2.1 |
Approval of the agenda |
|
R2-2106900 |
Agenda for RAN2#115-e |
Chairman |
2.2 |
Approval of the report of the previous meeting |
|
R2-2106901 |
RAN2#114-e Meeting Report |
MCC |
2.4 |
Others |
|
R2-2108870 |
Clean-up on Xn-U Address Indication procedure |
R3 (Intel Corporation, ZTE) |
R2-2108871 |
Clean-up on Xn-U Address Indication procedure |
R3 (Intel Corporation, ZTE) |
R2-2108872 |
NAS PDU handling |
R3 (Ericsson, CATT, Huawei, ZTE, Nokia, Nokia Shanghai Bell) |
R2-2108988 |
Reserved for breakout session |
MCC |
R2-2108989 |
Reserved for breakout session |
MCC |
R2-2108996 |
Reserved for breakout session |
MCC |
R2-2108998 |
Reserved for breakout session |
MCC |
R2-2109007 |
NAS PDU handling |
R3 (Ericsson, CATT, Huawei, ZTE, Nokia, Nokia Shanghai Bell) |
R2-2109009 |
Reserved for breakout session |
MCC |
R2-2109010 |
Reserved for breakout session |
MCC |
R2-2109011 |
Reserved for breakout session |
MCC |
R2-2109012 |
Reserved for breakout session |
MCC |
R2-2109013 |
Reserved for breakout session |
MCC |
R2-2109014 |
Reserved for breakout session |
MCC |
R2-2109015 |
Reserved for breakout session |
MCC |
R2-2109187 |
Ununsed |
RAN2 |
R2-2109220 |
Reserved for breakout session |
MCC |
3 |
Incoming liaisons |
|
R2-2106975 |
Reply LS on User location identification from Carrier Aggregation secondary cell activation messages (S3-212305; contact: Huawei) |
SA3 |
R2-2106984 |
LS on Bearer pre-emption rate limit issue for GBR bearer establishment in MC systems (S6-211829; contact: Motorola Solutions) |
SA6 |
R2-2108167 |
Discussion on SA6 LS on Bearer pre-emption rate limit issue for GBR bearer establishment in MC systems |
Ericsson |
4.2 |
eMTC corrections Rel-15 and earlier |
|
R2-2107773 |
Key stream reuse issue of EDT and PUR |
NEC |
4.4 |
Positioning corrections Rel-15 and earlier |
|
R2-2107260 |
Further discussion on Positioning SI message scheduling for eMTC |
Lenovo, Motorola Mobility |
R2-2107261 |
Addition of scheduling restrictions of positioning SI messages for eMTC |
Lenovo, Motorola Mobility |
R2-2107262 |
Addition of scheduling restrictions of positioning SI messages for eMTC |
Lenovo, Motorola Mobility |
R2-2107784 |
Correction on ProvideCapabilities and ProvideLocationInformation |
Samsung |
R2-2108931 |
Report from email discussion [AT115-e][601][POS] AI 4.4 Positioning corrections Rel-15 and earlier (Lenovo) |
Lenovo |
4.5 |
Other LTE corrections Rel-15 and earlier |
|
R2-2108312 |
On T330 resetting |
Ericsson, ZTE Corporation, Sanechips |
R2-2108634 |
Minor changes collected by Rapporteur for Rel-15 |
Samsung |
R2-2108635 |
Minor changes collected by Rapporteur for Rel-16 |
Samsung (rapporteur) |
R2-2108851 |
[AT115-e][201][LTE] Miscellaneous LTE CRs |
Samsung |
R2-2108852 |
On T330 resetting |
Ericsson, ZTE Corporation, Sanechips |
R2-2108866 |
Minor changes collected by Rapporteur |
Samsung (rapporteur) |
R2-2108867 |
Minor changes collected by Rapporteur |
Samsung (rapporteur) |
5.2.2 |
TS 37.340 |
|
R2-2108183 |
Clarification on RACH procedure for HO with PSCell |
Ericsson |
R2-2108184 |
Clarification on RACH procedure for HO with PSCell |
Ericsson |
R2-2108211 |
Clarification on RACH procedure for HO with PSCell |
Ericsson |
R2-2108212 |
Clarification on RACH procedure for HO with PSCell |
Ericsson |
5.3 |
User Plane corrections |
|
R2-2109097 |
Report of [AT115-e][011][NR15] User plane corrections |
Huawei, HiSilicon |
R2-2109098 |
LS on initial state of elements controlled by MAC Ces |
RAN2 |
5.3.1 |
MAC |
|
R2-2107224 |
Clarification on UE behaviors for de-/activation MAC CEs |
Qualcomm Incorporated |
R2-2107616 |
Discussion on GSMA LS on SPARROW attack |
Apple |
R2-2108264 |
Correction on the term of the handover in handling of MAC CE |
ZTE Corporation, Nokia, Nokia Shanghai Bell |
R2-2108265 |
Correction on the term of the handover in handling of MAC CE |
ZTE Corporation, Nokia, Nokia Shanghai Bell |
R2-2108597 |
Discussion on MAC behavior for suspended radio bearers |
Huawei, HiSilicon |
R2-2108598 |
Correction on MAC behavior for suspended radio bearers for Rel-15 |
Huawei, HiSilicon |
R2-2108599 |
Correction on MAC behavior for suspended radio bearers for Rel-16 |
Huawei, HiSilicon |
R2-2108600 |
Clarification on the activation status for semi-persistent resource and indications |
Huawei, HiSilicon |
R2-2108601 |
Clarification on the activation status for semi-persistent resource and indications |
Huawei, HiSilicon |
R2-2108782 |
Handling of suspended RB |
LG Electronics UK |
R2-2108819 |
On BSR calculation for suspended raio bearers |
MediaTek Inc. |
5.3.2 |
RLC PDCP SDAP |
|
R2-2107666 |
RLC Clean-up CR |
Samsung |
R2-2107667 |
RLC Clean-up CR |
Samsung |
R2-2108844 |
RLC Clean-up CR |
Samsung, MediaTek |
R2-2108845 |
RLC Clean-up CR |
Samsung, MediaTek |
5.4.1.1 |
Connection control |
|
R2-2107373 |
38331 Clarifications on securityConfig in RadioBearerConfig-R15 |
OPPO |
R2-2107374 |
38331 Clarifications on securityConfig in RadioBearerConfig-R16 |
OPPO |
R2-2107375 |
38331 Clarifications on full configuration-R15 |
OPPO |
R2-2107376 |
38331 Clarifications on full configuration-R16 |
OPPO |
R2-2107418 |
38331 Clarifications on RadioBearerConfig-R15 |
OPPO |
R2-2107419 |
38331 Clarifications on RadioBearerConfig-R16 |
OPPO |
R2-2107570 |
Clarification on LTE HO without SCG Configuration Change |
Apple |
R2-2107617 |
Discussion on RRC handling of NAS triggers not subject to UAC |
Apple |
R2-2107618 |
T302 check when NAS triggers RRC connection resume |
Apple |
R2-2107619 |
T302 check when NAS triggers RRC connection resume |
Apple |
R2-2107770 |
Discussion on timer expiry after RRCRelease reception |
NEC |
R2-2107771 |
Clarification on timer expiry after RRCRelease reception |
NEC |
R2-2107772 |
Clarification on timer expiry after RRCRelease reception |
NEC |
R2-2107836 |
Correction on the Need for SCG Reconfiguration with Sync in (NG)EN-DC |
vivo |
R2-2107837 |
Correction on the Need for SCG Reconfiguration with Sync in (NG)EN-DC |
vivo |
R2-2107838 |
Correction on the Release Cause for RRC_INACTVE UE |
vivo |
R2-2107839 |
Correction on the Release Cause for RRC_INACTVE UE |
vivo |
R2-2108185 |
Clarification on NR SCG reconfiguration with sync in LTE |
Ericsson |
R2-2108186 |
Clarification on NR SCG reconfiguration with sync in LTE |
Ericsson |
R2-2108187 |
Release of RadioBearerConfig during MR-DC release |
Ericsson |
R2-2108188 |
Release of RadioBearerConfig during MR-DC release |
Ericsson |
R2-2108368 |
Discussion on BWP switch for TDD |
ZTE Corporation, Sanechips |
R2-2108369 |
Correction on firstActiveBWP-Id for TDD |
ZTE Corporation, Sanechips |
R2-2108370 |
Correction on firstActiveBWP-Id for TDD(R16) |
ZTE Corporation, Sanechips |
R2-2108371 |
Correction on rach-ConfigBFR |
ZTE Corporation, Sanechips |
R2-2108372 |
Correction on rach-ConfigBFR(R16) |
ZTE Corporation, Sanechips |
R2-2108373 |
Correction on plmn-IdentityList |
ZTE Corporation, Sanechips |
R2-2108374 |
Correction on plmn-IdentityList(R16) |
ZTE Corporation, Sanechips |
R2-2108415 |
E-mail discussion summary of [Post114-e][070][NR15] Common Fields in Dedicated Signalling |
Ericsson (Rapporteur) |
R2-2108616 |
Adding RRC processing delay for HO from E-UTRA to NR |
Huawei, HiSilicon |
R2-2108617 |
Adding RRC processing delay for HO from E-UTRA to NR |
Huawei, HiSilicon |
R2-2108636 |
Corrections on the absent condition of csi-ReportingBand |
Samsung |
R2-2108637 |
Corrections on the absent condition of csi-ReportingBand |
Samsung |
R2-2108811 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon |
R2-2108812 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon |
R2-2109067 |
Report of [AT115-e][012][NR15] Connection Control I (OPPO) |
OPPO |
R2-2109075 |
Summary of [AT115-e][039][NR15] Connection Control III (Apple) |
Apple |
R2-2109081 |
Correction on firstActiveBWP-Id for TDD |
ZTE Corporation, Sanechips |
R2-2109082 |
Correction on firstActiveBWP-Id for TDD(R16) |
ZTE Corporation, Sanechips |
R2-2109086 |
Clarification on RRC processing delay for HO from E-UTRA to NR |
Huawei, HiSilicon |
R2-2109087 |
Clarification on RRC processing delay for HO from E-UTRA to NR |
Huawei, HiSilicon |
R2-2109153 |
[Draft] LS on NAS procedure not subject to UAC |
Apple |
R2-2109179 |
Summary of [AT115-e][013][NR15] Connection Control II (vivo) |
vivo |
R2-2109180 |
Correction on the Release Cause for RRC_INACTVE UE |
vivo |
R2-2109181 |
Correction on the Release Cause for RRC_INACTVE UE |
vivo |
R2-2109205 |
LS on NAS procedure not subject to UAC |
RAN2 |
R2-2109211 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon, Apple |
R2-2109212 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon, Apple |
R2-2109232 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon, Apple |
R2-2109233 |
Correction on reconfigurationWithSync |
Huawei, HiSilicon, Apple |
5.4.1.3 |
Other |
|
R2-2107022 |
Discussion on RMSI and OSI reception based on non-zero search space |
OPPO |
R2-2107377 |
38331 Corrections on MeasObjectEUTRA-R15 |
OPPO |
R2-2107378 |
38331Corrections on MeasObjectEUTRA-R16 |
OPPO |
R2-2107573 |
Clarification on L3 filtering configuration (filterCoefficient) |
Apple |
R2-2108290 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
R2-2108571 |
Clarification for overheating assistance information reporting |
Huawei, HiSilicon |
R2-2108644 |
Clarification of search space configuration for SIB1 |
Huawei, HiSilicon |
R2-2108645 |
Clarification of search space configuration for SIB1 |
Huawei, HiSilicon |
R2-2108646 |
Correction on inter-RAT measurement report triggering |
Huawei, HiSilicon |
R2-2108647 |
Correction on inter-RAT measurement report triggering |
Huawei, HiSilicon |
R2-2109157 |
LS on RMSI reception based on non-zero search space |
RAN2 |
R2-2109209 |
Summary of [AT115-e][014][NR15] CP Other – Phase 1 |
Huawei, HiSilicon |
R2-2109210 |
Summary of [AT115-e][014][NR15] CP Other – Phase 2 |
Huawei, HiSilicon |
R2-2109221 |
LS on RMSI reception based on non-zero search space |
RAN2 |
R2-2109228 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
R2-2109230 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
5.4.3 |
UE capabilities |
|
R2-2106908 |
Reply LS on RI bit width for Cat5 UE in EN-DC mode (R1-2106108; contact: Nokia) |
RAN1 |
R2-2106909 |
Reply LS on fallback applicability for FeatureSetDownLinkPerCC capability fields (R1-2106133; contact: ZTE) |
RAN1 |
R2-2106956 |
Reply LS on the Intra-band and Inter-band (NG)EN-DC/NE-DC Capabilities (R4-2107907; contact: ZTE) |
RAN4 |
R2-2106958 |
Reply LS on simultaneous Rx/Tx capability (R4-2108003; contact: Qualcomm) |
RAN4 |
R2-2106963 |
Reply LS on simultaneous Rx/Tx capability (R4-2111452; contact: Huawei) |
RAN4 |
R2-2107130 |
Simultaneous Rx/Tx UE capability |
Qualcomm Incorporated |
R2-2107389 |
Considerations on simultaneous Rx/Tx capability per band pair |
NTT DOCOMO, Inc. |
R2-2107390 |
UE Capability filtering solution for EN-DC BC selection issue |
NTT DOCOMO, Inc. |
R2-2107600 |
Correction to the description of additionalActiveTCI-StatePDCCH |
Apple |
R2-2107601 |
Correction to the description of additionalActiveTCI-StatePDCCH |
Apple |
R2-2107977 |
Definition of fallback per CC feature set |
Ericsson, ZTE Corporation, Sanechips |
R2-2107978 |
Definition of fallback per CC feature set |
Ericsson, ZTE Corporation, Sanechips |
R2-2107980 |
Allowed bandwidth in BWP configuration |
Ericsson |
R2-2108038 |
CR on the Intra-band and Inter-band EN-DC Capabilities - R15 |
ZTE Corporation, Sanechips |
R2-2108039 |
CR on the Intra-band and Inter-band EN-DC Capabilities - R16 |
ZTE Corporation, Sanechips |
R2-2108346 |
Clarification to RI bit width for Cat5 in EN-DC |
Nokia, Nokia Shanghai Bell |
R2-2108379 |
Resolving unclarity in fallback band combination definition |
Ericsson |
R2-2108380 |
Resolving unclarity in fallback band combination definition |
Ericsson |
R2-2108381 |
Resolving unclarity in fallback band combination definition |
Ericsson |
R2-2108382 |
Resolving unclarity in fallback band combination definition |
Ericsson |
R2-2108572 |
Clarification on the simultaneousRxTxInterBandCA capability in NR-DC |
Huawei, HiSilicon, Ericsson |
R2-2108573 |
Clarification on the simultaneousRxTxInterBandCA capability in NR-DC |
Huawei, HiSilicon, Ericsson |
R2-2108574 |
Introduction of NR channel bandwidth capability for LTE-to-NR HO case |
Huawei, HiSilicon |
R2-2108575 |
Introduction of NR channel bandwidth capability for LTE-to-NR HO case |
Huawei, HiSilicon |
R2-2108576 |
Clarifcation on BC fallback and spCellPlacement |
Huawei, HiSilicon |
R2-2108577 |
Clarifcation on BC fallback and spCellPlacement |
Huawei, HiSilicon |
R2-2108578 |
Support of newly introuduced 100M bandwidth for band n40 |
Huawei, HiSilicon |
R2-2108579 |
CR for the support of newly introuduced 100M bandwidth for band n40 |
Huawei, HiSilicon |
R2-2108580 |
CR for the support of newly introuduced 100M bandwidth for band n40 |
Huawei, HiSilicon |
R2-2108581 |
Correction on fallback band combination for SUL |
Huawei, HiSilicon |
R2-2108582 |
Correction on fallback band combination for SUL |
Huawei, HiSilicon |
R2-2108583 |
Correction on fallback band combination for SUL |
Huawei, HiSilicon |
R2-2108584 |
Correction on fallback band combination for SUL |
Huawei, HiSilicon |
R2-2108718 |
Clarification on IMS video over split bearer in (NG)EN-DC |
Google Inc. |
R2-2108719 |
Clarification on IMS video over split bearer in (NG)EN-DC |
Google Inc. |
R2-2108749 |
Clarification on IMS video over split bearer in NR-DC and NE-DC |
Google Inc. |
R2-2108751 |
Clarification on IMS video over split bearer in NR-DC and NE-DC |
Google Inc. |
R2-2109048 |
Correction to the description of additionalActiveTCI-StatePDCCH |
Apple Inc |
R2-2109049 |
Correction to the description of additionalActiveTCI-StatePDCCH |
Apple Inc |
R2-2109062 |
Summary of offline [AT115-e][017][NR15] UE Capabilties III (ZTE) |
ZTE, Sanechips |
R2-2109063 |
CR on the Intra-band and Inter-band EN-DC Capabilities - R15 |
ZTE Corporation, Sanechips |
R2-2109064 |
CR on the Intra-band and Inter-band EN-DC Capabilities - R16 |
ZTE Corporation, Sanechips |
R2-2109092 |
Clarification to RI bit width for Cat5 UEs in EN-DC |
Nokia |
R2-2109138 |
Summary of offline 015 Rel-15 UE caps I |
Ericsson |
R2-2109139 |
Definition of fallback per CC feature set |
Ericsson, ZTE Corporation, Sanechips, Nokia, Nokia Shanghai Bell |
R2-2109140 |
Definition of fallback per CC feature set |
Ericsson, ZTE Corporation, Sanechips, Nokia, Nokia Shanghai Bell |
R2-2109161 |
Clarification to RI bit width for Cat5 UEs |
Nokia, Nokia Shanghai Bell |
R2-2109162 |
Summary of [AT115-e][016][NR15] UE Capabilities II |
Huawei, HiSilicon |
R2-2109164 |
Support of newly introduced 100M bandwidth for band n40 |
Huawei, HiSilicon |
R2-2109165 |
Support of newly introduced 100M bandwidth for band n40 |
Huawei, HiSilicon |
R2-2109166 |
Clarification on the simultaneousRxTxInterBandCA capability in NR-DC |
Huawei, HiSilicon, Ericsson |
R2-2109167 |
Clarification on the simultaneousRxTxInterBandCA capability in NR-DC |
Huawei, HiSilicon, Ericsson |
R2-2109188 |
Simultaneous Rx/Tx UE capability per band pair |
NTT DOCOMO, INC. |
R2-2109189 |
Simultaneous Rx/Tx UE capability per band pair |
NTT DOCOMO, INC. |
R2-2109190 |
Simultaneous Rx/Tx UE capability per band pair |
NTT DOCOMO, INC. |
R2-2109191 |
Simultaneous Rx/Tx UE capability per band pair |
NTT DOCOMO, INC. |
5.4.4 |
Idle/inactive mode procedures |
|
R2-2107263 |
Corrections to intra-frequency cell reselection for MIB, SIB1 acquisition failure and TAC absence in SIB1 |
Lenovo, Motorola Mobility |
R2-2108364 |
Clarification of barring when TAC is missing in RAN sharing |
Qualcomm Incorporated |
R2-2108365 |
Clarification of barring when TAC is missing in RAN sharing |
Qualcomm Incorporated |
R2-2108481 |
Cell barring due to SIB1 acquisition failure |
Lenovo, Motorola Mobility |
R2-2108912 |
Correction to cell selection and reselection due to SIB1 acquisition failure |
Lenovo, Motorola Mobility |
R2-2108913 |
Correction to cell selection and reselection due to SIB1 acquisition failure |
Lenovo, Motorola Mobility |
R2-2109110 |
Clarification of barring when TAC is missing in RAN sharing |
Qualcomm Incorporated, Ericsson |
R2-2109111 |
Clarification of barring when TAC is missing in RAN sharing |
Qualcomm Incorporated, Ericsson |
5.5 |
Positioning corrections |
|
R2-2106928 |
Reply LS on E-CID LTE measurement in Rel-15 measurements (R3-212802; contact: Huawei) |
RAN3 |
R2-2107329 |
Correction to E-CID-R15 |
Huawei, HiSilicon |
R2-2107330 |
Correction to E-CID-R16 |
Huawei, HiSilicon |
R2-2107785 |
Correction on ProvideCapabilities and ProvideLocationInformation |
Samsung |
R2-2107786 |
Correction on ProvideCapabilities and ProvideLocationInformation |
Samsung |
R2-2108407 |
Correction for Roles of gNB and ng-eNB for positioning in release-15 |
Ericsson |
R2-2108876 |
Correction for Role of gNB for positioning in release-15 |
Ericsson |
R2-2108932 |
[AT115-e][Offline-602][POS] AI 5.5 Positioning corrections (Huawei) |
Huawei, HiSilicon |
R2-2108952 |
Correction to UL E-CID |
Huawei, HiSilicon, Ericsson |
R2-2108953 |
Correction to UL E-CID-R16 |
Huawei, HiSilicon |
R2-2108954 |
Correction for Roles of gNB and ng-eNB for positioning in release-15 |
Ericsson |
6.1.1 |
Organisational |
|
R2-2106937 |
Response LS on Exchange of information related to SRS-RSRP measurement resource configuration for UE-CLI (R3-212889; contact: ZTE) |
RAN3 |
R2-2106943 |
