1‑153578 | WF on DL LBT scheme for DRS | Huawei, HiSilicon, NEC | - |
| R1‑153579 | [Draft] Response LS related to LAA-802.11 Coexistence | Qualcomm Incorporated | - |
| R1‑153580 | Summary of PDSCH and SIB/RAR/Paging Simulation Results | Nokia Networks | - |
| R1‑153581 | WF on CRC for HARQ-ACK transmisison in Rel-13 CA | CATT, Intel, Ericsson | - |
| R1‑153582 | [Draft] Response LS related to LAA-802.11 Coexistence | Qualcomm Incorporated | - |
| R1‑153583 | WF on DL modulation schemes for MTC | Ericsson, Panasonic, Sierra Wireless | - |
| R1‑153584 | Text proposals for IMU sensor for indoor positioning | Sony Europe Limited | - |
| R1‑153585 | WF on number of HARQ processes for MTC | Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, MediaTek, Samsung, Sierra Wireless | - |
| R1‑153586 | Motivation for flexible framework for non-precoded CSI-RS | Ericsson | - |
| R1‑153587 | Way forward on flexible framework for non-precoded CSI-RS | Ericsson, Kathrein, AT&T, Deutsche Telecom | - |
| R1‑153588 | Proposals for observations on beamformed, non precoded and hybrid CSI-RS enhancements | Samsung, Ericsson, CATT, AT&T, ZTE, LG Electronics, Huawei, HiSilicon | - |
| R1‑153589 | Proposals for DMRS enhancements in EBF/FD-MIMO | Huawei, HiSilicon, Nokia, Samsung, CMCC, Telecom Italia, NEC, CATR, Sony, China Unicom, Intel, ZTE, ITRI, LGE, Ericsson | - |
| R1‑153590 | Summary of system level evaluation assumptions for MUST | MediaTek Inc. | - |
| R1‑153591 | Way Forward on UL HARQ-ACK codebook size for CA up to 32 CCs | ZTE, Qualcomm, Samsung, IDCC, CATR | - |
| R1‑153592 | Proposals for DMRS enhancements in EBF/FD-MIMO | Huawei, HiSilicon, Nokia, Samsung, CMCC, Telecom Italia, NEC, CATR, Sony, China Unicom, Intel, ZTE, ITRI, LGE, Ericsson | - |
| R1‑153593 | Updated evaluation of feedback based on hybrid RS | CMCC | - |
| R1‑153594 | Text proposal on evaluation assumptions for D2D aided positioning | LG Electronics, III, Intel Corporation | - |
| R1‑153595 | WF on Multiuser Superposition Transmission Schemes | NTT DOCOMO, MediaTek, ZTE, Huawei, HiSilicon | - |
| R1‑153596 | WF on CSI-RS enhancements | LG Electronics, CATR, CATT, Ericsson, ETRI, Huawei, HiSilicon, ITRI, KT Corp., LG Uplus, Nokia Networks, Samsung, Sony Corporation, ZTE | - |
| R1‑153597 | WF on RRM enhancements | LG Electronics, AT&T, CATR, CATT, Ericsson, Huawei, HiSilicon, KT Corp., LG Uplus, NEC, Nokia Networks, Samsung, ZTE | - |
| R1‑153598 | WF on Traffic model for MUST | ZTE, MediaTek | - |
| R1‑153599 | Performance of Cat.2 baseline with different wrapping methods | CATT | - |
| R1‑153600 | WF on non-codebook based CSI reporting enhancements | ZTE, CMCC, CATR, Nokia Networks, CATT | - |
| R1‑153601 | UE-to-Network relay selection | LG Electronics, Samsung, ETRI, NTT Docomo, CATT, KT, WILUS Inc., LG U+, ZTE | - |
| R1‑153602 | Way Forward on UL HARQ-ACK codebook size for CA up to 32 CCs | ZTE, Qaulcomm, Samsung, LGE, CATR, Nokia, Nokia Networks, IDCC | - |
| R1‑153603 | Summarizing baseline results | Nokia Networks | - |
| R1‑153604 | Summary of link level simulation results for M-PDCCH in coverage extension | Sony Europe Limited | - |
| R1‑153605 | [Draft] Reply LS on public safety discovery from SA3 | Intel Corporation, Qualcomm Inc. | - |