Reply LS on LS Reply on QoS Monitoring for URLLC (R3-212937; contact: Huawei) |
RAN3 |
R2-2106959 |
LS on RRM relaxation in power saving (R4-2108230; contact: CATT, Ericsson) |
RAN4 |
6.1.2 |
Stage 2 corrections |
|
R2-2109099 |
Report of [AT115-e][018][NR15NR16] Stage-2 (Huawei) |
Huawei, HiSilicon |
6.1.2.1 |
TS 3x.300 |
|
R2-2106914 |
LS on correction to Rel-16 HARQ description in TS38.300 (R1-2106205; contact: Huawei) |
RAN1 |
R2-2107165 |
Correction to Rel-16 HARQ description |
Huawei, HiSilicon |
R2-2107664 |
CR for duplication deactivation |
Samsung |
R2-2108344 |
Clarification of PNI-NPN and NE-DC |
Qualcomm Incorporated |
R2-2108602 |
Miscellaneous corrections to eURLLC for 38.300 |
Huawei, HiSilicon, Nokia, Nokia Shanghai Bell, OPPO |
R2-2109069 |
Correction to Rel-16 HARQ description |
Huawei, HiSilicon |
R2-2109100 |
Miscellaneous corrections to eURLLC for 38.300 |
Huawei, HiSilicon, Nokia, Nokia Shanghai Bell, OPPO, CATT |
6.1.2.2 |
TS 37.340 |
|
R2-2108439 |
Corrections for fast MCG link recovery |
Huawei, HiSilicon |
6.1.3 |
User Plane corrections |
|
R2-2109084 |
Report of [AT114-e][019][NR16] MAC I |
vivo |
R2-2109085 |
LS to RAN1 on UL skipping with LCH-based prioritization |
RAN2 |
R2-2109192 |
Summary for the offline [AT115-e][021][NR16] MAC III (ZTE) |
ZTE Corporation (rapporteur) |
6.1.3.1 |
MAC |
|
R2-2106926 |
LS on UL skipping for PUSCH in Rel-16 (R1-2106370; contact: vivo) |
RAN1 |
R2-2106997 |
Correction on UL Skipping for PUSCH in Rel-16 |
vivo, ZTE corporation, Xiaomi Communications |
R2-2107010 |
Corrections to SCell BFR |
Samsung Electronics Co., Ltd |
R2-2107062 |
Discussion on reporting multiplexed CSI on PUCCH |
OPPO |
R2-2107160 |
Discussion about a loophole for R16 uplink skipping procedure |
Huawei, HiSilicon |
R2-2107161 |
Correction on R16 uplink skipping procedure |
Huawei, HiSilicon |
R2-2107162 |
Discussion on the condition of lch-basedPrioritization for UL skipping |
Huawei, HiSilicon |
R2-2107163 |
Discussion on R16 uplink skipping with TB repetitions |
Huawei, HiSilicon |
R2-2107164 |
Discussion on reporting multiplexed CSI on PUCCH |
Huawei, HiSilicon |
R2-2107197 |
Overlapping UCI and PUSCH |
CATT |
R2-2107198 |
Correction on UL skipping with lch-basedPrioritization |
CATT, Samsung |
R2-2107199 |
Handling of Multi-TB CGs in MAC |
CATT |
R2-2107200 |
Handling of pending empty PDUs after UCI multiplexing |
CATT |
R2-2107481 |
Correction on starting of RetransmissionTimerDL |
ZTE Corporation, Sanechips |
R2-2107569 |
Clarification on ConfigurationGrantTimer operation with the repetition transmission |
Apple |
R2-2107609 |
Enhanced UL skipping with intra-UE prioritization |
Apple |
R2-2107610 |
UCI multiplexing and overlapped SR/PUSCH |
Apple |
R2-2107656 |
Clarification on reporting multiplexed CSI on PUCCH |
OPPO, Nokia, ZTE |
R2-2107735 |
Ignoring the retransmission grant overlapped with UCI |
OPPO |
R2-2107782 |
Clarification on E-UTRA MAC entity in PHR |
Samsung |
R2-2107927 |
CR on the enabling restriction on R16 PUSCH skipping and PUSCH repetitions |
OPPO |
R2-2108092 |
Corrections to R16 UL skipping with repetitions |
Ericsson, NTT DOCOMO INC. |
R2-2108093 |
Corrections to R16 UL skipping with repetitions |
Ericsson, NTT DOCOMO INC. |
R2-2108094 |
Corrections to retransmission of configured grant with empty buffer |
Ericsson, MediaTek Inc. |
R2-2108095 |
Corrections to retransmission of configured grant with empty buffer |
Ericsson, MediaTek Inc. |
R2-2108096 |
Corrections to pdsch-HARQ-ACK-CodeBookList |
Ericsson |
R2-2108120 |
Condition for setting LBT_COUNTER to Zero |
ZTE Wistron Telecom AB |
R2-2108232 |
On enhanced UL skipping and PUSCH repetitions |
MediaTek Inc. |
R2-2108257 |
Clarification of PUCCH resource in LCH-based Prioritization |
Samsung |
R2-2108266 |
Correction to 38.321 on application of the information element for extension |
ZTE Corporation, Samsung |
R2-2108267 |
Correction to 38.321 on priority handling about the UL grant addressed to TC-RNTI |
ZTE Corporation, Sanechips |
R2-2108283 |
Autonomous Transmission of MAC PDU with only Padding or Periodic BSR |
Nokia, Nokia Shanghai Bell |
R2-2108284 |
Avoiding autonomous transmission of MAC PDU with only Padding BSR or unuseful Periodic BSR – Option 1 |
Nokia, Nokia Shanghai Bell |
R2-2108285 |
Avoiding autonomous transmission of MAC PDU with only Padding BSR or unuseful Periodic BSR – Option 2 |
Nokia, Nokia Shanghai Bell |
R2-2108343 |
Start of DRX RTT timer for one-shot HARQ feedback |
Qualcomm Incorporated |
R2-2108603 |
Correction to MsgA grant overlapping with another UL grant for a HARQ process |
Huawei, HiSilicon |
R2-2108767 |
38.321_CRxxxx_(Rel-16)_R2-210xxxx Periodic CSI report with DCP |
LG Electronics UK |
R2-2108781 |
Stopping configuredGrantTimer upon ignored or skipped uplink grant |
LG Electronics UK |
R2-2108785 |
Periodic CSI reporting with DCP |
LG Electronics UK |
R2-2108787 |
UCI on retransmission uplink grant |
LG Electronics UK |
R2-2109045 |
Corrections to pdsch-HARQ-ACK-CodeBookList |
Ericsson |
R2-2109057 |
Report of Offline 020: MAC II |
Samsung |
R2-2109068 |
Correction on R16 uplink skipping procedure |
Huawei, HiSilicon, vivo, Samsung |
R2-2109115 |
Start of DRX RTT timer for one-shot HARQ feedback |
Qualcomm Incorporated |
R2-2109156 |
Clarification of PUCCH resource in LCH-based Prioritization |
Samsung, CATT, Apple |
R2-2109158 |
Clarification on E-UTRA MAC entity in PHR |
Samsung |
R2-2109193 |
Correction to 38.321 on priority handling of the UL grant addressed to TC-RNTI |
ZTE Corporation, Sanechips |
R2-2109214 |
Correction on UL Skipping for PUSCH in Rel-16 |
vivo, ZTE corporation, Xiaomi Communications, MediaTek Inc., OPPO |
6.1.3.2 |
RLC |
|
R2-2108247 |
Retransmission conditions upon expiry of t-PollRetransmit |
Nokia, Nokia Shanghai Bell |
R2-2108248 |
Conditions for incrementing RETX_COUNT |
Nokia, Nokia Shanghai Bell |
R2-2108249 |
Retransmission conditions upon expiry of t-PollRetransmit |
Nokia, Nokia Shanghai Bell |
R2-2109149 |
Report of [AT115-e][022][NR16] RLC & PDCP (Nokia) |
Nokia, Nokia Shanghai Bell |
6.1.3.3 |
PDCP |
|
R2-2107662 |
CR for LTE PDCP operation after DAPS release |
Samsung |
R2-2107665 |
CR for the ciphering of EHC header |
Samsung |
R2-2109076 |
CR for LTE PDCP operation after DAPS release |
Samsung, Ericsson |
R2-2109160 |
CR for the ciphering of EHC header |
Samsung, LG Electronics |
6.1.4.1.1 |
Connection control |
|
R2-2106916 |
Reply LS on random value generation for RMTC-SubframeOffset (R1-2106264; contact: Apple) |
RAN1 |
R2-2106933 |
Response LS on Conditional Handover with SCG configuration scenarios (R3-212848; contact: Nokia) |
RAN3 |
R2-2106955 |
Reply LS DC location reporting for intra-band UL CA (R4-2107903; contact: Huawei) |
RAN4 |
R2-2107085 |
Discussion on T301 issue for DAPS HO |
OPPO |
R2-2107086 |
Correction on T301 for DAPS HO (alternative 1) |
OPPO |
R2-2107087 |
Correction on T301 for DAPS HO (alternative 2) |
OPPO |
R2-2107401 |
Correction on TCI configuration for DCI format 1_2 |
vivo |
R2-2107526 |
On supporting CHO with SCG configuration |
Nokia, Nokia Shanghai Bell |
R2-2107527 |
Response LS on CHO with SCG configuration |
Nokia, Nokia Shanghai Bell |
R2-2107571 |
RRC Processing Delay for SCell Modification |
Apple |
R2-2107588 |
RSSI/CO reporting in MCG/SCGfailureinformation |
Apple |
R2-2107599 |
Correction to uplink Tx DC location reporting for UL CA 2PA case |
Apple |
R2-2107775 |
Correction on fallback to source SDAP configuration in case of DAPS failure |
NEC |
R2-2107776 |
Correction on SRB handling for DAPS |
NEC |
R2-2108090 |
On bearer release handling for DAPS HO |
Nokia, Nokia Shanghai Bell |
R2-2108102 |
RRC connection re-establishment with CPC configuration |
Ericsson |
R2-2108103 |
RRC connection re-establishment with CPC configuration |
Ericsson |
R2-2108106 |
Clarification on RMTC subframe offset |
Ericsson |
R2-2108164 |
Discussion on CHO with SCG configuration |
ZTE Corporation, Sanechips |
R2-2108440 |
Corrections on RRC reconfiguration for fast MCG link recovery |
Huawei, HiSilicon |
R2-2108441 |
Corrections on RRC reconfiguration for fast MCG link recovery |
Huawei, HiSilicon |
R2-2108473 |
Correction on RepetitionSchemeConfig for eMIMO |
Huawei, HiSilicon |
R2-2108638 |
UE reporting of Tx DC location info for the second PA |
Huawei, HiSilicon |
R2-2108817 |
Correction to DAPS handover |
Google Inc. |
R2-2109053 |
Report from [AT115-e][024][NR16] DAPS & CHO (Nokia) |
Nokia, Nokia Shanghai Bell |
R2-2109066 |
Corrections on RRC reconfiguration for fast MCG link recovery |
Huawei, HiSilicon |
R2-2109080 |
Corrections on RRC reconfiguration for fast MCG link recovery |
Huawei, HiSilicon |
R2-2109090 |
CR for UE reporting Tx DC location info for the second PA |
Huawei, HiSilicon |
R2-2109144 |
Correction to DAPS handover |
Google Inc. |
R2-2109154 |
Summary of [AT115-e][023][NR16] Connection Control I (Apple) |
Apple Inc |
R2-2109155 |
Correction on TCI configuration for DCI format 1_2 |
vivo, Nokia, Nokia Shanghai Bell |
R2-2109170 |
No support for CHO with SCG configuration |
Nokia, Nokia Shanghai Bell, ZTE Corporation, Sanechips |
R2-2109171 |
No support for CHO with SCG configuration |
Nokia, Nokia Shanghai Bell, ZTE Corporation, Sanechips |
R2-2109172 |
Response LS on CHO with SCG configuration |
RAN2 |
6.1.4.1.2 |
RRM and Measurements |
|
R2-2107462 |
Impact of SNPN Access Mode to Idle/inactive measurement |
FGI, Asia Pacific Telecom |
R2-2107504 |
Corrections of Idle/inactive measurement under SNPN Access Mode |
FGI, Asia Pacific Telecom |
R2-2108104 |
Modification of measId for conditional reconfiguration |
Ericsson |
R2-2108105 |
Modification of measId for conditional reconfiguration |
Ericsson |
R2-2108288 |
Measurement and gap configuration for Need for Gaps |
Ericsson |
R2-2108289 |
Clarification on measurement and measurement gap configuration |
Ericsson |
R2-2108652 |
NeedForGap Clarification |
Qualcomm Incorporated |
R2-2109046 |
NeedForGap Clarification |
Qualcomm Incorporated |
R2-2109055 |
Report of [AT115-e][025][NR16] RRM & Measurements (Ericsson) |
Ericsson |
R2-2109150 |
Modification of measId for conditional reconfiguration |
Ericsson |
R2-2109151 |
Modification of measId for conditional reconfiguration |
Ericsson |
6.1.4.1.3 |
System Information and Paging |
|
R2-2107011 |
Corrections to SIB validity for NPN only cell |
Samsung Electronics Co., Ltd |
R2-2107722 |
PO determination in RRC_INACTIVE for Rel-16 and later releases |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107723 |
Correction on PO determination for UE in inactive state-38.331 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107724 |
Correction on PO determination for UE in inactive state-38.304 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107725 |
Correction on PO determination for UE in inactive state-38.306 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107726 |
Correction on PO determination for UE in inactive state-36.331 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107727 |
Correction on PO determination for UE in inactive state-36.304 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107728 |
Correction on PO determination for UE in inactive state-36.306 |
ZTE corporation, Ericsson,CMCC, China Telecom, China Unicom,vivo, Sanechips |
R2-2107934 |
Clarification on the NPN-IdentityInfoList |
Samsung |
R2-2108107 |
MIB correction on subCarrierSpacingCommon |
Ericsson |
R2-2108615 |
Clarification on encoding format for HRNN |
Huawei, HiSilicon |
R2-2108879 |
CR to 36.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2108880 |
CR to 38.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2108918 |
CR to 36.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2108919 |
CR to 38.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2109006 |
Clarification on the NPN-IdentityInfoList |
Samsung |
R2-2109074 |
Corrections to SIB validity for NPN only cell |
Samsung Electronics |
R2-2109077 |
Report of [AT115-e] [026] [NR16] System Information and Paging (ZTE) – First round |
ZTE corporation, Sanechips |
R2-2109116 |
Clarification on encoding format for HRNN |
Huawei, HiSilicon |
R2-2109169 |
MIB correction on subCarrierSpacingCommon |
Ericsson |
R2-2109174 |
CR to 36.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2109175 |
CR to 38.331 on correcting Rel-15 failure type definition |
Huawei, HiSilicon |
6.1.4.1.4 |
Inter-Node RRC messages |
|
R2-2108776 |
Signalling of HOReqACK msg upon serving cell configuration update |
Samsung Electronics |
R2-2108777 |
[Draft] LS on reflecting source cell configuration update in Conditional Handover |
Samsung Electronics |
6.1.4.1.5 |
Other |
|
R2-2106911 |
LS on the description of RRC parameter p0-AlphaSets (R1-2106168; contact: ZTE) |
RAN1 |
R2-2106996 |
Correction on msg1-SubcarrierSpacing and msgA-SubcarrierSpacing |
vivo |
R2-2107129 |
Early implementation of eCall over IMS in NR |
Qualcomm Incorporated, Ericsson, Vodafone |
R2-2107285 |
Report of email discussion [Post114-e][071][NR16] CandidateBeamRSList set to release (MediaTek) |
MediaTek Inc. |
R2-2107286 |
Handling of candidateBeamRSListExt-v1610 (option A1) |
MediaTek Inc. |
R2-2107287 |
Handling of candidateBeamRSListExt-v1610 (option B) |
MediaTek Inc. |
R2-2107288 |
Handling of candidateBeamRSListExt-v1610 (option C) |
MediaTek Inc. |
R2-2107482 |
Correction on description of lbt-FailureInstanceMaxCount in LBT-FailureRecoveryConfig |
ZTE Corporation, Sanechips |
R2-2107485 |
Correction to description of po-AlfphaSets |
ZTE Corporation, Sanechips |
R2-2108268 |
Correction to 38.331 on the field description of msgA-TransMax |
ZTE Corporation, vivo, LG Electronics, OPPO, Samsung |
R2-2108291 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
R2-2108434 |
Correction on Redirection with MPS Indication |
Peraton Labs, CISA ECD, T-Mobile US, Ericsson , Qualcomm, NTT DoCoMo, AT&T, Verizon |
R2-2108587 |
Correction on RRC multiplicity and type constraint definitions |
Huawei, HiSilicon |
R2-2108878 |
Email report of [Post115-e][063][NR16] SCG failure information (Huawei) |
Huawei |
R2-2108910 |
LS on the security issue of MBS interest indication |
RAN2 |
R2-2109071 |
Correction to description of p0-AlphaSets |
ZTE Corporation, Sanechips |
R2-2109095 |
[AT115-e][027][NR16] CP Other & LTE – Intermediate report |
Ericsson |
R2-2109096 |
[AT115-e][027][NR16] CP Other & LTE – Final report |
Ericsson |
R2-2109202 |
Handling of candidateBeamRSListExt-v1610 (option A1) |
MediaTek Inc. |
R2-2109229 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
R2-2109231 |
Miscellaneous non-controversial corrections Set XI |
Ericsson |
6.1.4.2 |
LTE changes |
|
R2-2108189 |
ASN.1 misalignment for the SCGFailureInformationNR message |
Ericsson |
R2-2108190 |
ASN.1 misalignment for the SCGFailureInformationNR message |
Ericsson |
R2-2108375 |
Correction on ULInformationTransferMRDC(R16) |
ZTE Corporation, Sanechips |
R2-2108569 |
Discussion on compatibility issue and solutions for Rel-15 failure type definition |
Huawei, HiSilicon |
R2-2108679 |
Discussion on compatibility issue on failure type for NR SCG failure |
CATT |
R2-2109083 |
Correction on ULInformationTransferMRDC |
ZTE Corporation, Sanechips |
6.1.4.3 |
UE capabilities |
|
R2-2106925 |
LS on updated Rel-16 RAN1 UE features lists for NR after RAN1#105-e (R1-2106345; contact: NTT DOCOMO, AT&T) |
RAN1 |
R2-2106952 |
LS on UL MIMO coherence for Tx switching between two carriers (R4-2107765; contact: China Telecom) |
RAN4 |
R2-2106960 |
LS on Rel-16 updated RAN4 UE features lists for LTE and NR (R4-2108333; contact: CMCC) |
RAN4 |
R2-2107342 |
Correction on the capability field DiffSCS-DAPS |
Huawei, HiSilicon |
R2-2107935 |
Inter-operability of band n77 extension in US |
Nokia, Nokia Shanghai Bell |
R2-2107936 |
Distinguishing support of extended band n77 for EN-DC, Alt.1 (R16, 36306) |
Nokia, Nokia Shanghai Bell |
R2-2107937 |
Distinguishing support of extended band n77 for EN-DC, Alt.1 (R16, 36331) |
Nokia, Nokia Shanghai Bell |
R2-2107938 |
Distinguishing support of extended band n77 for NR, Alt.1 (R16, 38306) |
Nokia, Nokia Shanghai Bell |
R2-2107939 |
Distinguishing support of extended band n77 for NR, Alt.1 (R16, 38331) |
Nokia, Nokia Shanghai Bell |
R2-2107940 |
Distinguishing support of extended band n77 for EN-DC, Alt.2 (R15, 36306) |
Nokia, Nokia Shanghai Bell |
R2-2107941 |
Distinguishing support of extended band n77 for EN-DC, Alt.2 (R16, 36306) |
Nokia, Nokia Shanghai Bell |
R2-2107942 |
Distinguishing support of extended band n77 for EN-DC, Alt.2 (R15, 36331) |
Nokia, Nokia Shanghai Bell |
R2-2107943 |
Distinguishing support of extended band n77 for EN-DC, Alt.2 (R16, 36331) |
Nokia, Nokia Shanghai Bell |
R2-2107944 |
Distinguishing support of extended band n77 for NR, Alt.2 (R15, 38306) |
Nokia, Nokia Shanghai Bell |
R2-2107945 |
Distinguishing support of extended band n77 for NR, Alt.2 (R16, 38306) |
Nokia, Nokia Shanghai Bell |
R2-2107946 |
Distinguishing support of extended band n77 for NR, Alt.2 (R15, 38331) |
Nokia, Nokia Shanghai Bell |
R2-2107947 |
Distinguishing support of extended band n77 for NR, Alt.2 (R16, 38331) |
Nokia, Nokia Shanghai Bell |
R2-2108287 |
Band n77 issues in the US |
Ericsson |
R2-2108332 |
UE capability signalling for Band n77 Ues |
DENSO CORPORATION |
R2-2108468 |
Correction to ul-FullPwrMode capability |
Sequans Communications |
R2-2108480 |
Miscellaneous corrections to UE capability descriptions |
Lenovo, Motorola Mobility |
R2-2108585 |
Correction on PDCCH Blind Detection in CA |
Huawei, HiSilicon |
R2-2108586 |
Correction on PDCCH Blind Detection in CA |
Huawei, HiSilicon |
R2-2108618 |
Adding UE capability of UL MIMO coherence for UL Tx switching |
Huawei, HiSilicon, China Telecom, Apple |
R2-2108619 |
Adding UE capability of UL MIMO coherence for UL Tx switching |
Huawei, HiSilicon, China Telecom, Apple |
R2-2108641 |
Correction on the capability field DiffSCS-DAPS |
Huawei, HiSilicon |
R2-2108651 |
FR1FR2 differentiation for enhanced UL grant skipping capabilities |
Qualcomm Incorporated, Nokia, Nokia Shanghai Bell |
R2-2108735 |
Introducing UL MIMO coherence capability for Tx switching |
ZTE Corporation, Sanechips |
R2-2108736 |
Introducing UL MIMO coherence capability for Tx switching |
ZTE Corporation, Sanechips |
R2-2108756 |
Discussion on n77 issue |
MediaTek Inc. |
R2-2109163 |
Summary of [AT115-e][028][NR16] UE capabilities I |
Huawei, HiSilicon |
R2-2109168 |
LS on PDCCH Blind Detection in CA |
RAN2 |
R2-2109178 |
Miscellaneous corrections to UE capability descriptions |
Lenovo, Motorola Mobility |
R2-2109182 |
Distinguishing support of extended band n77 |
Nokia, Nokia Shanghai Bell |
R2-2109183 |
Distinguishing support of extended band n77 |
Nokia, Nokia Shanghai Bell |
R2-2109184 |
Distinguishing support of extended band n77 |
Nokia, Nokia Shanghai Bell |
R2-2109185 |
Distinguishing support of extended band n77 |
Nokia, Nokia Shanghai Bell |
R2-2109186 |
[Draft] LS on inter-operability of band n77 extension in US |
Nokia |
R2-2109203 |
FR1/FR2 differentiation for enhanced UL grant skipping capabilities |
Qualcomm Incorporated |
R2-2109204 |
FR1/FR2 differentiation for enhanced UL grant skipping capabilities |
Qualcomm Incorporated |
R2-2109223 |
LS on inter-operability of band n77 extension in US |
RAN2 |
6.1.4.4 |
Idle/inactive mode procedures |
|
R2-2107088 |
Correction on RRM relaxation of higher priority frequencies |
OPPO |
R2-2107402 |
Discussion on LS from RAN4 on RRM relaxation in power saving |
vivo, Huawei, HiSilicon, Qualcomm |
R2-2107403 |
[Draft] Reply LS to RAN4 on RRM relaxation in power saving |
vivo |
R2-2108236 |
Addressing inconsistency for RRM measurement rules |
Ericsson |
R2-2108362 |
Clarification of access restrictions during cell re-selection |
Qualcomm Incorporated |
R2-2108841 |
Addressing inconsistency for RRM measurement rules |
Ericsson, CATT |
R2-2108877 |
Reply LS on RRM relaxation in power saving |
RAN2 |
R2-2108909 |
LS on the MBS broadcast service continuity and MBS session identification |
Huawei |
R2-2109109 |
[AT115-e][030][NR15NR16] Idle Inactive (Qualcomm) |
Qualcomm Incorporated |
R2-2109112 |
Clarification of access restrictions during cell re-selection |
Qualcomm Incorporated |
6.2.1 |
General and Stage-2 corrections |
|
R2-2106912 |
LS on RRC parameter for PSFCH RB set (R1-2106192; contact: LGE) |
RAN1 |
6.2.2 |
Control plane corrections |
|
R2-2107012 |
Corrections to usage of dynamic SL grants when T310 is running |
Samsung Electronics Co., Ltd |
R2-2107166 |
Miscelleneous CR on 38.331 |
Huawei, HiSilicon |
R2-2107167 |
Miscelleneous CR on 36.331 |
Huawei, HiSilicon |
R2-2107437 |
Correction on TS 38.331 from the latest RAN1 decisions |
ZTE Corporation, Sanechips |
R2-2108178 |
Corrections on RRC parameter PSFCH RB set |
CATT |
R2-2108218 |
Discussion on SL PDCP out-of-order delivery configuration |
vivo |
R2-2108219 |
CR on SL-SRB1 integrity check failure |
vivo, Ericsson |
R2-2108741 |
Correction on SL PDCP out-of-order delivery configuration |
vivo |
R2-2108985 |
Miscellaneous corrections on TS 38.331 |
Huawei, HiSilicon, CATT, ZTE Corporation, Sanechips, vivo, Ericsson |
R2-2108986 |
Miscelleneous CR on 36.331 |
Huawei, HiSilicon |
R2-2108987 |
Summary [AT115-e][705][V2X/SL] Miscellaneous CRs on RRC (Huawei) |
Huawei, HiSilicon |
R2-2108990 |
Summary of [AT115-e][706][V2XSL] SL PDCP out-of-order delivery configuration |
vivo |
R2-2108999 |
Miscellaneous corrections on TS 36.331 |
Huawei, HiSilicon |
R2-2109024 |
Review report on RRC CRs |
Huawei, HiSilicon |
6.2.3 |
User plane corrections |
|
R2-2107168 |
Corrections on the dynamic sidelink grants |
Huawei, HiSilicon |
R2-2107185 |
Correction on UL-SL prioritization |
OPPO, Apple |
R2-2107186 |
Correction on UL/SL prioritization |
OPPO, Apple |
R2-2107187 |
Correct on priority of MAC PDU for SL-SCH |
OPPO |
R2-2107188 |
Correction on random selection |
OPPO |
R2-2107189 |
Left issue on maxTransNum |
OPPO |
R2-2107302 |
Correction on condition of setting the resource reservation interval for mode 2 |
Sharp, ZTE Corporation, Sanechips, OPPO |
R2-2107436 |
Correction on HARQ reporting on Uu |
ZTE Corporation, Sanechips |
R2-2108161 |
Review Report on MAC CRs |
LG Electronics Inc. |
R2-2108177 |
Corrections on MCS selection when UE performing TX resource (re-)selection check |
CATT |
R2-2108220 |
Correction on SR procedure for SL-CSI reporting |
vivo, ZTE corporation |
R2-2108221 |
Remaining issues on sl-MaxTransNum configuration and UE behaviour |
vivo |
R2-2108707 |
Corrections for SR configuration for SL |
ASUSTeK |
R2-2108991 |
Corrections on the dynamic sidelink grants |
Huawei, HiSilicon |
R2-2108992 |
Summary [AT115-e][707][V2X/SL] Corrections on the dynamic sidelink grants (Huawei) |
Huawei, HiSilicon |
R2-2108993 |
Correct on random selection |
OPPO |
R2-2108994 |
[AT115-e][709][V2X/SL] MAC discussion on remaining issues (LG) |
LG Electronics Inc. (Rapporteur) |
R2-2109000 |
[AT115-e][709][V2X/SL] MAC discussion on remaining issues (LG) |
LG Electronics Inc. (Rapporteur) |
R2-2109001 |
Correction on condition of setting the resource reservation interval for mode 2 |
Sharp, ZTE Corporation, Sanechips, OPPO |
R2-2109002 |
Correction on SR procedure for SL-CSI reporting |
vivo, ZTE corporation |
6.3.1 |
General and Stage 2 corrections |
|
R2-2107331 |
Correction to NRPPa PDU transfer for uplink positioning |
Huawei, HiSilicon |
R2-2107333 |
Correciton to NB-IoT positioning |
Huawei, HiSilicon |
R2-2107334 |
Correction to 38.305 on NG-RAN positioning operations |
Huawei, HiSilicon |
R2-2107958 |
Correction on user-plane positioning support by SUPL |
Samsung, Qualcomm Incorporated |
R2-2108410 |
PRS only TP for NR |
Ericsson |
R2-2109125 |
Correction on user-plane positioning support by SUPL |
Samsung, Qualcomm Incorporated |
6.3.2 |
RRC corrections |
|
R2-2107960 |
Misalignment between RRC and NRPPa in SRS configuration |
Samsung |
R2-2107961 |
Relation between pathlossReference and spatialRelationInfo |
Samsung |
R2-2108935 |
LS to RAN3 on the misalignment in SRS configuration |
RAN2 |
6.3.3 |
LPP corrections |
|
R2-2107121 |
Correction for LPP assistance information |
ROHDE & SCHWARZ |
R2-2107227 |
Discussion on the presence tag for Uplink LPP message |
CATT |
R2-2107228 |
Corrections on the conditional presence tag clarification for Uplink LPP message |
CATT |
R2-2107229 |
Corrections on the conditional presence tag clarification for Uplink LPP message |
CATT |
R2-2107230 |
Miscellaneous correction on the description of RequestedMeasurements |
CATT |
R2-2107332 |
Correction to PRS-only TP |
Huawei, HiSilicon |
R2-2108363 |
Correction to the need code in NR-SelectedDL-PRS-IndexList |
Qualcomm Incorporated |
R2-2108404 |
on Need codes and PRS-only TP |
Ericsson |
R2-2108405 |
Correction of Need code for UE signalling of NR-TimeStamp |
Ericsson |
R2-2108406 |
Addition of PRS only TP |
Ericsson |
R2-2108808 |
Summary of agenda item 6.3.3 - REL-16 LPP Corrections |
Nokia, Nokia Shanghai Bell |
R2-2108936 |
Corrections on the conditional presence tag clarification for Uplink LPP message |
CATT, Ericsson |
R2-2108937 |
Correction to PRS-only TP |
Huawei, HiSilicon |
R2-2108951 |
[AT115-e][Offline-607][POS] PRS-only TP flag and other identifiers (Huawei) |
Huawei, HiSilicon |
R2-2108955 |
Correction to PRS-only TP |
Huawei, HiSilicon, Ericsson |
R2-2108956 |
Correction to PRS-only TP |
Huawei, HiSilicon, Ericsson |
R2-2109008 |
Correction to PRS-only TP |
Huawei, HiSilicon, Ericsson |
R2-2109047 |
Correction for LPP assistance information |
Rohde & Schwarz |
R2-2109207 |
Report of [606][POS] LPP need code guidelines for uplink (CATT) |
CATT |
6.4.1 |
General and stage-2 corrections |
|
R2-2106979 |
LS Reply on QoS Monitoring for URLLC (S5-211350; contact: Intel) |
SA5 |
R2-2108299 |
On UL delay configuration in LTE |
Ericsson |
R2-2108314 |
[Draft] Reply LS on MDT Stage 2 and Stage 3 alignment |
Ericsson |
R2-2108562 |
Draft Reply LS on QoS Monitoring for URLLC |
Huawei |
R2-2109145 |
Report of [Offline-887][SONMDT] On UL delay configuration in LTE (Ericsson) |
Ericsson |
R2-2109147 |
On UL delay configuration in LTE |
Ericsson |
6.4.2 |
TS 38.314 corrections |
|
R2-2108304 |
On corrections to packet loss rate measurements |
Ericsson |
R2-2109146 |
Report of [Offline-886][SONMDT] On corrections to packet loss rate measurements (Ericsson) |
Ericsson |
R2-2109148 |
On corrections to packet loss rate measurements |
Ericsson |
6.4.3 |
RRC corrections |
|
R2-2107586 |
CSI-RS reporting for RA in RLF |
Apple |
R2-2107587 |
Correction on clearing VarRA-Report |
Apple |
R2-2107819 |
Corrections on RLF Report Storage in 36.331 |
CATT, Huawei, HiSilicon |
R2-2107820 |
Corrections on RLF Report Storage in 38.331 |
CATT, Huawei, HiSilicon |
R2-2107854 |
Clarification on CGI-EUTRALogging |
Samsung Electronics Co., Ltd |
R2-2107863 |
Correction on logging for outOfCoverage event |
Samsung, Ericsson |
R2-2107864 |
Correction on inclusion of the set of availability indicators during RRC reconfiguration |
Samsung Electronics Co., Ltd |
R2-2108308 |
On OutOfCoverage related logging |
Ericsson |
R2-2108309 |
On PDCP queuing delay value measurement |
Ericsson |
R2-2108321 |
Correction to RLF reporting |
QUALCOMM INCORPORATED |
R2-2108358 |
Correction to 38331 on OOC event triggered logged MDT |
ZTE Corporation, Sanechips |
R2-2108359 |
Consideration on event triggered logged MDT |
ZTE Corporation, Sanechips |
R2-2108420 |
Corrections to previousPCellID and timeConnFailure handling |
Ericsson |
R2-2108561 |
Discussion on uplink delay value reporting |
Huawei, HiSilicon |
R2-2108563 |
Discussion on the user consent for trace reporting |
Huawei, HiSilicon |
R2-2108968 |
SON-MDT Changes agreed in RAN2#115 meeting |
Ericsson, Huawei |
7.1.1 |
Cross WI RRC corrections |
|
R2-2107774 |
Correction on early security reactivation upon reception of RRCConnectionReject |
NEC |
7.2.1 |
General and Stage-2 corrections |
|
R2-2106906 |
Reply LS on timing of neighbor cell RSS-based measurements (R1-2104033; contact: Qualcomm) |
RAN1 |
R2-2106915 |
Reply LS on RSS based RSRQ for LTE-MTC (R1-2106215; contact: Huawei) |
RAN1 |
7.2.2 |
Connection to 5GC corrections |
|
R2-2107428 |
Introduction of an indication of RRC_INACTIVE support in SIB1 |
Huawei, HiSilicon |
R2-2107454 |
Introduction of an indication of RRC_INACTIVE support in SIB1 |
Huawei, HiSilicon |
R2-2107769 |
36304_Correction on paging resource determination |
ZTE Corporation, Sanechips, Qualcomm Incorporated |
R2-2108906 |
[AT115-e][401][eMTC R16] Indication of RRC_INACTIVE support in SIB1 (Huawei) |
Huawei |
R2-2108907 |
Report of [AT115-e][402][eMTC R16] Paging resource determination (ZTE) |
ZTE (email discussion rapporteur) |
R2-2108908 |
Correction on paging resource determination for eMTC UE in RRC_INACTIVE |
ZTE Corporation, Sanechips, Qualcomm Incorporated |
7.4 |
LTE Other WIs |
|
R2-2108701 |
36.331 Correction on ReportConfigEUTRA for CHO/CPAC |
CATT |
R2-2108854 |
36.331 Correction on ReportConfigEUTRA for CHO/CPAC |
CATT |
7.5 |
LTE Positioning |
|
R2-2107959 |
Correction on user-plane positioning support by SUPL |
Samsung, Qualcomm Incorporated |
R2-2108933 |
Summary of [AT115-e][603][POS] AI 7.5 LTE Positioning and Rel-16 stage 2 CRs |
Qualcomm Incorporated |
8.1.1 |
Organizational, Requirements, Scope and Architecture |
|
R2-2107335 |
Discussion on lossless mobility support for NR MBS |
ZTE, Sanechips |
R2-2107547 |
NR Multicast and Broadcast Radio Bearer Architecture aspects |
Qualcomm Inc |
R2-2108037 |
General aspects for NR MBS |
CHENGDU TD TECH LTD. |
R2-2108204 |
Summary of e-mail discussion “[Post114-e][074][MBS] RRC running CR” and RRC open issues list |
Huawei, HiSilicon |
R2-2108205 |
38.331 running CR for NR MBS |
Huawei, HiSilicon |
R2-2108796 |
Discussion on MBS support on MRDC |
Xiaomi Communications |
R2-2108923 |
38.304 running CR for NR MBS |
CATT |
R2-2108926 |
38.321 running CR for NR MBS |
OPPO |
R2-2108970 |
38.331 running CR for NR MBS |
Huawei, HiSilicon |
R2-2108978 |
38.300 Running CR for MBS in NR |
CMCC, Huawei |
R2-2108979 |
Report from [Post115-e][069][MBS] 38300 Running CR (CMCC) |
CMCC |
8.1.2.1 |
Multicast Service Continuity |
|
R2-2107032 |
Open Issues on Mobility of Delivery Mode 1 |
CATT, CBN |
R2-2107033 |
PTM/PTP Switch |
CATT |
R2-2107048 |
Mobility and Service continuity for NR Multicast |
MediaTek Inc. |
R2-2107119 |
PTM PTP switch and reliability |
MediaTek Inc. |
R2-2107204 |
Service continuity for MBS due to handover |
OPPO |
R2-2107206 |
[Post114-e][072][MBS] Delivery Mode 1 PTM PTP operation (OPPO) |
OPPO |
R2-2107336 |
Multicast Service Continuity |
ZTE, Sanechips |
R2-2107363 |
Discussion on Multicast service continuity during mobility |
Spreadtrum Communications |
R2-2107539 |
L2 ARQ by PDCP for PTM |
Futurewei, Qualcomm Inc., Intel, UIC, Kyocera, NEC, Samsung, Ericsson |
R2-2107544 |
PDCP Functionality during Mobility and PTM-PTP Switch |
Futurewei |
R2-2107576 |
PTM and PTP switch with MBS service continuity |
Apple |
R2-2107657 |
PTP UM RLC configuration |
Fujitsu |
R2-2107685 |
Dynamic PTM PTP Switch |
TCL Communication Ltd. |
R2-2107690 |
MBS Reliability |
Nokia, Nokia Shanghai Bell |
R2-2107692 |
MBS Mobility |
Nokia, Nokia Shanghai Bell |
R2-2107693 |
Draft LS on MBS mobility |
Nokia, Nokia Shanghai Bell |
R2-2107697 |
Reliability of NR MBS |
NEC |
R2-2107702 |
MBS L2 reliability |
NEC |
R2-2107703 |
Service Continuity for Connected mode UE |
NEC |
R2-2107793 |
Service Continuity during Inter-cell mobility |
vivo |
R2-2107794 |
CHO and DAPS for NR MBS |
vivo |
R2-2107795 |
Discussion on PTP PTM Switch |
vivo |
R2-2107919 |
Discussion on MRB type change and PTM/PTP switch |
Lenovo, Motorola Mobility |
R2-2107921 |
Service Continuity for handover from MBS Supporting Node to MBS non-Supporting Node |
Lenovo, Motorola Mobility |
R2-2107932 |
Service Continuity for Multicast |
Samsung |
R2-2108000 |
Remaining issues of dynamic PTM - PTP switching and mobility for NR MBS |
Kyocera |
R2-2108032 |
Service continuity for delivery mode 1 |
CHENGDU TD TECH LTD. |
R2-2108050 |
Need for L2 ARQ for PTM to PTP switch |
Sony |
R2-2108080 |
Reliability for Multicast and for Multicast Service Continuity |
Ericsson |
R2-2108124 |
Inter-cell mobility for MBS |
Huawei, HiSilicon |
R2-2108485 |
Lossless PTM/PTP switching |
InterDigital |
R2-2108519 |
Discussion on dynamic PTP/PTM switch |
CMCC |
R2-2108550 |
Discussion on multicast service continuity |
LG Electronics Inc. |
R2-2108676 |
Multicast service continuity in mobility and PTM/PTP switching |
Intel Corporation |
R2-2108708 |
UE stay in RRC_CONNECTED when no MBS data ongoing |
ASUSTeK |
R2-2108754 |
Activation and Deactivation of PTM/PTP leg |
Convida Wireless |
R2-2109022 |
Inter-cell mobility for MBS |
Huawei, HiSilicon |
8.1.2.2 |
Scheduling and power saving |
|
R2-2107034 |
Discussion on Scheduling and Power Saving of MBS |
CATT |
R2-2107049 |
DRX scheme for NR MBS |
MediaTek Inc. |
R2-2107205 |
Discussion on group-based scheduling for MBS |
OPPO |
R2-2107233 |
MBS Power Saving and Scheduling Aspects |
Samsung |
R2-2107337 |
Group scheduling and power saving for NR MBS |
ZTE, Sanechips |
R2-2107438 |
Consideration on dynamic PTM and PTP switching for NR MBS |
Shanghai Jiao Tong University |
R2-2107439 |
Deactivation and reactivation of MBS reception |
Shanghai Jiao Tong University |
R2-2107446 |
MBS group scheduling and power saving |
Intel Corporation |
R2-2107467 |
Determination of HARQ retransmission for PTM |
FGI, Asia Pacific Telecom |
R2-2107545 |
NR Multicast DRX aspects |
Qualcomm India Pvt Ltd |
R2-2107577 |
DRX mechanism for MBS PTM reception |
Apple |
R2-2107682 |
DRX for PTM and PTP |
TCL Communication Ltd. |
R2-2107694 |
DRX for Multicast |
Nokia, Nokia Shanghai Bell |
R2-2107698 |
Service Continuity for Connected mode UE |
NEC |
R2-2107699 |
Simultaneous transmission of multicast/unicast |
NEC |
R2-2107787 |
Notification of the Activation/Deactivation of PTM |
SHARP Corporation |
R2-2107796 |
Further Considerations on Group Scheduling for MBS |
vivo |
R2-2107920 |
MBS specific DRX operation and Data Inactivity Monitoring |
Lenovo, Motorola Mobility |
R2-2107931 |
MBS Group Scheduling |
Samsung |
R2-2108002 |
Open issues on group scheduling for NR MBS |
Kyocera |
R2-2108033 |
Scheduling for NR MBS |
CHENGDU TD TECH LTD. |
R2-2108079 |
Aspects on Power Saving |
Ericsson |
R2-2108083 |
Aspects on Scheduling |
Ericsson |
R2-2108123 |
Support of dynamic switch |
Huawei, HiSilicon |
R2-2108125 |
Discussion on group scheduling |
Huawei, HiSilicon |
R2-2108479 |
Power saving for MBS PTM |
ETRI |
R2-2108486 |
PTM activation and deactivation |
InterDigital |
R2-2108520 |
Discussion on group scheduling |
CMCC |
R2-2108551 |
Discussion on group scheduling and power saving |
LG Electronics Inc. |
R2-2108798 |
Discussion on the group scheduling of MBS |
Xiaomi Communications |
R2-2108846 |