| R1‑153606 | Text proposal for enhanced PRS transmission for indoor positioning | Ericsson | - |
| R1‑153607 | Text proposal for PRS pattern enhancement for indoor positioning | Ericsson | - |
| R1‑153608 | Text Proposal for Reference Cell Selection with Location Server Support | Ericsson | - |
| R1‑153609 | Text Proposal for Improved RSTD reporting | Ericsson | - |
| R1‑153610 | Discussion on beamformed CSI-RS enhancement based on multiple NZP CSI-RS resources | Samsung | - |
| R1‑153611 | Notes from RAN1#81 MTC offline session | Ericsson | - |
| R1‑153612 | WF on scheduling of RAR and Paging for MTC | Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, ETRI, InterDigital, Lenovo, LG Electronics, MediaTek, Panasonic, Qualcomm, Samsung, Sierra Wireless | - |
| R1‑153613 | WF on HARQ-ACK feedback for PUSCH | Panasonic, Samsung, Sony, MediaTek, LGE | - |
| R1‑153614 | WF on PBCH repetition details | Huawei, HiSilicon, Samsung, Nokia Networks | - |
| R1‑153615 | WF on Narrowband definition for Rel-13 MTC UEs | LG Electronics, NEC, CATT | - |
| R1‑153616 | WF on LAA DRS for CSI measurement | CATT, Samsung | - |
| R1‑153617 | WF on CSI and CQI for MTC | Ericsson, NTT DOCOMO, Nokia Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T, LG Electronics | - |
| R1‑153618 | WF on Fallback Mechanism for M-PDCCH | Ericsson, Nokia Networks | - |
| R1‑153619 | WF on Resource Allocation for PDSCH/PUSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital, Lenovo, Nokia Neworks | - |
| R1‑153620 | [Draft] Response LS related to LAA-802.11 Coexistence | Qualcomm Incorporated | - |
| R1‑153621 | WF on observations for CSI enhancements | Samsung, CATT, Intel, Ericsson, Qualcomm | - |
| R1‑153622 | WF on subframe(s) for PBCH and SIB1 transmissoin for TDD | CATT, CATR, Panasonic, Qualcomm, ZTE | - |
| R1‑153623 | Text Proposal on SI conclusions for LAA | Ericsson, Huawei | - |
| R1‑153624 | Text proposal on OTDOA enhancement | ZTE | - |
| R1‑153625 | TR 36.859 v0.1.1 Study on Downlink Multiuser Superposition Transmission (MUST) for LTE | MediaTek Inc. | - |
| R1‑153626 | Summary of system level evaluation assumptions for MUST | MediaTek Inc. | - |
| R1‑153627 | WF on aperiodic CSI triggering for Rel-13 CA | LG Electronics, Samsung, NTT DOCOMO, ITL, Sharp | - |
| R1‑153628 | Chairpersons' summary of the UMTS sessions | UMTS Session Chairpersons (Huawei, Ericsson) | - |
| R1‑153629 | Simulation evaluation on LAA performance | Mediatek Inc. | - |
| R1‑153630 | WF on CRC for HARQ-ACK transmisison in Rel-13 CA | CATT | - |
| R1‑153631 | TR36.897 v0.4.1 Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Samsung | - |
| R1‑153632 | TP on Codebook Subset Restriction and Reduced Feedback for TR36.897 | Samsung, Ericsson, LG Electronics, Intel, Qualcomm | - |
| R1‑153633 | Summary of Offline Discussion on Text Proposals for D2D-Aided Positioning | Intel Corporation, Qualcomm Inc., LGE, III | - |
| R1‑153634 | Summarizing baseline results | Nokia Networks | - |
| R1‑153635 | Evaluation results for Indoor DL only scenario | Coolpad | - |
| R1‑153636 | Proposal on convention for 2D antenna element numbering | Ericsson, Motorola | - |