[Pre115-e][001][MBS] Summary 8.1.2.2 L2 Centric Scheduling and PowSav (Qualcomm) |
Qualcomm |
8.1.2.3 |
Other |
|
R2-2107120 |
Initialization of RLC and PDCP windows |
MediaTek Inc. |
R2-2107338 |
Miscellaneous L2 centric issues on NR MBS |
ZTE, Sanechips |
R2-2107548 |
NR Multicast Broadcast mobility enhancements with service continuity |
Qualcomm Inc |
R2-2107797 |
PDCP and RLC Initialization for MBS Reception |
vivo |
R2-2107933 |
Layer-2 Aspects for MBS |
Samsung |
R2-2108040 |
CQI audit procedure for delivery mode 2 |
TD Tech |
R2-2108082 |
Initialization of RLC and PDCP window |
Ericsson |
R2-2108126 |
Initialization of RLC and PDCP windows |
Huawei, HiSilicon |
R2-2108487 |
On RLC receiver state variables during PTM/PTP switching |
InterDigital |
R2-2108521 |
Discussion on MBS UP design |
CMCC |
R2-2108552 |
Discussion on MRB related issues and others |
LG Electronics Inc. |
R2-2108654 |
Discussion on MCCH |
CHENGDU TD TECH LTD. |
R2-2108797 |
Remaining PDCP issues for MBS |
Xiaomi Communications |
R2-2108809 |
Discussion on definition of PTM transmission considering HARQ for PTM |
LG Electronics Inc. |
R2-2109026 |
Summary of [Pre115-e][002] [MBS] 8.1.2.3 L2 Centric Other |
MediaTek Inc. |
8.1.3 |
L3 Centric |
|
R2-2107696 |
IDLE /IN_ACTIVE UE support of MBS |
NEC |
8.1.3.1 |
Broadcast Service Continuity |
|
R2-2107013 |
Discussion on MBS interesting indication for delivery mode 2 |
OPPO |
R2-2107017 |
Discussion on MBS service continuity for delivery mode 2 |
OPPO |
R2-2107035 |
Open Issues on Service Continuity of Delivery Mode 2 |
CATT, CBN |
R2-2107050 |
Broadcast Service Continuity |
MediaTek Inc. |
R2-2107234 |
On Broadcast Service Continuity |
Samsung |
R2-2107339 |
Broadcast Service Continuity |
ZTE, Sanechips |
R2-2107364 |
Discussion on issues of delivery mode2 |
Spreadtrum Communications |
R2-2107387 |
Discussion on Service Continuity Support for NR MBS |
TCL Communication Ltd. |
R2-2107798 |
Discussion on Broadcast Service Continuity |
vivo |
R2-2107875 |
MBS service continuity |
LG Electronics Inc. |
R2-2107981 |
MCCH considerations |
Nokia, Nokia Shanghai Bell |
R2-2107999 |
Details of control plane aspects for delivery mode 2 in NR MBS |
Kyocera |
R2-2108034 |
Service continuity for delivery mode 2 |
CHENGDU TD TECH LTD. |
R2-2108081 |
Open issues in Broadcast Service Continuity |
Ericsson |
R2-2108201 |
Remaining issues of MBS Interest Indication |
Huawei, HiSilicon |
R2-2108522 |
Discussion on Broadcast service continuity issues |
CMCC |
R2-2108677 |
Service continuity for delivery mode 2 |
Intel Corporation |
R2-2108799 |
Summary of [Post114-e][073][MBS] Service continuity for Delivery Mode 2 (Xiaomi) |
Xiaomi Communications |
R2-2108914 |
LS on the MBS broadcast service continuity and MBS session identification |
RAN2 |
R2-2109041 |
Report of [AT115-e][047][MBS] Service Continuity deliver mode 2 |
Xiaomi Communications |
R2-2109052 |
Report of [AT115-e][047][MBS] Service Continuity deliver mode 2 |
Xiaomi Communications |
8.1.3.2 |
Notifications |
|
R2-2107015 |
Discussion on MCCH change notification |
OPPO |
R2-2107016 |
Group notification and unicast paging for MBS activation |
OPPO |
R2-2107036 |
On Multicast Activation Notification |
CATT, CBN |
R2-2107037 |
Open Issues on MCCH Change Notification |
CATT |
R2-2107051 |
Notification for Multicast activation |
MediaTek Inc. |
R2-2107235 |
Considerations on Notifications for Multicast and Broadcast |
Samsung |
R2-2107340 |
Notifications for NR MBS |
ZTE, Sanechips |
R2-2107365 |
Discussion on multicast activation notification |
Spreadtrum Communications |
R2-2107530 |
Further discussion on the MBS group notification in DM2 |
Futurewei |
R2-2107578 |
Access Control for the MBS Service Reception |
Apple |
R2-2107799 |
Discussion on MBS Notification and MCCH |
vivo |
R2-2107876 |
MCCH information acquisition |
LG Electronics Inc. |
R2-2107877 |
RRC connection establishmentresume initiated by group paging |
LG Electronics Inc. |
R2-2107922 |
Notification for Multicast activation |
Lenovo, Motorola Mobility |
R2-2107982 |
MBS session activation and group paging |
Nokia, Nokia Shanghai Bell |
R2-2108001 |
Group notification for Delivery mode 1 in NR MBS |
Kyocera |
R2-2108035 |
Discussion on notificatons for NR MBS |
CHENGDU TD TECH LTD. |
R2-2108078 |
Aspects on notification |
Ericsson |
R2-2108202 |
Notifications for Multicast and Broadcast |
Huawei, HiSilicon |
R2-2108455 |
Multicast activation notification and MCCH change notification |
Intel Corporation |
R2-2108523 |
Discussion MBS notification schemes |
CMCC |
R2-2108800 |
PRACH congestion due to multicast paging |
Xiaomi Communications |
R2-2108847 |
Summary 8.1.3.2 - L3 Centric Notifications (Samsung) |
Samsung |
R2-2109078 |
Report of [AT115-e][048][MBS] Notifications (Samsung) |
Samsung |
R2-2109177 |
LS on paging for multicast session activation notification |
RAN2 |
8.1.3.3 |
Other |
|
R2-2107014 |
Discussion on beam sweeping transmission for delivery mode 2 |
OPPO |
R2-2107038 |
Discussion on MCCH Contents and General RRC Aspects |
CATT, CBN |
R2-2107052 |
MCCH Configuration |
MediaTek Inc. |
R2-2107236 |
MCCH Contents and RRC Aspects for MBS |
Samsung |
R2-2107341 |
MCCH contents for NR MBS |
ZTE, Sanechips |
R2-2107366 |
RRC issues of multicast session |
Spreadtrum Communications |
R2-2107529 |
Configurations for MRB and scheduling via MCCH in DM2 |
Futurewei |
R2-2107531 |
Handling MBS during conditional handover |
Futurewei |
R2-2107546 |
NR MBS control signalling aspects for UEs in different RRC states |
Qualcomm Inc |
R2-2107579 |
MBS reception in CONNECTED state |
Apple |
R2-2107691 |
Miscellaneous Aspects of MBS Provisioning |
Nokia, Nokia Shanghai Bell |
R2-2108036 |
MBS related configuration for delivery mode 2 |
CHENGDU TD TECH LTD. |
R2-2108049 |
MBS BWP UE capability and MBS resources |
Sony |
R2-2108084 |
Other aspects for MBS |
Ericsson |
R2-2108203 |
MCCH acquisition in RRC_CONNECTED state |
Huawei, HiSilicon |
R2-2108456 |
Details for MCCH design |
Intel Corporation |
R2-2109035 |
[Pre115-e][004][MBS] Summary 8.1.3.3 L3 Centric Other |
Huawei, HiSilicon |
R2-2109104 |
Report of offline: [AT115-e][049][MBS] L3 Other (Huawei) |
Huawei, HiSilicon |
8.2.1 |
Organizational, Requirements and Scope |
|
R2-2106962 |
Reply LS on temporary RS for efficient SCell activation in NR CA (R4-2108364; contact: Huawei) |
RAN4 |
R2-2108688 |
TS 37.340 CR for CPA and inter-SN CPC |
CATT |
8.2.2.1 |
Deactivation of SCG |
|
R2-2107018 |
Discussion on SCG deactivation for RRC_INACTIVE UE |
OPPO |
R2-2107422 |
Deactivation of SCG |
Qualcomm Incorporated |
R2-2107663 |
DC power sharing for deactivated SCG |
Samsung |
R2-2107669 |
Bearer handling for SCG deactivation |
Samsung |
R2-2107983 |
Deactivation of SCG |
Nokia, Nokia Shanghai Bell |
R2-2108091 |
Deactivation of SCG |
LG Electronics |
R2-2108165 |
Details of SCG deactivation |
China Telecommunications |
R2-2108330 |
Comparison of SCG deactivation solutions |
Convida Wireless |
R2-2108388 |
Efficient SCG (de)activation |
Ericsson |
R2-2108444 |
[Post114-e][231][R17 DCCA] SCG activation/deactivation options (Huawei) |
Huawei, HiSilicon |
R2-2108445 |
Remaining issues on UE-requested SCG deactivation |
Huawei, HiSilicon |
R2-2108488 |
Deactivation of SCG |
InterDigital |
R2-2108530 |
Discussions on deactivation of SCG |
CMCC |
R2-2108678 |
UE Assistance Information for SCG deactivation |
SHARP Corporation |
R2-2108691 |
Discussion on Deactivation of SCG |
CATT |
R2-2108813 |
Discussion on deactivation of SCG |
NTT DOCOMO INC. |
R2-2108862 |
[AT115-e][220][R17 DCCA] Bearer handling of SCG deactivation (Samsung) |
Samsung |
R2-2108865 |
[AT115-e][223][R17 DCCA] Network-triggered SCG activation (Huawei) |
Huawei |
8.2.2.2 |
UE measurements and reporting in deactivated SCG |
|
R2-2107020 |
UE measurements and reporting in SCG deactivation |
OPPO |
R2-2107328 |
UE behavior in deactivated SCG |
NTT DOCOMO INC. |
R2-2107423 |
UE measurements and reporting in deactivated SCG |
Qualcomm Incorporated |
R2-2107603 |
TA Maintenance and other RRM UE actions in SCG deactivated state |
Apple |
R2-2107746 |
Discussion on UE behaivour when SCG is deactivated |
ZTE Corporation, Sanechips |
R2-2107753 |
Mobility for deactivated SCG |
NTT DOCOMO INC. |
R2-2107923 |
UE behavior when SCG is deactivated |
Lenovo, Motorola Mobility |
R2-2108132 |
Further considerations on SCG deactivation |
NEC |
R2-2108166 |
Discussion on UE behavior in deactivated SCG |
China Telecommunications |
R2-2108389 |
UE measurements and reporting in deactivated SCG |
Ericsson |
R2-2108446 |
UE behaviour while the SCG is deactivated |
Huawei, HiSilicon |
R2-2108489 |
Measurements and maintenance of UL synch with a deactivated SCG |
InterDigital |
R2-2108649 |
Discussion for UE behaviour in deactivated SCG |
SHARP Corporation |
R2-2108669 |
UE behavior when SCG is deactivated |
vivo |
R2-2108692 |
UE Behavior in Deactivated SCG |
CATT |
R2-2108721 |
UE Measurements in SCG Deactivation |
LG Electronics |
R2-2108733 |
UE behavior during SCG deactivation |
MediaTek Inc. |
8.2.2.3 |
Activation of deactivated SCG |
|
R2-2107019 |
Open issues for activation of deactivated SCG |
OPPO |
R2-2107353 |
Discussion on UE behaviour when SCG is deactivated |
Spreadtrum Communications |
R2-2107420 |
Activation of deactivated SCG |
Qualcomm Incorporated |
R2-2107532 |
Discussion on random access and UE initiation for SCG fast activation |
Futurewei |
R2-2107602 |
Remaining aspects related to RACH-less SCG activation |
Apple |
R2-2107604 |
UE initiation of SCG (de)activation request |
Apple |
R2-2107668 |
PHR issues for SCG activation |
Samsung |
R2-2107747 |
Consideration on UE triggered SCG activation |
ZTE Corporation, Sanechips |
R2-2107865 |
UL data handling in deactivated SCG |
DENSO CORPORATION |
R2-2107874 |
UL data handling in deactivated SCG |
DENSO CORPORATION |
R2-2107924 |
Discussion on SCG activation |
Lenovo, Motorola Mobility |
R2-2108133 |
Further discussions on SCG activation |
NEC |
R2-2108134 |
UE request for SCG activation |
NEC |
R2-2108447 |
Lower layer signalling for SCG (de)activation |
Huawei, HiSilicon |
R2-2108490 |
Activation of SCG |
InterDigital |
R2-2108531 |
Discussions on activation of deactivated SCG |
CMCC |
R2-2108668 |
Discussion on activation of a deactivated SCG |
vivo |
R2-2108693 |
Considerations on Activation of Deactivated SCG |
CATT |
R2-2108722 |
Activation of SCG |
LG Electronics |
R2-2108728 |
Discussion on SCG activation |
SHARP Corporation |
R2-2108864 |
Summary of [AT115-e][222][R17 DCCA] Activation of deactivated SCG (NN) |
NN |
8.2.2.4 |
Other aspects of SCG activation/deactivation |
|
R2-2107605 |
SCG bearer handling for the SCG deactivation feature |
Apple |
R2-2108532 |
Considerations for fast MCG link recovery with deactivated SCG |
CMCC |
8.2.3.1 |
CPAC procedures from network perspective |
|
R2-2107111 |
Considerations on SN-initiated CPC procedure |
KDDI Corporation |
R2-2107226 |
Discussion on SN initiated conditional PSCell change |
NTT DOCOMO INC. |
R2-2107404 |
Discussion on CPAC procedures from NW perspective |
vivo |
R2-2107421 |
CPAC procedures from network perspective |
Qualcomm Incorporated |
R2-2107460 |
Discussion on SN initiated inter-SN CPC |
China Telecommunication |
R2-2107525 |
On SN-initiated CPC and the working assumptions |
Nokia, Nokia Shanghai Bell |
R2-2107533 |
Remaining issues with SN initiated CPC |
Futurewei |
R2-2107925 |
Issues related to SN initiated inter-SN CPC |
Lenovo, Motorola Mobility |
R2-2108112 |
Network procedures and signalling for CPAC |
Ericsson |
R2-2108135 |
Signaling details of SN-initiated CPC |
NEC |
R2-2108162 |
Discussion on SN initiated inter-SN CPC |
ZTE Corporation, Sanechips |
R2-2108163 |
Further consideration on CPAC procedure |
ZTE Corporation, Sanechips |
R2-2108448 |
Source SN configuration update during CPC configuration |
Huawei, HiSilicon |
R2-2108449 |
Reply LS on inter-node message design |
Huawei, HiSilicon |
R2-2108694 |
Discussion on CPAC procedures from network perspective |
CATT |
R2-2108775 |
Further consideration on CPAC stage 2 flow, and remaining issues |
Samsung Electronics |
R2-2108863 |
[Draft] Reply LS on Conditional PSCell Addition/Change agreements |
Ericsson |
R2-2109215 |
Reply LS on Conditional PSCell Addition/Change agreements |
RAN2 |
8.2.3.2 |
CPAC procedures from UE perspective |
|
R2-2107405 |
Discussion on CPAC procedures from UE perspective |
vivo |
R2-2107594 |
Discussion on CPAC open issues |
Apple |
R2-2108113 |
UE procedures and signalling for CPAC |
Ericsson |
R2-2108689 |
TS 38.331 CR for CPA and inter-SN CPC |
CATT |
R2-2108690 |
TS 36.331 CR for CPA and inter-SN CPC |
CATT |
R2-2108695 |
Summary of [Post114-e][233][eDCCA] Uu Message design for CPAC(CATT) |
CATT |
R2-2108723 |
Enhancements for CPAC |
LG Electronics |
R2-2109091 |
Summary of [Post114-e][233][eDCCA] Uu Message design for CPAC(CATT) |
CATT |
8.2.3.3 |
Other CPAC aspects |
|
R2-2107524 |
On CPAC Procedures and Further Functionalities |
Nokia, Nokia Shanghai Bell |
R2-2107871 |
Failure handling of Conditional PSCell Addition |
DENSO CORPORATION |
R2-2107926 |
Miscellaneous issues on CPAC |
Lenovo, Motorola Mobility |
R2-2108491 |
Coexistence of CHO and CPC |
InterDigital, Nokia, Nokia Shanghai Bell,ZTE Corporation, Sanechips |
R2-2108533 |
Combination of CPAC and CHO |
CMCC |
8.2.4 |
Temporary RS for SCell activation |
|
R2-2107021 |
Discussion on TRS activation for fast SCell activation |
OPPO |
R2-2107984 |
MAC CE for scell activation and temporary RS |
Nokia, Nokia Shanghai Bell |
R2-2108450 |
On RAN4 LS on Temporary RS for SCell activation |
Huawei, HiSilicon |
8.3.1 |
Organizational, Requirements and Scope |
|
R2-2106935 |
Reply LS on NAS-based busy indication (R3-212877; contact: ZTE) |
RAN3 |
R2-2106970 |
Reply LS on NAS-based busy indication (S2-2105150; contact: Intel) |
SA2 |
R2-2107300 |
[Draft] Reply LS on NAS-based busy indication |
Intel Corporation |
8.3.2 |
Paging collision avoidance |
|
R2-2107326 |
Open Issues on Paging Collision Avoidance |
CATT |
R2-2107388 |
Solutions for paging collision |
Qualcomm Incorporated |
R2-2107855 |
Paging Collision avoidance |
vivo |
R2-2107974 |
Paging collision avoidance |
Ericsson |
R2-2108015 |
Definition and solution for paging collision, RRC Inactive, SI change |
Lenovo Mobile Com. Technology |
R2-2108119 |
Paging Collision Avoidance Open Issues |
Huawei, HiSilicon |
R2-2108724 |
Considerations on Paging Collision |
LG Electronics |
8.3.3 |
UE notification on network switching for multi-SIM |
|
R2-2107025 |
Discussion on Configured Time for AS-based Solution |
OPPO |
R2-2107026 |
Further Consideration for Busy Indication |
OPPO |
R2-2107027 |
Interaction between AS-based and NAS-based Solution for Network Switching |
OPPO |
R2-2107237 |
Considerations on Busy Indication Approach |
Samsung |
R2-2107265 |
Analysis on AS-based solution and NAS-based solution |
China Telecommunications |
R2-2107301 |
NAS and AS procedures and their interaction for aperiodic gap request |
Intel Corporation |
R2-2107327 |
Open Issues on Network Switching |
CATT |
R2-2107459 |
Network switching with leaving RRC Connected State of Multi-SIM |
China Telecommunication |
R2-2107477 |
Network switching for Multi-USIM devices during dual connectivity |
Samsung |
R2-2107597 |
Signaling aspects of MUSIM Network Switching |
Apple |
R2-2107598 |
MUSIM Band Conflict-RRC Processing Delay-Caller ID Requirements |
Apple |
R2-2107781 |
Open issues on scheduling gap for network switching |
NEC |
R2-2107789 |
RAN Initiated Network switching with Leaving RRC_CONNECTED |
SHARP Corporation |
R2-2107791 |
Open Issues for MUSIM Network Switching |
Charter Communications, Inc |
R2-2107807 |
Further analysis on NAS level solutions for RRC-INACTIVE |
Nokia, Nokia Shanghai Bell |
R2-2107808 |
On switching notification solutions for MUSIM operation |
Nokia, Nokia Shanghai Bell |
R2-2107856 |
Open Issues on Switching Notification |
vivo |
R2-2107857 |
Summary of Switching message details |
vivo |
R2-2107891 |
Switching notification and busy indication |
Lenovo, Motorola Mobility |
R2-2107973 |
Discussion on switching procedure without leaving RRC_CONNECTED state |
Ericsson |
R2-2107975 |
Discussion on switching procedure for leaving RRC_CONNECTED state |
Ericsson |
R2-2108031 |
On coordinated switch from NW for MUSIM device |
Huawei, HiSilicon |
R2-2108051 |
Discussion on Busy Indication in Inactive State |
Sony |
R2-2108052 |
Discussion on AS based Leaving in MultiSIM |
Sony |
R2-2108075 |
Consideration on the busy indication at Inactive state |
ZTE Corporation, Sanechips |
R2-2108076 |
Interaction between AS-based solution and NAS-based solution for network switching |
ZTE Corporation, Sanechips |
R2-2108077 |
Summary of [Post114-e][243][MUSIM] Gap handling |
ZTE Corporation, Sanechips |
R2-2108121 |
On busy indication in RRC_INACTIVE |
Huawei, HiSilicon |
R2-2108182 |
Further consideration on the remaining issues of scheduling Gap |
ZTE Corporation, Sanechips |
R2-2108360 |
Busy Indication in Multi-SIM |
Qualcomm Incorporated |
R2-2108361 |
Leaving Connected state in Multi-SIM |
Qualcomm Incorporated |
R2-2108387 |
Discussion about the usage of the autonomous gap |
Xiaomi Communications |
R2-2108709 |
Interaction between NAS and AS for network switching |
ASUSTeK |
R2-2108725 |
Considerations on SIM Swithcing |
LG Electronics |
R2-2108726 |
Scheduling Gap Handling |
LG Electronics |
R2-2108732 |
Further discussion on switching message details |
Samsung Electronics Co., Ltd |
R2-2108737 |
Busy indication in INACTIVE mode |
MediaTek Inc. |
R2-2108755 |
Procedures for MSIM UE notification on network switching |
Futurewei Technologies |
R2-2108804 |
Signalling design on busy indication procedure |
DENSO CORPORATION |
R2-2108855 |
Reply LS on NAS-based busy indication |
RAN2 |
R2-2108856 |
[Draft] Reply LS on NAS-based busy indication |
Intel |
R2-2108861 |
LS on gap handling for MUSIM |
RAN2 |
8.3.4 |
Paging with service indication |
|
R2-2107028 |
Paging with Service Indication |
OPPO |
R2-2107180 |
Further discussion on introduction of paging cause |
China Telecommunications |
R2-2107298 |
Solution analysis for supporting Multi-SIM paging cause |
Intel Corporation |
R2-2107349 |
Discussion on the transmission of paging cause |
Spreadtrum Communications |
R2-2107350 |
Supporting of Paging Cause Solution detection |
Spreadtrum Communications |
R2-2107379 |
Paging Prioritization |
Qualcomm Incorporated |
R2-2107809 |
Service type Indication in paging for LTE/EPC |
Nokia, Nokia Shanghai Bell |
R2-2107858 |
Introduction of Paging Cause |
vivo |
R2-2107928 |
Discussion on support of paging cause for Multi-USIM devices |
Samsung Electronics Co., Ltd |
R2-2107976 |
Introduction of a Paging cause indication |
Ericsson |
R2-2108074 |
Consideration on the Service Indication |
ZTE Corporation, Sanechips |
R2-2108101 |
Detailed methods of the paging cause support for MUSIM |
Xiaomi Communications |
R2-2108122 |
Discussion on the paging with service indication |
Huawei, HiSilicon |
R2-2108549 |
Discussion on paging service indication for MUSIM |
Futurewei Technologies |
R2-2108727 |
Support of Paging Cause |
LG Electronics |
R2-2108738 |
Paging with service indication |
MediaTek Inc. |
R2-2108857 |
Summary of [AT115-e][231][MUSIM] Paging with service indication (NN) |
NN |
8.4.1 |
Organizational |
|
R2-2106948 |
LS to RAN2 on reduction of service interruption during intra-donor IAB-node migration (R3-212973; contact: AT&T) |
RAN3 |
R2-2106950 |
LS on Inter-donor migration (R3-212981; contact: Samsung) |
RAN3 |
R2-2107169 |
Updated Rel-17 IAB Workplan |
Qualcomm Incorporated, Samsung (WI rapporteurs) |
R2-2108911 |
Running CR of TS 38.340 for eIAB |
Huawei, HiSilicon |
R2-2108920 |
Running CR to 37.340 for eIAB |
vivo |
R2-2108929 |
Running CR to 38.331 on NR IAB enhancements |
Ericsson |
R2-2108930 |
Running CR of TS 38.340 for eIAB |
Huawei, HiSilicon |
R2-2108969 |
Running CR to 38.300 for eIAB |
Qualcomm |
R2-2109107 |
Report from [AT115-e][040][eIAB] Reply LS on reduction of service interruption for intra-donor migration (AT&T) |
AT&T |
R2-2109108 |
Reply LS to RAN3 on reduction of service interruption during intra-donor IAB-node migration |
RAN2 |
R2-2109122 |
[Draft] Reply LS on inter-donor migration |
Samsung |
R2-2109143 |
Reply LS on inter-donor migration |
RAN2 |
8.4.2 |
Enhancements to improve topology-wide fairness multi-hop latency and congestion mitigation |
|
R2-2107063 |
Fairness Latency and Congestion |
CATT |
R2-2107113 |
Discussion on flow control for congestion mitigation |
CANON Research Centre France |
R2-2107177 |
Fairness, latency and congestion – solutions to identified issues |
Samsung Electronics GmbH |
R2-2107178 |
Enhancements to LCG space and BSR triggering including pre-emptive BSR |
Samsung Electronics GmbH |
R2-2107250 |
Enhancements for topology-wide fairness, multi-hop latency and congestion mitigation |
Huawei, HiSilicon |
R2-2107289 |
IAB topology-wide fairness, latency, and congestion enhancement |
Intel Corporation |
R2-2107635 |
Way forward for IAB enhancements to improve topology-wide fairness multi-hop latency and congestion mitigation |
Apple |
R2-2107851 |
An elaboration of required PDB for multi-hop latency |
ITRI |
R2-2107859 |
Discussion on multi-hop latency and LCG extension issues |
vivo |
R2-2107892 |
Discussion on LCG extension for IAB |
Lenovo, Motorola Mobility |
R2-2107998 |
Possible solutions for topology-wide fairness, multi-hop latency and congestion mitigation in eIAB |
Kyocera |
R2-2108053 |
Number of hops information to improve topology-wide fairness and latency |
Sony |
R2-2108139 |
Discussion on fairness, multi-hop latency and congestion mitigation |
ZTE, Sanechips |
R2-2108241 |
Fairness, latency, congestion |
Nokia, Nokia Shanghai Bell |
R2-2108421 |
On Topology-wide Fairness, Multi-hop Latency, and Congestion in IAB Network |
Ericsson |
R2-2108437 |
Multi-hop scheduling enhancements for IAB |
AT&T |
R2-2108492 |
Timing information for latency enhancement in multi-hop IAB |
InterDigital |
R2-2108493 |
Latency enforcement, fairness and congestion mitigation in multi-hop IAB |
InterDigital |
R2-2108743 |
Discussion on topology-wide fairness, multi-hop latency and congestion mitigation |
LG Electronics Inc. |
R2-2108753 |
Rel. 17 IAB enhancements for fairness, multi-hop latency reduction, and congestion mitigation |
Futurewei Technologies |
R2-2109032 |
Feature summary of 8.4.2 (Rel-17 IAB contributions on fairness, latency and congestion) |
InterDigital |
R2-2109106 |
Report of [AT115-e][042][eIAB] fairness, latency and congestion (Interdigital= |
Interdigital (rapporteur) |
8.4.3 |
Topology adaptation enhancements |
|
R2-2107064 |
Remaining issue of Local Rerouting |
CATT |
R2-2107065 |
On Two Logical IAB-DUs in Boundary IAB-node |
CATT |
R2-2107066 |
Reducing Service Interruption during Intra-donor IAB-node Migration |
CATT |
R2-2107112 |
Discussion on BH Link issue detection |
CANON Research Centre France |
R2-2107114 |
Discussion on inter-donor DU local re-routing |
CANON Research Centre France |
R2-2107115 |
Discussion on RLF indication enhancements |
CANON Research Centre France |
R2-2107170 |
BAP-layer traffic processing at the boundary node |
Qualcomm Incorporated |
R2-2107171 |
Discussion of RAN3 LS on Interruption time reduction for Intra-donor IAB-node Migration |
Qualcomm Incorporated, Apple |
R2-2107172 |
RAN2 aspects related to RAN3’s LS on Full Migration |
Qualcomm Incorporated, Apple |
R2-2107179 |
Triggers for local rerouting |
Samsung Electronics GmbH |
R2-2107251 |
Summary of [Post114-e][075][eIAB] Open Issues on Re-routing |
Huawei, HiSilicon |
R2-2107252 |
Discussion on two logical DUs and service interruption reduction for RAN3 LS |
Huawei, HiSilicon |
R2-2107253 |
Inter-donor routing, local rerouting and RLF indication for R17-IAB |
Huawei, HiSilicon |
R2-2107254 |
F1 over NR access link and CHO |
Huawei, HiSilicon |
R2-2107290 |
IAB dual connection, RLF and local rerouting |
Intel Corporation |
R2-2107291 |
Intra-donor CU topology migration |
Intel Corporation |
R2-2107445 |
Inter-donor CU Topology migration |
Intel Corporation |
R2-2107516 |
Re-routing ehnancements and RLF indications in IAB |
Nokia, Nokia Shanghai Bell |
R2-2107517 |
Inter-donor-DU rerouting |
Nokia, Nokia Shanghai Bell |
R2-2107518 |
Analysis of RAN3 LS on Inter-donor migration |
Nokia, Nokia Shanghai Bell |
R2-2107636 |
Topology adaptation and RLF handling in eIAB networks |
Apple |
R2-2107648 |
Open issues on (re-)routing |
Fujitsu |
R2-2107649 |
Open issues on Type-2 BH RLF indication |
Fujitsu |
R2-2107650 |
Reduction of service interruption |
Fujitsu |
R2-2107651 |
UE handover during inter-donor-CU migration |
Fujitsu |
R2-2107695 |
Topology optimization in IAB |
NEC |
R2-2107700 |
DAPS-like handover and NR DC for IAB |
NEC |
R2-2107701 |
CHO for IAB |
NEC |
R2-2107860 |
Miscellaneous issues on topology adaptation |
vivo |
R2-2107861 |
On Inter-CU routing, Inter-donor-DU rerouting and local re-routing |
vivo |
R2-2107862 |
Discussion on Migration and Service Interruption |
vivo |
R2-2107893 |
Discussion on local rerouting and local bearer remapping for IAB |
Lenovo, Motorola Mobility |
R2-2107894 |
CHO recovery in IAB |
Lenovo, Motorola Mobility |
R2-2107997 |
BH RLF Indications and local rerouting for eIAB |
Kyocera |
R2-2108026 |
Topology adaptation enhancements |
Samsung |
R2-2108054 |
Introduce cost factor in local re-routing |
Sony |
R2-2108140 |
Discussion on inter-donor migration and service interruption reduction |
ZTE, Sanechips |
R2-2108141 |
Discussion on inter-donor topology redundancy |
ZTE, Sanechips |
R2-2108142 |
Discussion on RLF indication and local re-routing |
ZTE, Sanechips |
R2-2108416 |
Support for inter-donor-DU rerouting |
Qualcomm Finland RFFE Oy |
R2-2108422 |
Boundary IAB node behaviour for partial and full inter-donor migration |
Ericsson |
R2-2108423 |
On Intra-donor Migration: Reduction of service interruption and CHO |
Ericsson |
R2-2108424 |
On Local Routing and Type 2/3 RLF Handling |
Ericsson |
R2-2108438 |
Alternatives for full inter-donor migration |
AT&T |
R2-2108482 |
Solutions for Inter-Donor Routing and Bearer Mapping |
Futurewei Technologies |
R2-2108483 |
Enhancements to Rel. 17 IAB RLF indications and local routing |
Futurewei Technologies |
R2-2108494 |
CHO in IAB |
InterDigital |
R2-2108495 |
DAPS support in IAB |
InterDigital |
R2-2108657 |
Open issues on BH RLF indications |
LG Electronics |
R2-2108658 |
CHO and DAPS-like Solution for eIAB |
LG Electronics |
R2-2108744 |
Discussion on local routing, LCG extension, and CP-UP separation |
LG Electronics Inc. |
R2-2108873 |
Reply LS on inter-donor-DU rerouting |
RAN2 |
8.5.1 |
Organizational |
|
R2-2108019 |
Summary of Email Discussion [Post114-e][509][URLLC/IIoT] Running Stage 2 CR review (Nokia) |
Nokia, Nokia Shanghai Bell |
R2-2108020 |
Stage-2 Running CR for Rel-17 IIoT/URLLC |
Nokia, Nokia Shanghai Bell |
8.5.2 |
Enhancements for support of time synchronization |
|
R2-2107116 |
Triggered Synchronization Activation |
CANON Research Centre France |
R2-2107152 |
Discussion about time synchronization enhancements |
Huawei, HiSilicon |
R2-2107528 |
RE: LS on Time Synchronization |
IEEE 1588 WG |
R2-2107556 |
Propagation Delay Compensation for TSN |
Qualcomm Incorporated |
R2-2107736 |
Consideration on the support of time synchronization enhancement |
OPPO |
R2-2107741 |
Remaining issues on time synchronization and PDC |
ZTE Corporation, Sanechips, China Southern Power Grid Co., Ltd |
R2-2107800 |
Discussion on propagation delay compensation |
vivo |
R2-2107897 |
Left issues for propagation delay compensation |
Lenovo, Motorola Mobility |
R2-2108021 |
Time Synchronization Signalling |
Nokia, Nokia Shanghai Bell |
R2-2108097 |
Summary of PDC Issues |
Ericsson |
R2-2108168 |
Discussion on RAN enhancement to support propagation delay compensation |
China Telecommunications |
R2-2108258 |
Issues on Propagation Delay Compensation |
Samsung |
R2-2108296 |
Report of email discussion [Post114-e][512][URLLC/IIoT] T-synch open issues (Intel) |
Intel Corporation |
R2-2108436 |
Leftover aspects on Timing Synchronization |
Intel Corporation |
R2-2108547 |
Support of time synchronization for TSN based on RAN1 progress |
CMCC |
R2-2108553 |
Discussion on enhancements for support of time synchronization |
LG Electronics Inc. |
R2-2108793 |
Discussion on the PDC support for IDLE or CONNECTED |
Xiaomi Communications |
R2-2108803 |
Timing synchronization for UE in RRC_INACTIVE state and RRC_IDLE state |
TCL Communication Ltd. |
R2-2108815 |
Discussion on uplink time synchronization for TSN |
NTT DOCOMO, INC. |
8.5.3 |
Uplink enhancements for URLLC in unlicensed controlled environments |
|
R2-2107153 |
Remaining issues about Uplink enhancements for URLLC in UCE |
Huawei, HiSilicon |
R2-2107201 |
Sequential processing of autonomous retransmission and lch-based prioritization |
CATT |
R2-2107202 |
Time-based HPID for gNB-scheduled dynamic retransmissions |
CATT |
R2-2107557 |
CG Harmonization for Unlicensed Controlled Environment |
Qualcomm Incorporated |
R2-2107737 |
Consideration on URLLC over NR-U |
OPPO |
R2-2107801 |
Remaining issues about autonomous re-transmission |
vivo |
R2-2107896 |
Further details on enhancements for URLLC in UCE |
Lenovo, Motorola Mobility |
R2-2108022 |
Remaining Issues of URLLC in NR-Unlicensed |
Nokia, Nokia Shanghai Bell |
R2-2108098 |
Harmonizing UL CG enhancements in NR-U and URLLC |
Ericsson |
R2-2108231 |
Summary of [Post114-e][510][URLLC/IIoT] Open issues for UCE |
MediaTek Inc. |
R2-2108270 |
Further Consideration On the URLLC transmission in UCE |
ZTE Corporation |
R2-2108667 |
IIoT operation in unlicensed controlled environment |
InterDigital |
R2-2108674 |
Uplink enhancements for URLLC in unlicensed controlled environments |
Intel Corporation |
R2-2108748 |
Remaining issues of harmonizing UL CG enhancements for IIoT in UCE |
III |
R2-2108758 |
Issues on Prioritization in UCE |
Samsung |
R2-2108794 |
Remaining issues of CG harmonization |
Xiaomi Communications |
R2-2108810 |
Retransmission of UCI-only MAC PDU |
LG Electronics UK |
R2-2108825 |
Summary of AI 8.11.3 for RRC_INACTIVE positioning |
ZTE |
8.5.4 |
RAN enhancements based on new QoS |
|
R2-2107154 |
Discussion on two-level PERs for survival time handling |
Huawei, HiSilicon |
R2-2107173 |
Report from email discussion [Post114-e][511][URLLC/IIoT] QoS Solutions (Samsung) |
Samsung Electronics GmbH |
R2-2107174 |
Entering, operating in, and exiting the Survival Time state |
Samsung Electronics GmbH |
R2-2107203 |
UE-based reactive solution for survival time |
CATT |
R2-2107558 |
RAN Enhancement to support Survival Time |
QUALCOMM Europe Inc. - Italy |
R2-2107611 |
Reliability enhancements for CG/SPS |
Apple |
R2-2107612 |
Further considerations on survival time for new QoS |
Apple |
R2-2107658 |
L1/L2 configuration adaptation |
Fujitsu |
R2-2107738 |
Consideration on RAN enhancement based on new QoS |
OPPO |
R2-2107742 |
Remaining issues on enhanced QoS |
ZTE Corporation, Sanechips, China Southern Power Grid Co., Ltd |
R2-2107802 |
Consideration on reactive solution for survival time |
vivo |
R2-2107806 |
Further discussions on RAN enhancements based on Survival Time |
III |
R2-2107895 |
Discuss on the mechanism to guarantee the survival time |
Lenovo, Motorola Mobility |
R2-2108023 |
Analysis of Potential RAN Enhancements for Survival Time |
Nokia, Nokia Shanghai Bell |
R2-2108099 |
RAN enhancements based on new QoS related parameters |
Ericsson |
R2-2108169 |
Discussion on RAN enhancement to support new QoS |
China Telecommunications |
R2-2108435 |
UE-based Survival time handling |
Intel Corporation |
R2-2108457 |
ST handling with alternating CC allocations |
Sequans Communications |
R2-2108459 |
Discussion on avoiding prematurely entering Survival Time state |
Futurewei Technologies |
R2-2108516 |
Discussion on the RAN support for new QoS parameters |
CMCC |
R2-2108666 |
Enhancements based on new QoS requirements |
InterDigital |
R2-2108786 |
Progress of QoS |
LG Electronics UK |
R2-2108795 |
Clarification on the survival time requirement |
Xiaomi Communications |
8.6.1 |
Organizational |
|
R2-2106923 |
LS on the physical layer aspects of small data transmission (R1-2106335; contact: ZTE) |
RAN1 |
R2-2106931 |
Reply LS on small data transmission (R3-212820; contact: Ericsson) |
RAN3 |
R2-2107478 |
RRC Running CR for SDT |
ZTE Corporation (rapporteur) |
R2-2107486 |
Summary: [Post114-e][505][SData] RRC/MAC modeling and RRC running CR (ZTE) |
ZTE Corporation (Rapporteur) |
R2-2107494 |
Running MAC CR for small data |
Huawei, HiSilicon |
R2-2107495 |
Remaining issue for MAC spec |
Huawei, HiSilicon |
R2-2107496 |
Summary of [Post114-e][506][SData] Running MAC CR (Huawei) |
Huawei, HiSilicon |
R2-2108242 |
Stage-2 running CR Introduction of SDT |
Nokia, Nokia Shanghai Bell |
R2-2109065 |
Reply LS on Small data transmissions (S3-213034; contact: InterDigital) |
SA3 |
8.6.2 |
User plane common aspects |
|
R2-2107002 |
User Plane Common Aspects of RACH and CG based SDT |
Samsung Electronics Co., Ltd |
R2-2107053 |
Further Discussion on User Plane Aspect for Small Data Transmission |
vivo |
R2-2107055 |
Handling of non-SDT Data Arrival |
vivo |
R2-2107245 |
Discussion on the remianing issues of SDT modelling |
OPPO |
R2-2107246 |
Discussion on user plane issues of SDT |
OPPO |
R2-2107295 |
User Plane leftover issues on SDT mechanism |
Intel Corporation |
R2-2107464 |
Switching during a SDT procedure |
FGI, Asia Pacific Telecom |
R2-2107487 |
Common aspects for UP for SDT |
ZTE Corporation, Sanechips |
R2-2107778 |
User plane aspects of SDT |
NEC |
R2-2107844 |
User plane aspects of small data transmission |
InterDigital, Europe, Ltd. |
R2-2107898 |
The UP common issues for small data transmissions |
Lenovo, Motorola Mobility |
R2-2107991 |
UP common aspects of SDT |
Qualcomm Incorporated |
R2-2108055 |
User Plane aspects of SDT in NR |
Sony |
R2-2108087 |
Common aspects for SDT |
Ericsson |
R2-2108200 |
User plane common aspects for SDT |
Huawei, HiSilicon |
R2-2108508 |
UP common issues of SDT |
CMCC |
R2-2108680 |
Consideration on PDCP protocol in SDT |
CATT |
R2-2108681 |
Consideration on UP common aspects of SDT |
CATT |
R2-2108710 |
BSR and PHR for SDT procedure |
ASUSTeK |
R2-2108729 |
Remaining untreated proposals from [AT113bis-e][501] UP SDT open issues |
LG Electronics Inc. (Rapporteur) |
R2-2108730 |
Remaining UP issues in SDT |
LG Electronics Inc. |
R2-2108788 |
Discussion on the data volume computation |
Xiaomi Communications |
R2-2108789 |
Handling of MAC CE |
Xiaomi Communications |
R2-2109039 |
[Pre115-e][501][SData] Summary of 8.6.2 User Plane remaining open issues |
LG Electronics Inc. (Rapporteur) |
R2-2109079 |
[AT115-e][501][SData] Summary of UP SDT open issues |
LG Electronics Inc. (Rapporteur) |