| R1‑153637 | WF on PDSCH transmission in LAA DL partial subframes | CATT | - |
| R1‑153638 | TR 36.859 v0.2.0 Study on Downlink Multiuser Superposition Transmission (MUST) for LTE | MediaTek Inc. | - |
| R1‑153639 | Discussion on DL LBT Parameters | Huawei, Ericsson | - |
| R1‑153640 | Proposal on convention for 2D antenna element numbering | Ericsson | - |
| R1‑153641 | Text Proposal on SI conclusions for LAA | Ericsson, Huawei | - |
| R1‑153642 | TR36.889 v0.4.3 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153643 | Notes from Offline Sessions for LAA | Ericsson, Huawei | - |
| R1‑153644 | WF on dynamic power sharing across LAA carriers | Qualcomm, Intel, ALU, ASB, Nokia Networks, ZTE | - |
| R1‑153645 | WF on LAA DL transmission burst(s) configurations | Huawei, HiSilicon, Qualcomm, Samsung, ZTE | - |
| R1‑153646 | WF on Fast Carrier Switching for LAA | Huawei, HiSilicon, Samsung, CATR, Sony, ETRI | - |
| R1‑153647 | Consolidated TP for TR37.857 Indoor Positioning Enhancements | NextNav | - |
| R1‑153648 | Notes from RAN1#81 MTC offline session #2 | Ericsson | - |
| R1‑153649 | WF on Frequency Hopping | LG Electronics, Qualcomm, InterDigital, Panasonic, Samsung, NEC, Huawei, HiSilicon | - |
| R1‑153650 | WF on protection of legacy SRS | LG Electronics, Samsung, Qualcomm | - |
| R1‑153651 | WF on HARQ processes | Huawei | - |
| R1‑153652 | WF on CSI and CQI for MTC | Ericsson, NTT DOCOMO, Nokia Networks, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, AT&T, LG Electronics, Panasonic | - |
| R1‑153653 | [DRAFT] LS on RAN1 agreements on CA Enhancement Beyond 5 Carriers | Nokia Networks | - |
| R1‑153654 | LS on conclusion of RAN4 work for LAA | RAN4, Huawei, Ericsson | - |
| R1‑153655 | LS on RAN2 TP to TR 36.889 | RAN2, Huawei, Ericsson | - |
| R1‑153656 | WF on the conditions for initial CCA | Intel, Samsung, Broadcom, Qualcomm, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| R1‑153657 | Response LS related to LAA-802.11 Coexistence | RAN1, Qualcomm Incorporated | - |
| R1‑153658 | WF on PDSCH transmission in LAA DL partial subframes | CATT, LGE, Nokia Networks | - |
| R1‑153659 | Response LS related to LAA-802.11 Coexistence | RAN1, Qualcomm | - |
| R1‑153660 | Summary of Ad-hoc session on Study on Indoor Positioning Enhancements for UTRA and LTE | Ad-Hoc Chairman (Qualcomm) | - |
| R1‑153661 | Summary of Ad-hoc session on Enhanced LTE Device to Device Proximity Services | Ad-Hoc Chairman (Alcatel Lucent) | - |
| R1‑153662 | WF on PUSCH TX for LAA | LGE | imported from 3GU |
| R1‑153663 | WF on PDSCH transmission in LAA DL partial subframes | CATT, LGE, Nokia Networks | - |
| R1‑153664 | WF on initial CCA | Intel, Samsung, Broadcom, Qualcomm, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Sharp, Ericsson, LG Electronics, Huawei, Cisco, CableLabs, CATT | - |
| R1‑153665 | WF on PRACH transmit power | Huawei, HiSilicon, InterDigital, Panasonic, Samsung | - |
| R1‑153666 | Clarification on Different TDD configurations for OTDOA in CA | Ericsson | - |
| R1‑153667 | LS on Type 1 discovery for partial and outside network coverage | RAN1, Qualcomm | - |
| R1‑153668 | DL TTI options for LAA | Huawei, HiSilicon, CATT | - |
| R1‑153669 | LS on Enhanced signalling for inter-eNB CoMP | RAN3, Samsung | - |