R2-2109222 |
LS on agreements related to SDT |
RAN2 |
8.6.3 |
Control plane common aspects |
|
R2-2107003 |
Control Plane Common Aspects of RACH and CG based SDT |
Samsung Electronics Co., Ltd |
R2-2107054 |
Discussion on RRC-Controlled Small Data Transmission |
vivo |
R2-2107247 |
Discussion on control plane issues of SDT |
OPPO |
R2-2107292 |
Report of email discussion [Post114-e][507][SData] Non-SDT data arrival handling |
Intel Corporation |
R2-2107293 |
Control Plane leftover issues on SDT mechanism |
Intel Corporation |
R2-2107294 |
Expected duration and applicable features for SDT procedure |
Intel Corporation |
R2-2107463 |
Issues of the Subsequent Data Transmission |
FGI, Asia Pacific Telecom |
R2-2107488 |
Common aspects for CP for SDT |
ZTE Corporation, Sanechips |
R2-2107491 |
Control plane common aspects for SDT |
Huawei, HiSilicon |
R2-2107493 |
Discussion on the NAS aspects of Small Data |
Huawei, HiSilicon |
R2-2107580 |
Power Saving for SDT |
Apple |
R2-2107581 |
Non-SDT handling during the SDT procedure |
Apple |
R2-2107582 |
Control plane aspects on the SDT procedure |
Apple |
R2-2107659 |
Handling of SDTF detection timer |
Fujitsu |
R2-2107660 |
RAN paging reception and response during SDT |
Fujitsu |
R2-2107779 |
Control plane aspects of SDT |
NEC |
R2-2107866 |
Consideration on switching to non-SDT procedure |
LG Electronics Inc. |
R2-2107868 |
Consideration on security issue on CCCH-based approach |
LG Electronics Inc. |
R2-2107899 |
Discussion on CP data transmission over SDT |
Lenovo, Motorola Mobility |
R2-2107992 |
CP common aspects of SDT |
Qualcomm Incorporated |
R2-2108006 |
Discussion on some FFSes |
Potevio Company Limited |
R2-2108009 |
Paging reception during SDT |
Nokia, Nokia Shanghai Bell |
R2-2108056 |
Discussion on subsequent SDT in NR |
Sony |
R2-2108088 |
SDT Faliure Handling |
Ericsson |
R2-2108089 |
CP aspects for SDT |
Ericsson |
R2-2108261 |
SDT control plane aspects |
Nokia, Nokia Shanghai Bell |
R2-2108262 |
RRC procedure for SDT |
Nokia, Nokia Shanghai Bell |
R2-2108327 |
SDT cell re-selection |
Convida Wireless |
R2-2108506 |
Consideration on control plane issues |
CMCC |
R2-2108591 |
Paging reception during SDT |
Nokia, Nokia Shanghai Bell |
R2-2108665 |
Untreated proposal from [Post113-e][503] |
InterDigital |
R2-2108682 |
Consideration on CP issues |
CATT |
R2-2108731 |
Non-SDT data arrival handling |
LG Electronics Inc. |
R2-2108790 |
Paging reception during SDT |
Xiaomi Communications |
R2-2108816 |
Handling of abrupt termination for SDT |
ZTE Wistron Telecom AB |
8.6.4 |
Aspects specific to RACH based schemes |
|
R2-2107004 |
RACH configuration for Small Data Transmission. |
Samsung Electronics Co., Ltd |
R2-2107005 |
Further Details of RACH bsaed Small Data Transmission |
Samsung Electronics Co., Ltd |
R2-2107056 |
Supporting Small Data Transmission via RA Procedure |
vivo |
R2-2107248 |
Discussion on RACH-based SDT |
OPPO |
R2-2107296 |
RACH leftover issues on SDT mechanism |
Intel Corporation |
R2-2107354 |
Discussion on RACH-based SDT |
Spreadtrum Communications |
R2-2107465 |
PDCCH monitoring in RA-SDT |
FGI, Asia Pacific Telecom |
R2-2107489 |
Open issues for RA-SDT |
ZTE Corporation, Sanechips |
R2-2107583 |
RACH specific SDT procedure |
Apple |
R2-2107780 |
Aspects specific to RACH based schemes |
NEC |
R2-2107993 |
Open issues for RACH based SDT |
Qualcomm Incorporated |
R2-2108057 |
Discussion on context fetch and anchor relocation |
Sony |
R2-2108058 |
RACH-based SDT in NR |
Sony |
R2-2108085 |
RACH based small data transmission |
Ericsson |
R2-2108199 |
Small data transmission with RA-based schemes |
Huawei, HiSilicon |
R2-2108243 |
Details of RACH specific schemes |
Nokia, Nokia Shanghai Bell |
R2-2108507 |
Discussion on RA-SDT |
CMCC |
R2-2108683 |
Transition from SDT to RRC_CONNECTED |
CATT |
R2-2108702 |
Discussion on RA-based small data transmission |
Google Inc. |
R2-2108711 |
Discussion on fallback to non-SDT |
ASUSTeK |
R2-2108712 |
Discussion on PDCCH monitoring for RA-SDT |
ASUSTeK |
R2-2108713 |
Discussion on RA configuration reception |
ASUSTeK |
R2-2108916 |
Report of [AT115e][502][SData] Summary of RA aspects |
OPPO (Rapporteur) |
8.6.5 |
Aspects specific to CG based schemes |
|
R2-2107006 |
Details of Configured Grant based Small Data Transmission |
Samsung Electronics Co., Ltd |
R2-2107057 |
Supporting Small Data Transmission via CG PUSCH |
vivo |
R2-2107249 |
Discussion on CG-based SDT |
OPPO |
R2-2107297 |
CG-SDT leftover aspects |
Intel Corporation |
R2-2107440 |
Discussion on CG-SDT Request by UE |
NEC Telecom MODUS Ltd. |
R2-2107490 |
Open issues for CG-SDT |
ZTE Corporation, Sanechips |
R2-2107492 |
CG-based schemes for SDT |
Huawei, HiSilicon |
R2-2107584 |
CG specific SDT procedure |
Apple |
R2-2107661 |
PDCCH monitoring and SDT-TAT |
Fujitsu |
R2-2107788 |
Discussion on beam selection aspect for CG-SDT |
PANASONIC R&D Center Germany |
R2-2107850 |
CG-based SDT selection and configuration |
InterDigital, Europe, Ltd. |
R2-2107867 |
Consideration on open issues of CG-SDT |
LG Electronics Inc. |
R2-2107900 |
Consideration on CG based small data transmission |
Lenovo, Motorola Mobility |
R2-2107930 |
Report of [Post114-e][508][SData] Open issues for CG-SDT |
Qualcomm Incorporated |
R2-2107994 |
Open issues for CG based SDT |
Qualcomm Incorporated |
R2-2108010 |
Aspects specific to CG based SDT |
Nokia, Nokia Shanghai Bell |
R2-2108059 |
CG-based SDT in NR |
Sony |
R2-2108086 |
Details of CG based SDT |
Ericsson |
R2-2108509 |
Consideration on CG-SDT |
CMCC |
R2-2108630 |
Discussion on CG small data transmission |
Google Inc. |
R2-2108684 |
Analysis and views on CG-SDT |
CATT |
R2-2108714 |
Discussion on CS-RNTI for CG-SDT |
ASUSTeK |
R2-2108791 |
RACH failure in subsequent data transmission phase |
Xiaomi Communications |
R2-2108792 |
Remaining issues of CG SDT in RAN2 |
Xiaomi Communications |
8.7.1 |
Organizational |
|
R2-2106967 |
LS on RAN dependency issues for 5G ProSe (S2-2104932; contact: CATT) |
SA2 |
R2-2106973 |
Reply LS on R17 Layer-2 SL Relay of UE ID exposure in paging mechanism (S3-212204; contact: Huawei) |
SA3 |
R2-2107043 |
Stage 2 Running CR on Introduction of R17 SL Relay |
MediaTek Inc. |
R2-2107192 |
Work planning for R17 SL relay |
OPPO |
R2-2107193 |
Discussion on RAN2 impact from S2-2104932 |
OPPO |
R2-2107755 |
Discuss SA2 LS on RAN dependency issues for 5G ProSe |
vivo |
R2-2108150 |
Draft LS reply on RAN dependency issues for 5G ProSe |
ZTE, Sanechips |
R2-2108179 |
[Dratf] LS reply on RAN depandency issues |
CATT |
R2-2108180 |
Discussion on LS reply on RAN depandency issues |
CATT |
R2-2108181 |
Corrections on ARP SDU Type in Rel-17 |
CATT |
R2-2108194 |
Running CR of 38.304 for SL relay |
Ericsson (Rapporteur) |
R2-2108627 |
RRC running CR for SL relay |
Huawei, HiSilicon |
R2-2108675 |
Draft Relay LS on RAN dependency issues for 5G ProSe |
Qualcomm Incorporated |
R2-2108924 |
Introduction of Rel-17 Sidelink Relay |
MediaTek Inc. |
R2-2108938 |
Reply LS on RAN dependency issues for 5G ProSe |
CATT |
R2-2109124 |
Reply LS on RAN dependency issues for 5G ProSe |
RAN2 |
R2-2109127 |
Reply LS on RAN dependency issues for 5G ProSe |
RAN2 |
8.7.2.1 |
Control plane procedures |
|
R2-2106989 |
Control Plane Procedures of L2 Relay |
CATT |
R2-2106990 |
PO Monitoring for Relay UE in RRC_CONNECTED and Remote UE in RRC_IDLE/RRC_INACTVE |
CATT |
R2-2107039 |
Discussion on Control Plane Aspects for L2 Relay |
OPPO |
R2-2107044 |
Stage 2 level procedure for Connection Establishment |
MediaTek Inc. |
R2-2107045 |
Remote UE Paging handling for connected Relay UE |
MediaTek Inc. |
R2-2107103 |
Further discussion on RRC connection management of L2 U2N relay |
Qualcomm Incorporated |
R2-2107104 |
Further discussion on paging and SIB forwarding in L2 U2N relay |
Qualcomm Incorporated |
R2-2107176 |
Remaining issues on RRC connection management |
Samsung Electronics GmbH |
R2-2107231 |
Discussion on RRC connection management for L2 sidelink relay |
Huawei, HiSilicon |
R2-2107232 |
SI forwarding and paging for L2 sidelink relay |
Huawei, HiSilicon |
R2-2107273 |
Connection Establishment Procedure for L2 UE to NW Relays |
InterDigital |
R2-2107274 |
Paging Procedures for L2 UE to NW Relays |
InterDigital |
R2-2107275 |
SI Forwarding for L2 UE to NW Relays |
InterDigital |
R2-2107304 |
Discussion on paging forwarding for a remote UE |
SHARP Corporation |
R2-2107306 |
Remaining issues of L2 Relay connection management |
Intel Corporation |
R2-2107367 |
Discussion on control plane procedures for L2 U2N relay |
Spreadtrum Communications |
R2-2107541 |
Configuration of Uu Interface for Sidelink Relay |
Futurewei |
R2-2107622 |
Remaining issues on SIB forwarding for IDLE/INACTIVE remote UE |
Apple |
R2-2107623 |
Unified Access Control on Relay UE |
Apple |
R2-2107625 |
RNA Update via L2 UE-to-NW relay |
Apple |
R2-2107708 |
SI message forwarding in L2 U2N relay |
Samsung |
R2-2107709 |
Paging delivery via L2 Relay in RRC_CONNECTED |
Samsung |
R2-2107756 |
Summary of [Post114-e][605][Relay] SI and paging forwarding (vivo) |
vivo |
R2-2107757 |
Way forward for L2 U2N Remote UE SRB0 SRB1 configuration |
vivo |
R2-2107966 |
Discussion on SI and paging delivery |
Xiaomi communications |
R2-2107967 |
Discussion on connection control |
Xiaomi communications |
R2-2108007 |
SI acquisition, CN Registration and RNAU |
Lenovo Mobile Com. Technology |
R2-2108008 |
Monitoring Paging by a U2N Relay |
Lenovo Mobile Com. Technology |
R2-2108060 |
L2 relay control plane procedures |
Sony |
R2-2108145 |
Consideration on the connection management of SL relay |
ZTE, Sanechips |
R2-2108146 |
Consideration on the system information acquisition and paging in SL relay |
ZTE, Sanechips |
R2-2108153 |
SIB Delivery & Paging for Remote UE |
LG Electronics Inc. |
R2-2108154 |
Connection Establishment |
LG Electronics Inc. |
R2-2108156 |
Relay reselection when Relay UE performs HO |
LG Electronics Inc. |
R2-2108192 |
Discussion on paging and SIB handling for L2 sidelink relay |
Ericsson |
R2-2108195 |
Discussion on RRC connection management procedures for L2 SL relay |
Ericsson |
R2-2108414 |
Discussion on SI and paging forwarding |
ETRI |
R2-2108458 |
Discussion on RRC connection establishment of remote UE in L2 U2N relay |
Nokia, Nokia Shanghai Bell |
R2-2108462 |
Support of idle mode mobility for remote-UE in SL UE-to-Nwk relay |
Nokia, Nokia Shanghai Bell |
R2-2108510 |
Control plane procedure |
CMCC |
R2-2108734 |
Leftover issues for SI delivery in L2 Relay |
Intel Corporation |
R2-2108820 |
Discussion on SI reception before establishing PC5-RRC connection |
MediaTek Inc. |
R2-2108824 |
Summary of AI 8.7.2.1 |
Xiaomi Technology |
R2-2108948 |
Report of [Offline-616] |
Xiaomi |
8.7.2.2 |
Service continuity |
|
R2-2106991 |
Service Continuity for L2 U2N Relay |
CATT |
R2-2107046 |
Stage 2 level procedure for Service Continuity |
MediaTek Inc. |
R2-2107106 |
Further discussion on Service continuity of L2 U2N relay |
Qualcomm Incorporated |
R2-2107196 |
Left issues on UP aspects for service continuity |
OPPO |
R2-2107213 |
Discussion on CP of NR sidelink relay service continuity |
OPPO |
R2-2107276 |
Service Continuity for L2 UE to NW Relays |
InterDigital |
R2-2107309 |
Open aspects of Service continuity support for L2 U2N relaying |
Intel Corporation |
R2-2107452 |
Remaining Issues on Service Continuity in L2 relaying |
vivo |
R2-2107540 |
Open Issues in Switches between Direct and Indirect Paths |
Futurewei |
R2-2107621 |
Discussion on service continuity for Layer 2 UE-to-NW relay |
Apple |
R2-2107710 |
Remaining easy proposals in outcome of [AT114-e][605][Relay] |
Samsung(email discussion rapporteur) |
R2-2107711 |
Remaining issues in Remote UE path switch procedures |
Samsung |
R2-2107887 |
Path switching in L2 U2N relay case |
Lenovo, Motorola Mobility |
R2-2107888 |
Service continuity with relay reselection |
Lenovo, Motorola Mobility |
R2-2107949 |
L2 Relay handover to non-L2-Relay capable gNB |
Nokia, Nokia Shanghai Bell |
R2-2107965 |
Discussion on service continuity |
Xiaomi communications |
R2-2108061 |
Service continuity open issues in L2 NR sidelink rela |
Sony |
R2-2108147 |
Discussion on the service continuity of SL relay |
ZTE, Sanechips |
R2-2108155 |
Relay (re)selection for service continuity |
LG Electronics Inc. |
R2-2108157 |
Measurement and report for path switching |
LG Electronics Inc. |
R2-2108193 |
Discussion on service continuity for L2 sidelink relay |
Ericsson |
R2-2108196 |
Feature summary for AI 8.7.2.2. |
Ericsson |
R2-2108282 |
Remaining issues on service continuity of SL relay |
China Telecommunications |
R2-2108322 |
Open issues on service continuity for relaying |
Kyocera |
R2-2108464 |
Handover interruption time reduction using sidelink communication |
Nokia, Nokia Shanghai Bell |
R2-2108513 |
Service continuity for L2 relay |
CMCC |
R2-2108622 |
Discussion on service continuity for L2 UE to NW Relay |
Huawei, HiSilicon |
R2-2108939 |
Email Report of [AT115-e][609][Relay] Service continuity procedures |
MediaTek Inc. (Email Discussion Rapporteur) |
8.7.2.3 |
Adaptation layer design |
|
R2-2106992 |
Adaption Layer Design for L2 U2N Relay |
CATT |
R2-2107047 |
Adaptation layer for PC5 at L2 UE-to-Network Relay |
MediaTek Inc., InterDigital |
R2-2107105 |
Further discussion on adaptation layer of L2 U2N relay |
Qualcomm Incorporated |
R2-2107175 |
Open issues with Adaptation layer design |
Samsung Electronics GmbH |
R2-2107194 |
Left issues on CP aspects for adaptation layer |
OPPO |
R2-2107195 |
Left issues on UP aspects for adaptation layer |
OPPO |
R2-2107277 |
Discussion on L2 Relay Architecture |
InterDigital |
R2-2107307 |
L2 U2N relaying Adaptation layer design aspects |
Intel Corporation |
R2-2107356 |
Remaining issues on adaptation layer for L2 relay |
Spreadtrum Communications |
R2-2107451 |
Adaptation Layer for L2 SL Relay |
vivo |
R2-2107470 |
UP aspects on Layer 2 SL relay |
Ericsson |
R2-2107620 |
Discussion on adaptation header in PC5 link |
Apple |
R2-2107734 |
Remaining Issues in Adaptation Layer Design |
Futurewei |
R2-2108148 |
Discussion on adaptation layer design |
ZTE, Sanechips |
R2-2108250 |
Sidelink Relay Uu RLC for Remote UE and Adaptation Layer Design |
Beijing Xiaomi Mobile Software |
R2-2108466 |
Discussion on Uu adaptation layer in L2 UE-to-NW relay |
Nokia, Nokia Shanghai Bell |
R2-2108484 |
Summary for Relay Adaptation Layer - AI 8.7.2.3 |
InterDigital France R&D, SAS |
R2-2108511 |
Adaption layer for L2 U2N relay |
CMCC |
R2-2108623 |
Adaptation layer functionalities for L2 U2N relay |
Huawei, HiSilicon |
R2-2108934 |
[R2 AT115-e][604][Relay] Discussion on Adaptation Layer |
OPPO |
R2-2108947 |
[R2 AT115-e][604][Relay] Discussion on Adaptation Layer |
OPPO |
8.7.2.4 |
QoS |
|
R2-2106993 |
End-to-end QoS Management for L2 Sidelink Relay |
CATT |
R2-2107040 |
Discussion on resource allocation and QoS management for L2 U2N relay |
OPPO |
R2-2107107 |
Discussion on E2E QoS enforcement in L2 U2N relay |
Qualcomm Incorporated |
R2-2107278 |
Discussion on QoS for L2 UE to NW Relays |
InterDigital |
R2-2107308 |
E2E QoS management considerations for L2 U2N relaying |
Intel Corporation |
R2-2107471 |
Aspects for QoS management with SL relay |
Ericsson |
R2-2107497 |
E2E QoS Provisioning with L2 Sidelink Relay |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107624 |
QoS enhancements for UE-to-NW relay |
Apple |
R2-2107712 |
QoS management aspects for L2 U2N Relay |
Samsung |
R2-2107758 |
Mechanisms for E2E QoS management |
vivo |
R2-2107833 |
Considerations on voice and video support for Relays |
Philips International B.V., MediaTek, Vivo, FirstNet |
R2-2108149 |
Discussion on QoS of SL relay |
ZTE, Sanechips |
R2-2108512 |
Mechanisms for E2E QoS management |
CMCC |
R2-2108624 |
QoS management of L2 U2N relay |
Huawei, HiSilicon |
R2-2108821 |
On recommended bit rate |
MediaTek Inc. |
R2-2109018 |
[Pre115-e][605][Relay] Summary of AI 8.7.2.4 QoS (Apple) |
Apple |
8.7.3.1 |
Relay discovery |
|
R2-2106994 |
Leftover Issues for Sidelink Discovery |
CATT |
R2-2107089 |
Remaining issues on relay discovery |
Qualcomm Incorporated |
R2-2107212 |
Discussion on remaining issue of relay discovery |
OPPO |
R2-2107279 |
Remaining Issues on Discovery |
InterDigital |
R2-2107313 |
Leftover aspects of Relay discovery |
Intel Corporation |
R2-2107468 |
Left issues for SL discovery |
Ericsson |
R2-2107713 |
Resource allocation for SL relay discovery message |
Samsung |
R2-2107759 |
Remaining issues on Relay Discovery |
vivo |
R2-2107889 |
Relay Discovery for L2 and L3 relay |
Lenovo, Motorola Mobility |
R2-2107950 |
Further issues on the discovery message for NR sidelink relay |
Nokia, Nokia Shanghai Bell |
R2-2108143 |
Further discussion on Relay discovery |
ZTE, Sanechips |
R2-2108152 |
Relay Discovery transmission for stage 3 |
LG Electronics Inc. |
R2-2108251 |
Relay Discovery Resource Pool Utilisation |
Beijing Xiaomi Mobile Software |
R2-2108324 |
Coexistence of discovery resource pools |
Kyocera |
R2-2108626 |
Remaining issue on relay discovery |
Huawei, HiSilicon |
R2-2108949 |
[AT115-e][617][Relay] Continuation of discussion on discovery (CATT) |
CATT |
8.7.3.2 |
Relay re/selection |
|
R2-2106995 |
New Triggers for Relay Reselection |
CATT |
R2-2107102 |
Remaining issues on relay (re)selection |
Qualcomm Incorporated |
R2-2107305 |
Leftover aspects of Relay reselection |
Intel Corporation |
R2-2107469 |