| R1‑153670 | [Draft] Reply LS on enhanced signalling for inter-eNB CoMP | Samsung | - |
| R1‑153671 | WF on HARQ-ACK feedback for PUSCH | Panasonic, Samsung, Sony, Mediatek, LGE, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Huawei, HiSilicon | - |
| R1‑153672 | LS on RAN1 agreements on CA Enhancement Beyond 5 Carriers | RAN1, Nokia Networks | - |
| R1‑153673 | TR36.889 v0.4.4 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153674 | TR36.897 v1.0.0 Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Samsung | - |
| R1‑153675 | WF on Resource Allocation for PDSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital, Lenovo, Nokia Neworks, NEC, Samsung, KDDI, MediaTek, Intel, LG Electronics | - |
| R1‑153676 | TR36.889 v0.5.0 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153677 | LS on RAN2 TPs to TR 37.857 | RAN2, NextNav | - |
| R1‑153678 | TR36.889 v0.5.1 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153679 | void | ETSI | imported from 3GU |
| R1‑153680 | WF on Resource Allocation for PDSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital, Lenovo, Nokia Neworks, NEC, Samsung, KDDI, MediaTek, Intel, LG Electronics, Huawei, HiSilicon | - |
| R1‑153681 | Clarification on Different TDD configurations for OTDOA in CA | Ericsson | - |
| R1‑153682 | Clarification on Different TDD configurations for OTDOA in CA | Ericsson | - |
| R1‑153683 | [Draft] Reply LS on Different TDD Configurations for OTDOA in CA | Ericsson Inc. | - |
| R1‑153684 | WF on CQI for Rel-13 Coverage Enhanced Operation | Samsung, Panasonic, Ericsson, LG Electronics, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Sierra Wireless, Intel, Interdigital, Qualcomm | - |
| R1‑153685 | Proposal on the key characteristics of MUST schemes | Huawei, HiSilicon, MediaTek, Qualcomm | - |
| R1‑153686 | Suggested Further M-PDCCH Simulations | Sony Europe Limited | - |
| R1‑153687 | DRAFT REPLY LS on C-IoT/MTC data transmission targets for security-related procedures | Vodafone | - |
| R1‑153688 | WF on Resource Allocation for PDSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital, Lenovo, Nokia Neworks, NEC, Samsung, KDDI, MediaTek, Intel, LG Electronics, Huawei, HiSilicon, CATT, Qualcomm, ZTE, Sierra Wireless | - |
| R1‑153689 | WF on Resource Allocation for PDSCH | NTT DOCOMO, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, InterDigital, Lenovo, Nokia Neworks, NEC, Samsung, KDDI, MediaTek, Intel, LG Electronics, Huawei, HiSilicon, CATT, Qualcomm, ZTE, Sierra Wireless | - |
| R1‑153690 | TR36.889 v1.0.0 Study on Licensed-Assisted Access to Unlicensed Spectrum | Ericsson, Huawei | - |
| R1‑153691 | TR36.889 v1.0.1 Study on Licensed-Assisted Access to Unlicensed Spectrum | ETSI | - |
| R1‑153692 | TR36.897 v1.0.1 Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | ETSI | - |
| R1‑153693 | TR 25.705 v1.2.1 Study on small data transmission enhancements for UMTS | ETSI | - |
| R1‑153694 | LS on RAN1 Multiflow 3F-4C agreements | RAN1, Nokia Networks | - |
| R1‑153695 | Way forward on PMCH enhancement by superposition transmission | Huawei, HiSilicon, Intel Corporation, MediaTek Inc., AT&T, CHTTL | imported from 3GU |
page generated from database: 2024-04-22 07:58:53