Aspects for SL relay selection and reselection |
Ericsson |
R2-2107760 |
Remaining issues on Relay (re)selection |
vivo |
R2-2107872 |
Discussion on sidelink relay reselection |
SHARP Corporation |
R2-2107890 |
Relay (re)selection for L2 and L3 relay |
Lenovo, Motorola Mobility |
R2-2108144 |
Further discussion on Relay selection |
ZTE, Sanechips |
R2-2108252 |
Use of Cell ID in Sidelink L2 Relay (Re)selection |
Beijing Xiaomi Mobile Software |
R2-2108467 |
Discussion on sidelink assisted mobility using UE-to-Nwk Relay |
Nokia, Nokia Shanghai Bell |
R2-2108625 |
Discussion on relay reselection |
Huawei, HiSilicon |
R2-2108706 |
Remaining issues for L2 U2N relay (re)selection |
MediaTek Inc. |
8.8.1 |
Organizational |
|
R2-2106972 |
LS on Cell reselection with band-specific network slices (S2-2105158; contact: Nokia) |
SA2 |
8.8.2 |
Cell reselection |
|
R2-2107108 |
Further discussion on slice specific cell reselection |
Qualcomm Incorporated |
R2-2107243 |
Considerations on slice based cell reselection |
Beijing Xiaomi Software Tech |
R2-2107372 |
Discussion on slice based cell reselection |
Spreadtrum Communications |
R2-2107383 |
Discussion on Slice based Cell Reselection |
CATT |
R2-2107443 |
Functional aspects of slice specific cell reselection |
Intel Corporation |
R2-2107461 |
Discussion on slice based cell reselection |
China Telecommunication, Baicells |
R2-2107466 |
Cell reselection in RAN slicing |
FGI, Asia Pacific Telecom |
R2-2107505 |
Considerations on contents of slice related cell selection info |
KDDI Corporation |
R2-2107592 |
Slice based cell reselection under NW control |
Apple |
R2-2107705 |
Discussion on slice based cell reselection |
LG Electronics UK |
R2-2107730 |
Discussion on slice aware cell reselection |
ZTE corporation, Sanechips |
R2-2107739 |
Consideration on slice-specific cell reselection |
OPPO |
R2-2107929 |
Discussion on slice-based cell reselection prioritization |
BT plc |
R2-2107951 |
Reply proposal for LS on cell reselection with band-specific network slices (S2-2105158/ R2-2106972) |
Nokia, Nokia Shanghai Bell |
R2-2107952 |
Proposals for slice specific cell reselection solutions |
Nokia, Nokia Shanghai Bell |
R2-2108025 |
Summary of [Post114-e][251][Slicing] Solution direction |
Lenovo, Motorola Mobility (Rapporteur) |
R2-2108292 |
Slice grouping |
Ericsson |
R2-2108315 |
Considerations on slice-based cell reselection |
Lenovo, Motorola Mobility |
R2-2108316 |
On slice priority for cell reselection |
Samsung R&D Institute UK |
R2-2108433 |
Slice information provided by RRCRelease |
SHARP Corporation |
R2-2108497 |
Discussion on the solutions for slice based cell reselection |
CMCC |
R2-2108554 |
Discussion on slice based cell reselection under network control |
Huawei, HiSilicon |
R2-2108842 |
Resolving FFSs for Option 4 |
Lenovo, Motorola Mobility |
R2-2108859 |
Summary of [AT115-e][240][Slicing] Reply LS to SA2 on band-specific slices in cell reselection (NN) |
NN |
R2-2108860 |
[Draft] Reply LS on Cell reselection with band-specific network slices |
Nokia |
R2-2108868 |
Reply LS on Cell reselection with band-specific network slices |
RAN2 |
R2-2108928 |
LS on Slice list and priority information for cell reselection |
RAN2 |
8.8.3 |
RACH |
|
R2-2107109 |
Further discussion on slice specific RACH |
Qualcomm Incorporated |
R2-2107241 |
Considerations on slice based RACH configuration |
Beijing Xiaomi Software Tech |
R2-2107384 |
Analysis on slice based RACH configuration |
CATT |
R2-2107444 |
Further considerations of slice based RACH |
Intel Corporation |
R2-2107506 |
Slice-specific RACH configurations |
Nokia, Nokia Shanghai Bell |
R2-2107593 |
Slice based RACH configuration |
Apple |
R2-2107714 |
Slice specific RACH type selection |
Samsung |
R2-2107731 |
Slice specific RACH resources and RACH prioritization |
ZTE corporation, Sanechips |
R2-2107740 |
Consideration on slice-specific RACH |
OPPO |
R2-2108293 |
RACH for RAN slicing enhancement |
Ericsson |
R2-2108498 |
Open issues for slice based RACH configuration |
CMCC |
R2-2108504 |
Report for [Post114-e][252][Slicing] RACH partitioning details for slicing |
CMCC |
R2-2108555 |
Discussion on slice based RACH configuration |
Huawei, HiSilicon |
R2-2108759 |
Further discussion on slice-specific RACH |
LG electronics Inc. |
R2-2108839 |
Report for [Post114-e][252][Slicing] RACH partitioning details for slicing |
CMCC |
8.9.1 |
Organizational |
|
R2-2108917 |
LS on UE Power Saving |
RAN2 |
R2-2108927 |
Introduction of Rel-17 UE power saving enhancements |
Huawei, HiSilicon |
8.9.2 |
Idle/inactive-mode UE power saving |
|
R2-2107258 |
Discussion on CN-assigned paging grouping |
Transsion Holdings |
R2-2108062 |
Discussion on enhancements for idle/inactive-mode UE power saving |
Sony |
R2-2108685 |
Summary of [Post114-e][076][ePowSav] Paging SubGrouping |
CATT |
8.9.2.1 |
Architecture |
|
R2-2106998 |
Further details of UE Subgrouping |
Samsung Electronics Co., Ltd |
R2-2107067 |
Discussion on grouping-based paging |
OPPO |
R2-2107068 |
Discussion on UE paging capabilities |
OPPO |
R2-2107222 |
Paging subgroup assignment |
Qualcomm Incorporated |
R2-2107385 |
The architecture of paging enhancement |
Xiaomi Communications |
R2-2107406 |
Architecture for paging enhancement by UE subgrouping |
vivo |
R2-2107549 |
Further considerations on Network assigned subgrouping |
Intel Corporation |
R2-2107721 |
Further discussion on CN-assigned paging grouping |
Transsion Holdings |
R2-2107880 |
UE ID based subgroup |
LG Electronics Inc. |
R2-2107902 |
Consideration on Idle/inactive-mode UE power saving |
Lenovo, Motorola Mobility |
R2-2108011 |
CN and RAN responsibility split for paging subgrouping |
Nokia, Nokia Shanghai Bell |
R2-2108027 |
Further discussion on paging subgrouping |
Huawei, HiSilicon |
R2-2108028 |
Discussion on paging subgrouping supporting on UE and network |
Huawei, HiSilicon |
R2-2108237 |
Grouping methods for Paging |
Ericsson |
R2-2108461 |
Handling network nodes not supporting UE paging subgrouping |
Futurewei Technologies |
R2-2108590 |
UE Paging Subgroup Assignment |
MediaTek Inc. |
R2-2108592 |
CN and RAN responsibility split for paging subgrouping |
Nokia, Nokia Shanghai Bell |
R2-2108686 |
Further Consideration on Paging Subgroup |
CATT |
R2-2109094 |
[AT115-e][043][ePowSav] Paging Subgrouping (Nokia) |
Nokia (Rapporteur) |
8.9.2.2 |
Control and Procedure details |
|
R2-2106999 |
UE Idenity for paging subgrouping |
Samsung Electronics Co., Ltd |
R2-2107000 |
DRX cycle for monitoring paging |
Samsung Electronics Co., Ltd |
R2-2107069 |
Discussion on PEI monitoring |
OPPO |
R2-2107223 |
Paging reception with cross-slot scheduling |
Qualcomm Incorporated |
R2-2107407 |
UE subgrouping procedure for paging enhancement |
vivo |
R2-2107538 |
How a UE determines the PEI radio resource(s) to monitor for paging |
Xiaomi Communications |
R2-2107553 |
Further considerations on the UE behaviour for Network assigned subgrouping |
Intel Corporation |
R2-2107595 |
Signallaing aspects of IDLE/INACTIVE paging subgrouping for enhanced power save |
Apple |
R2-2107879 |
NW assigned subgroup |
LG Electronics Inc. |
R2-2107881 |
Paging subgroup indication |
LG Electronics Inc. |
R2-2107903 |
Consideration on the configuration for UE paging grouping |
Lenovo, Motorola Mobility |
R2-2108012 |
Subgroup indication via PEI |
Nokia, Nokia Shanghai Bell |
R2-2108029 |
Further considerations on other paging enhancements |
Huawei, HiSilicon |
R2-2108238 |
PEI monitoring in NR: CN and System level impacts |
Ericsson |
R2-2108272 |
Further Consideration on NW assigned subgrouping and UE ID based grouping |
ZTE Corporation |
R2-2108534 |
Considerations on assistance information and procedures for paging subgrouping |
CMCC |
R2-2108593 |
Paging Monitoring with PEI and UE Subgrouping |
MediaTek Inc. |
8.9.3 |
Other aspects RAN2 impacts |
|
R2-2107001 |
TRS_CSIRS for RRC IDLE and RRC INACTIVE |
Samsung Electronics Co., Ltd |
R2-2107070 |
Discussion on signaling aspects of TRS/CSI-RS occasion(s) for idle/inactive Ues |
OPPO |
R2-2107408 |
Discussion on TRS CSI-RS in idle inactive mode |
vivo |
R2-2107409 |
RAN2 impact on RLM/BFD relaxation for power saving |
vivo |
R2-2107536 |
Discussion on TRS CSI-RS for RRC-IDLE and RRC-INACTIVE State UE |
Xiaomi Communications |
R2-2107537 |
LS to RAN1 on TRS CSI-RS for RRC-IDLE and RRC-INACTIVE State UE |
Xiaomi Communications |
R2-2107550 |
TRS/CSI-RS configuration and availability for idle/inactive-mode UE |
Intel Corporation |
R2-2107596 |
TRS/CSI-RS signalling aspects for IDLE/INACTIVE UEs for enhanced power save |
Apple |
R2-2107901 |
TRS/CSI-RS configuration for Idle/inactive mode UE |
Lenovo, Motorola Mobility |
R2-2108013 |
RAN2 impact on connected mode power saving |
Nokia, Nokia Shanghai Bell |
R2-2108030 |
Discussion on potential TRS/CSI-RS |
Huawei, HiSilicon |
R2-2108063 |
Discussion on TRS/CSI-RS configuration of idle/inactive-mode UEs |
Sony |
R2-2108239 |
Provision of TRS Configurations to UEs in idle and inactive |
Ericsson |
R2-2108240 |
TRS Availability Signaling to UEs in idle and inactive |
Ericsson |
R2-2108263 |
Potential TRS/CSI-RS occasion(s) |
Nokia, Nokia Shanghai Bell |
R2-2108271 |
Further Consideration On TRS and CSI-RS for idle and inactive UE |
ZTE Corporation |
R2-2108535 |
Considerations on TRS/CSI-RS occasion(s) for idle/inactive UE(s) |
CMCC |
R2-2108687 |
Further Consideration on Configuration of TRS/CRI-RS |
CATT |
R2-2109037 |
Summary of 8.9.3 - Other aspects RAN2 impacts |
Ericsson |
R2-2109072 |
Report from [AT115-e][044][ePowSav] TRS CSIRS for RRC Idle and Inactive (Ericsson) |
Ericsson |
8.10.1 |
Organizational |
|
R2-2106904 |
LS reply on multiple TACs per PLMN (C1-213965; contact: Nokia) |
CT1 |
R2-2106922 |
Reply LS on PDB for new 5QI (R1-2106331; contact: Ericsson) |
RAN1 |
R2-2106924 |
Reply LS on TA pre-compensation (R1-2106341; contact: OPPO) |
RAN1 |
R2-2106940 |
Reply LS on SA WG2 assumptions from conclusion of study on architecture aspects for using satellite access in 5G (R3-212916; contact: Ericsson) |
RAN3 |
R2-2106941 |
Reply LS on UE location aspects in NTN (R3-212917; contact: Qualcomm) |
RAN3 |
R2-2106966 |
LS Response to LS on multiple TACs per PLMN (S2-2104891; contact: Qualcomm) |
SA2 |
R2-2106976 |
Reply LS on UE location aspects in NTN (S3-212306; contact: Huawei) |
SA3 |
R2-2107146 |
Updated NR-NTN-solutions work plan |
THALES |
R2-2107346 |
Draft Reply LS on UE location aspects in NTN |
Huawei, HiSilicon |
R2-2107523 |
Draft Response LS on Multiple TACs per PLMN |
Nokia, Nokia Shanghai Bell |
R2-2107568 |
[Draft] Reply LS on UE location aspects in NTN |
Qualcomm Incorporated |
R2-2107732 |
Stage-3 running 304 CR for NTN |
ZTE corporation, Sanechips |
R2-2108345 |
Stage-3 running RRC CR for NTN Rel-17 |
Ericsson |
R2-2108664 |
Stage 3 NTN running CR for 38.321 - RAN2#115 |
InterDigital |
R2-2108829 |
Stg 2 Running CR_38.300_NR-NTN |
THALES |
R2-2108875 |
Report of [Post115-e][102][NTN] Reply LS on UE location aspects (Huawei) |
Huawei, HiSilicon |
R2-2108885 |
[Draft] Reply LS on UE location aspects in NTN |
Qualcomm Incorporated |
R2-2108886 |
Draft Reply LS on UE location aspects in NTN |
Huawei |
R2-2108888 |
Response LS on Multiple TACs per PLMN |
RAN2 |
R2-2109128 |
[Draft] Reply LS on UE location aspects in NTN |
Qualcomm Incorporated |
R2-2109216 |
Reply LS on UE location aspects in NTN |
RAN2 |
R2-2109217 |
Reply LS on UE location aspects in NTN |
RAN2 |
8.10.2 |
User Plane |
|
R2-2107280 |
User Plane Issues and Enhancements for an NTN |
Samsung Research America |
R2-2108663 |
MAC open issues in NTN - RAN2#115 |
InterDigital |
8.10.2.1 |
RACH aspects |
|
R2-2107075 |
Discussion on RACH in NTN |
OPPO |
R2-2107314 |
Discussion on UE Specific TA Report |
CATT |
R2-2107362 |
TA report in Random access procedure |
Spreadtrum Communications |
R2-2107908 |
Considerations on new criteria for RA type selection |
Lenovo, Motorola Mobility |
R2-2107972 |
RACH Type selection and TA report |
Beijing Xiaomi Mobile Software |
R2-2108114 |
Further discussion on RACH issues for NR NTN |
Nokia, Nokia Shanghai Bell |
R2-2108350 |
Considerations on RACH aspects |
ZTE Corporation, Sanechips |
R2-2108453 |
Random Access timers and reporting information about UE specific TA pre-compensation in NTNs |
Ericsson |
R2-2108609 |
Discussion on RACH and TA report aspects |
LG Electronics Inc. |
R2-2108715 |
Discussion on LCH-based RA type selection |
ASUSTeK |
R2-2108882 |
Report of [AT115-e][106][NTN] RACH aspects (CATT) |
CATT |
R2-2108897 |
Report of [AT115-e][106][NTN] RACH aspects (CATT) |
CATT |
R2-2108901 |
Report of [AT115-e][106][NTN] RACH aspects (CATT) |
CATT |
8.10.2.2 |
Other MAC aspects |
|
R2-2107076 |
Discussion on UL HARQ retransmission in NTN |
OPPO |
R2-2107315 |
Discussion on HARQ Aspects and UL Scheduling Enhancement in NTN |
CATT |
R2-2107361 |
Discussion on HARQ and LCP remaining issues |
Spreadtrum Communications |
R2-2107449 |
Impact on DRX timers with UL/DL HARQ enhancement in NTN |
vivo |
R2-2107450 |
Impact on LCP with disabled UL HARQ retransmission in NTN |
vivo |
R2-2107563 |
LCP restriction for an UL HARQ process |
Qualcomm Incorporated, Huawei, HiSilicon, Xiaomi, Samsung |
R2-2107632 |
HARQ Management and LCP Restrictions in NTN |
Apple |
R2-2107790 |
Co-existence issue of BSR over CG and BSR over 2-step RACH |
PANASONIC R&D Center Germany |
R2-2107909 |
BSR with configured 2-step RACH and CG |
Lenovo, Motorola Mobility |
R2-2107986 |
Consideration on HARQ aspects |
Beijing Xiaomi Mobile Software |
R2-2108115 |
Discussion on remaining MAC issues for NR NTN |
Nokia, Nokia Shanghai Bell |
R2-2108318 |
On disabling uplink HARQ retransmission and associated LCP impacts |
MediaTek Inc. |
R2-2108319 |
Round trip delay offset for configured grant timer |
MediaTek Inc. |
R2-2108351 |
Considerations on HARQ aspects |
ZTE Corporation, Sanechips |
R2-2108452 |
On DRX, LCP, HARQ, SR/BSR, and configured scheduling |
Ericsson |
R2-2108544 |
Discussion on LCP Restrictions and CG Impact in NTN |
CMCC |
R2-2108608 |
Discussion on other MAC aspects |
LG Electronics Inc. |
R2-2108610 |
Consideration on LCP in NTN |
Huawei, HiSilicon |
R2-2108611 |
Discussion on TA report |
Huawei, HiSilicon |
R2-2108661 |
UL HARQ retransmission |
InterDigital |
R2-2108662 |
Impact of UE-gNB RTT determination on MAC |
InterDigital |
R2-2108716 |
Discussion on UL retransmission and DRX RTT timer |
ASUSTeK |
R2-2108768 |
HARQ Retransmission Enabling/Disabling for CG aspects |
ITL |
R2-2108883 |
Summary of [AT115-e][101][NTN] Other MAC aspects |
InterDigital |
R2-2108896 |
Summary of [AT115-e][101][NTN] Other MAC aspects: Phase 2 |
InterDigital (summary rapporteur) |
R2-2109031 |
[Pre115-e][101][NTN] Summary of AI 8.10.2.2 - Other MAC aspects (InterDigital) |
InterDigital |
8.10.2.3 |
RLC and PDCP aspects |
|
R2-2108317 |
RLC and PDCP timers extension |
NEC Telecom MODUS Ltd. |
R2-2108451 |
On RLC and PDCP for NTNs |
Ericsson |
R2-2108460 |
On RLC t-Reassembly for NTN |
Sequans Communications |
8.10.3.1 |
General aspects |
|
R2-2107077 |
Discussion on UE location aspects in NTN |
OPPO |
R2-2107131 |
Signalling Solution for Feeder Link Switching of NTN |
VODAFONE Group Plc |
R2-2107150 |
Virtual cells for network verified UE position in NTN networks |
Fraunhofer IIS; Fraunhofer HHI; Thales |
R2-2107281 |
Remaining Beam Issues in an NTN: Tracking Area Management and Elliptical Beams |
Samsung Research America |
R2-2107284 |
Area Management in an NTN |
Samsung Research America, Thales, Rakuten Mobile, and Apple |
R2-2107316 |
Further Discussion on LCS and TAC aspects in NTN |
CATT |
R2-2107343 |
Discussion on V2X-like zone ID |
Huawei, HiSilicon |
R2-2107345 |
Draft Reply LS on multiple TACs per PLMN |
Huawei, HiSilicon |
R2-2107360 |
Discussion on TAC update in NTN |
Spreadtrum Communications |
R2-2107520 |
On Tracking Area Code handling for NTN |
Nokia, Nokia Shanghai Bell |
R2-2107564 |
Tracking area update timing |
Qualcomm Incorporated |
R2-2107567 |
Discussion on RAN3 LS reply on UE location |
Qualcomm Incorporated |
R2-2107633 |
NTN Area Management |
Apple |
R2-2107729 |
Discussion on the remaining issue on TAC update |
vivo |
R2-2108323 |
On Soft-switch based Tracking Area Updates in NR-NTN |
MediaTek Inc. |
R2-2108606 |
TAC update and UE location report |
ZTE corporation, Sanechips |
R2-2108848 |
[Pre115-e][102][NTN] Summary of AI 8.10.3.1 - LCS aspects only |
Qualcomm Inc. |
R2-2108884 |
[offline 102] LCS aspects |
Qualcomm |
R2-2108887 |
[offline 107] Reply LS on TAC handling |
Nokia |
R2-2108898 |
[offline 102] LCS aspects - second round |
Qualcomm Incorporated |
R2-2108902 |
[Draft] LS on NTN specific user consent for obtaining UE location by gNB |
Qualcomm |
R2-2109199 |
LS on NTN specific user consent |
RAN2 |
8.10.3.2 |
Idle/Inactive mode |
|
R2-2107078 |
Discussion on idle/inactive mode procedures in NTN |
OPPO |
R2-2107282 |
Cell Reselection, System Information, Paging Enhancements, and Power-Efficient Neighbor Cell Search for an NTN |
Samsung Research America |
R2-2107317 |
Further Discussion on the Leftover Issues of IDLE/INACTIVE |
CATT |
R2-2107344 |
Discussion on cell reselection |
Huawei, HiSilicon |
R2-2107359 |
Discussion on stop serving time of NTN cell |
Spreadtrum Communications |
R2-2107448 |
Remaining issues on cell reselection for NTN |
vivo |
R2-2107630 |
On NTN Ephemeris Definitions and Signaling |
Apple |
R2-2107634 |
Cell Selection and Cell Reselection Solutions for Non Terrestrial Networks |
Apple |
R2-2107733 |
Further consideration on cell selection and reselection in NTN |
ZTE corporation, Sanechips |
R2-2107845 |
Remaining issues in NTN Idle mode |
LG Electronics Inc. |
R2-2107853 |
Issues of cell reselection for prioritizing TN over NTN |
ITRI |
R2-2107910 |
Considerations on ephemeris provision for NTN |
Lenovo, Motorola Mobility |
R2-2108064 |
Idle mode enhancement in NTN |
Sony |
R2-2108170 |
Cell selection and reselection enhancements for NTN |
Xiaomi |
R2-2108234 |
NTN to TN mobility in Idle/Inactive mode |
NEC Telecom MODUS Ltd. |
R2-2108235 |
NTN Neighbour Cell information |
NEC Telecom MODUS Ltd. |
R2-2108281 |
Idle mode aspects for NTN |
Ericsson |
R2-2108320 |
On Cell Re-selection in NR-NTN |
MediaTek Inc. |
R2-2108412 |
NTN type and scenario indication |
Convida Wireless |
R2-2108413 |
NTN Cell (re)selection enhancements |
Convida Wireless |
R2-2108526 |
Discussion on location assisted cell reselection |
CMCC, Huawei, HiSilicon |
R2-2108779 |
NTN Idle/Inactive mode cell re-selection |
ITL |
R2-2108889 |
Report of [AT115-e][108][NTN] idle mode aspects (ZTE) |
ZTE corporation, Sanechips |
R2-2108899 |
Report of [AT115-e][108][NTN] idle mode aspects (ZTE) – Second Round |
ZTE corporation, Sanechips |
R2-2108903 |
Report of [AT115-e][108][NTN] idle mode aspects (ZTE) – Third Round |
ZTE corporation, Sanechips |
8.10.3.3 |
Connected mode |
|
R2-2107079 |
Discussion on mobility management for connected mode UE in NTN |
OPPO |
R2-2107283 |
Remaining Issues on Handover and Neighbor Search for an NTN |
Samsung Research America |
R2-2107318 |
Discussion on NTN CP left issues |
CATT |
R2-2107447 |
Discussion on CHO related aspects for NTN |
vivo |
R2-2107457 |
Consideration of location reporting in NTN CHO |
China Telecommunication |
R2-2107519 |
Further discussion on CHO in NTN |
Rakuten Mobile, Inc |
R2-2107521 |
Further views on SMTC configurations for NTN |
Nokia, Nokia Shanghai Bell |
R2-2107522 |
Even further thoughts on mobility in NTN |
Nokia, Nokia Shanghai Bell |
R2-2107565 |
Open issues in CHO |
Qualcomm Incorporated |
R2-2107566 |
SMTC and MG enhancements |
Qualcomm Incorporated |
R2-2107631 |
On NTN Conditional Handovers |
Apple |
R2-2107704 |
Discussion on NTN-TN service continuity |
KT Corp. |
R2-2107846 |
Remaining issues for NTN connected mode mobility |
LG Electronics Inc. |
R2-2107878 |
Measurement window enhancements for NTN cell |
LG Electronics Inc. |
R2-2107911 |
UE assistance for measurement gap and SMTC configuration in NTN |
Lenovo, Motorola Mobility |
R2-2107912 |
Execution condition for CHO in NTN |
Lenovo, Motorola Mobility |
R2-2107987 |
Consideration on RRC release |
Beijing Xiaomi Mobile Software |
R2-2108017 |
Discussion on connected mode aspects for NTN |
Xiaomi Communications |
R2-2108065 |
Signaling storm during HOs and Timer based trigger details |
Sony |
R2-2108066 |
Cell coverage spillage over multiple countries issue in NTN |
Sony |
R2-2108067 |
SMTC enhancement in NTN |
Sony |
R2-2108100 |
Service continuity between NTN and TN |
Turkcell, Hughes/EchoStar, Network Systems, Thales, BT Plc, Vodafone, ESA, Inmarsat, Aselsan |
R2-2108198 |
Discussion on UE feedback based SMTC and GAPS measurement configuration |
Rakuten Mobile, Inc |
R2-2108286 |
Remaining Issues on SMTC and measurement Gap configuration for NTN |
CMCC,Ericsson,ZTE Corporation,Huawei,CATT,Lenovo, Motorola Mobility |
R2-2108326 |
Efficient Configuration of SMTC and Measurement Gaps in NR-NTN |
MediaTek Inc. |
R2-2108329 |
Mobility for NTN-TN scenarios |
MediaTek Inc. |
R2-2108341 |
Connected mode aspects for NTN |
Ericsson |
R2-2108527 |
Signaling overhead reduction for connected mobility |
CMCC |
R2-2108528 |
Discussion on NTN-TN mobility |
CMCC |
R2-2108607 |
Further consideration on CHO in NTN |
ZTE corporation, Sanechips |
R2-2108717 |
Discussion on location-based measurement event triggering |
ASUSTeK |
R2-2108890 |
[AT115-e][103][NTN] CHO and NTN -TN mobility aspects (Ericsson) |
Ericsson |
R2-2108900 |
[AT115-e][103][NTN] CHO and NTN -TN mobility aspects (Ericsson) |
Ericsson |
R2-2108904 |
[AT115-e][103][NTN] CHO and NTN -TN mobility aspects (Ericsson) |
Ericsson |
R2-2109025 |
[Pre115-e][103][NTN] Summary of AI 8.10.3.3 - CHO and NTN -TN mobility aspects only (Ericsson) |
Ericsson |
R2-2109056 |
[AT115-e][103][NTN] CHO and NTN -TN mobility aspects (Ericsson) |
Ericsson |
R2-2109135 |
Report of [AT115-e][112][NTN] SMTC and gaps (CMCC) |
CMCC |
R2-2109136 |
[AT115-e][103][NTN] CHO and NTN -TN mobility aspects (Ericsson) |
Ericsson |
R2-2109219 |
LS to RAN4 on SMTC |
RAN2 |
8.11.1 |
Organizational |
|
R2-2106913 |
LS on support of UL-AOA/ZOA assistance information signalling for NR positioning (R1-2106202; contact: Intel) |
RAN1 |
R2-2106918 |
Reply LS to SA2 on Scheduling Location in Advance (R1-2106312; contact: Qualcomm) |
RAN1 |
R2-2106919 |
LS on granularity of response time (R1-2106316; contact: Huawei) |
RAN1 |
R2-2106920 |
LS on Positioning Reference Units (PRUs) for enhancing positioning performance (R1-2106326; contact: CATT) |
RAN1 |
R2-2106968 |
Response LS on Scheduling Location in Advance to reduce Latency (S2-2105122; contact: CATT) |
SA2 |
R2-2106969 |
LS on determination of location estimates in local co-ordinates (S2-2105124; contact: Ericsson) |
SA2 |
R2-2106971 |
LS on storage of UE Positioning Capabilities (S2-2105153; contact: Qualcomm) |
SA2 |
R2-2107133 |
Draft Response LS to SA2 on the scheduled location time |
CATT |
R2-2107144 |
Draft Response LS to RAN1 on the Positioning Reference Units (PRUs) for positioning enhancement |
CATT |
R2-2107674 |
Consideration on stage 2 structure on RAT dependent positioning |
Intel Corporation |
R2-2108401 |
Local Co-ordinates support for Positioning methods |
Ericsson |
R2-2108402 |
[Draft] Reply LS on determination of location estimates in local co-ordinates |
Ericsson |
R2-2108940 |
[AT115-e][610][POS] PRUs (CATT) |
CATT |
R2-2108941 |
[Draft] LS to SA2 on network management of UE-typed PRUs |
CATT |
R2-2108942 |
[Draft] Reply LS on determination of location estimates in local co-ordinates |
Ericsson |
R2-2108957 |
Reply LS on determination of location estimates in local co-ordinates |
RAN2 |
8.11.2 |
Latency enhancements |
|
R2-2107090 |
Discussion on positioning latency reduction |
ZTE |
R2-2107091 |
Discussion on scheduled location time |
ZTE |
R2-2107132 |
Discussion on Response LS on Scheduling Location in Advance to reduce Latency from SA2 |
CATT |
R2-2107134 |
Discussion on Enhancements for Latency Reduction |
CATT |
R2-2107135 |
Discussion on storage of UE Positioning Capabilities LS from SA2 and the granularity of response time LS from RAN1 |
CATT |
R2-2107399 |
Further consideration of positioning latency enhancements |
OPPO |
R2-2107500 |
Discussion on positioning latency |
Huawei, HiSilicon |
R2-2107641 |
Discussion on latency enhancement |
vivo |
R2-2107642 |
Discussion on Scheduling Location in Advance to reduce Latency |
vivo |
R2-2107670 |
Scheduled location time based latency reduction |
Intel Corporation |
R2-2107673 |
Storing UE positioning capability in AMF |
Intel Corporation |
R2-2107680 |
Summary of agenda 8.11.2 Latency enhancements |
Intel Corporation |
R2-2107681 |
Discussion on Enhancements for Latency Reduction |
InterDigital, Inc. |
R2-2107962 |
Discussion on the response time |
Samsung |
R2-2108127 |
Positioning Latency Reduction Enhancements |
Lenovo, Motorola Mobility |
R2-2108175 |
Positioning enhancements on latency reduction |
Xiaomi |
R2-2108367 |
Scheduling Location in Advance to Reduce Latency |
Qualcomm Incorporated |
R2-2108376 |
[draft] Response LS on Scheduling Location in Advance to reduce Latency |
Qualcomm Incorporated |
R2-2108377 |
LPP impacts for UE positioning capability storage |
Qualcomm Incorporated |
R2-2108378 |
[draft] Response LS on storage of UE Positioning Capabilities |
Qualcomm Incorporated |
R2-2108393 |
Utilizing Time T and other associated parameters |
Ericsson |
R2-2108397 |
On UE Positioning Capabilities |
Ericsson |
R2-2108536 |
Discussion on latency reduction for positioning |
CMCC |
R2-2108704 |
Enhancement to reduce latency for high volume positioning |
Nokia, Nokia Shanghai Bell |
R2-2108769 |
Handling of multiple QoS for latency reduction |
Samsung Electronics |
R2-2108771 |
Latency reduction via configured grant for positioning |
Samsung Electronics |
R2-2108773 |
Discussion on the scheduled location time |
Samsung Electronics |
R2-2108943 |
Draft Reply LS to SA2 on scheduled location time |
CATT |
R2-2108944 |
Draft reply LS on granularity of response time |
Huawei, HiSilicon |
R2-2108945 |
[draft] Response LS on storage of UE Positioning Capabilities |
Qualcomm |
R2-2108958 |
Reply LS to SA2 on scheduled location time |
RAN2 |
R2-2108959 |
Reply LS on granularity of response time |
RAN2 |
R2-2108960 |
Response LS on storage of UE Positioning Capabilities |
RAN2 |
R2-2109102 |
Summary of [AT115-e][614][POS] Reply LS to SA2 on capability storage (Qualcomm) |
Qualcomm Incorporated |
R2-2109126 |
[AT115-e][612][POS] Reply LS to SA2 on scheduled location time (CATT) |
CATT |
R2-2109227 |
LS on UE ID in adaptation layer |
RAN2 |
8.11.3 |
RRC_INACTIVE |
|
R2-2107092 |
Discussion on positioning in RRC INACTIVE state |
ZTE |
R2-2107093 |
Stage 2 procedures for positioning in RRC INACTIVE state |
ZTE |
R2-2107142 |
Discussion on Positioning for UEs in RRC_INACTIVE state |
CATT |
R2-2107149 |
Considerations on positioning in RRC_INACTIVE mode |
Fraunhofer IIS; Fraunhofer HHI |
R2-2107358 |
Discussion on positioning in RRC_INACTIVE state |
Spreadtrum Communications |
R2-2107502 |
[DRAFT] LS on positioning for the UE in RRC_INACTIVE |
Huawei, HiSilicon |
R2-2107639 |
Positioning procedures in RRC_INACTIVE (stage-2) |
Apple |
R2-2107643 |
Enhancement of DL positioning in RRC_INACTIVE |
vivo |
R2-2107644 |
Configuration of UL positioning in RRC_INACTIVE |
vivo |
R2-2107671 |
Support of Positioning in RRC_INACTIVE |
Intel Corporation |
R2-2107683 |
Discussion on Positioning in RRC INACTIVE state |
InterDigital, Inc. |
R2-2107684 |
Discussion on reporting of Positioning Information with SDT |
InterDigital, Inc. |
R2-2107829 |
Supporting positioning in RRC_INACTIVE state |
OPPO |
R2-2107830 |
Discussion on UL Positioning methods in RRC_INACTIVE state |
OPPO |
R2-2108068 |
Considerations on positioning RRC Inactive |
Sony |
R2-2108128 |
On Positioning in RRC_INACTIVE state |
Lenovo, Motorola Mobility |
R2-2108173 |
Discussion on positioning for UEs in RRC Inactive |
Xiaomi |
R2-2108383 |
Summary of [Post114-e][602][POS] Stage 2 procedure for deferred MT-LR in RRC_INACTIVE |
Qualcomm Incorporated |
R2-2108394 |
Inactive mode Positioning |
Ericsson |
R2-2108605 |
Way-forward for RRC_INACTIVE positioning |
Huawei, China Unicom, China Telecom, Futurewei, HiSilicon, Intel Corporation, Interdigital, Spreadtrum Communications, VIVO, Xiaomi, ZTE Corporation |
R2-2108703 |
Considerations on positioning in RRC_INACTIVE |
Nokia, Nokia Shanghai Bell |
R2-2108764 |
Considerations on Positioning in RRC_INACTIVE state |
CMCC |
R2-2108772 |
On message segmentation for transmitting in Inactive state |
Samsung Electronics |
R2-2108826 |
Summary of AI 8.11.3 for RRC_INACTIVE positioning |
ZTE |
R2-2108946 |
[AT115-e][615][POS] UL and UL DL positioning in RRC_INACTIVE (Huawei)] |
Huawei, HiSilicon |
8.11.4 |
On-demand PRS |
|
R2-2107094 |
Discussion on on-demand PRS |
ZTE |
R2-2107148 |
On-demand PRS |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107498 |
Discussion on on-demand PRS |
Huawei, HiSilicon |
R2-2107638 |
Remaining issues of On-Demand PRS |
Apple |
R2-2107645 |
Discussion on on-demand PRS |
vivo |
R2-2107672 |
Support of on-demand PRS request |
Intel Corporation |
R2-2107686 |
Discussion on procedures for On-demand PRS for DL-based positioning |
InterDigital, Inc. |
R2-2107687 |
Discussion on procedure for On-demand PRS for DL+UL based positioning |
InterDigital, Inc. |
R2-2107828 |
Discussion on on-demand DL-PRS |
OPPO |
R2-2108069 |
Considerations on positioning PRS On-demand |
Sony |
R2-2108129 |
Support of On-Demand DL-PRS |
Lenovo, Motorola Mobility |
R2-2108174 |
Positioning enhancement to on-demand DL PRS |
Xiaomi |
R2-2108384 |
On-Demand DL-PRS |
Qualcomm Incorporated |
R2-2108395 |
On demand PRS |
Ericsson |
R2-2108400 |
Report on [Post114-e][603][POS] Procedures and signalling for on-demand PRS (Ericsson) |
Ericsson |
R2-2108705 |
NR E-CID for UE feedback for on-demand PRS |
Nokia, Nokia Shanghai Bell |
R2-2108774 |
Multiple QoS class using on-demand PRS |
Samsung Electronics |
R2-2108827 |
Summary of Agenda Item 8.11.4 On-demand PRS |
CATT |
R2-2108950 |
Draft Reply LS to RAN1 on on-demand DL PRS parameters |
Intel |
R2-2109061 |
LS to RAN2 with update on RAN1 discussion for on-demand DL PRS (R1-2108383; contact: Intel) |
RAN1 |
R2-2109123 |
Reply LS to RAN1 on on-demand DL PRS parameters |
RAN2 |
8.11.5 |
GNSS positioning integrity |
|
R2-2107095 |
Discussion on positioning integrity |
ZTE |
R2-2107136 |
Discussion on Integrity KPIs impact and draft LS |
CATT |
R2-2107147 |
UE-aided detection of threat to GNSS systems and assistance data signaling |
Fraunhofer IIS; Fraunhofer HHI; Ericsson |
R2-2107398 |
Discussion on supporting positioing integrity in RAN |
OPPO |
R2-2107499 |
Discussion on positioning integrity |
Huawei, HiSilicon |
R2-2107503 |
Text Proposal for GNSS integrity |
Huawei, HiSilicon |
R2-2107646 |
Discussion on signalling and procedures for GNSS positioning integrity |
vivo |
R2-2107688 |
Discussion on procedures and signalling for GNSS positioning integrity |
InterDigital, Inc. |
R2-2107989 |
Email Summary [Post114-e][601][POS] GNSS integrity assistance information, KPIs, and reporting of integrity results (Swift) |
Swift Navigation |
R2-2108024 |
Positioning Integrity Support in LPP |
Nokia, Nokia Shanghai Bell |
R2-2108176 |
Discussion on GNSS positioning integrity |
Xiaomi |
R2-2108340 |
Bounding GNSS errors for positioning integrity |
ESA, Nokia, Nokia Shanghai Bell |
R2-2108385 |
Considerations on GNSS positioning integrity support |
Qualcomm Incorporated |
R2-2108396 |
GNSS positioning integrity |
Ericsson |
R2-2108474 |
Discussion on GNSS Integrity Assistance Data |
Swift Navigation, Ericsson, Mitsubishi Electric Corporation |
R2-2108475 |
Text Proposal on GNSS Integrity Assistance Data |
Swift Navigation, Ericsson, Mitsubishi Electric Corporation |
R2-2108770 |
Consideration on the signalling design for Positioning Integrity |
Samsung Electronics |
R2-2109029 |
Summary on agenda item 8.11.5 on GNSS positioning integrity |
Qualcomm Incorporated |
8.11.6 |
A-GNSS enhancements |
|
R2-2107137 |
Summary of Introduction of B3I signal in BDS system |
CATT, CAICT |
R2-2107138 |
Introduction of B2a and B3I signal in BDS system in A-GNSS |
CATT, CAICT |
R2-2107139 |
Introduction of B2a and B3I signal in BDS system in A-GNSS |
CATT, CAICT |
R2-2107140 |
Introduction of B2a signal in BDS system in A-GNSS |
CATT, CAICT |
R2-2107141 |
Introduction of B3I signal in BDS system in A-GNSS |
CATT, CAICT |
R2-2107990 |
Text proposal on BDS ephemeris (B2I) |
Swift Navigation |
8.11.7 |
Other |
|
R2-2107143 |
Discussion on Positioning Reference Units (PRUs) for positioning enhancement |
CATT |
R2-2107357 |
Discussion on PRU of positioning |
Spreadtrum Communications |
R2-2107501 |
Discussion on positioning enhancement |
Huawei, HiSilicon |
R2-2107647 |
Discussion on support for Positioning Reference Unit |
vivo |
R2-2107689 |
Discussion on supporting Positioning Reference Units |
InterDigital, Inc. |
R2-2107831 |
Discussion on the Positioning Reference Units (PRUs) |
OPPO |
R2-2108131 |
Support of Positioning Reference Units |
Lenovo, Motorola Mobility |
R2-2108386 |
Signalling and Procedures for supporting Positioning Reference Units |
Qualcomm Incorporated |
R2-2108398 |
On the Positioning Reference Units aspects |
Ericsson |
R2-2108399 |
On high accuracy aspects |
Ericsson |
8.12.1 |
Organizational |
|
R2-2106905 |
Reply LS on introducing extended DRX for RedCap UEs (C1-213966; contact: Qualcomm) |
CT1 |
R2-2106921 |
LS on RAN1 agreements on RAN2-led features for RedCap (R1-2106329; contact: NTT DOCOMO) |
RAN1 |
R2-2106964 |
Reply LS on Unified Access Control (UAC) for RedCap (S1-211363; contact: Huawei) |
SA1 |
R2-2108276 |
Revised WI work plan for RedCap |
Ericsson |
R2-2108277 |
Running 38331 CR for RedCap |
Ericsson |
R2-2108411 |
Running RedCap CR for 38.304 |
Ericsson |
8.12.2.1 |
Definition of RedCap UE type and reduced capabilities |
|
R2-2107208 |
Definition and reduced capabilities for RedCap UE |
Huawei, HiSilicon |
R2-2107351 |
Scaling factor for L2 buffer size reduction for Rel-17 RedCap |
Spreadtrum Communications |
R2-2107410 |
UE type defination and constraining for RedCap UEs |
vivo, Guangdong Genius |
R2-2107608 |
RRC Processing Delay and remaining RedCap UE capability aspects |
Apple |
R2-2107676 |
Email discussion report on [105][RedCap] Capabilities (Intel) |
Intel Corporation |
R2-2107677 |
Constraining network access for UE with reduced capabilities |
Intel Corporation |
R2-2107749 |
RedCap UE type and reduced capabilities |
ZTE Corporation, Sanechips |
R2-2108278 |
Definition of RedCap UE and discussion on capabilities |
Ericsson |
R2-2108697 |
Further discussions on Redcap UE capabilities |
CATT |
R2-2108891 |
Summary of [AT115-e][109][RedCap] Capabilities (Intel) |
Intel Corporation |
R2-2109103 |
WF on Rel-17 RedCap L2 soft buffer Reduction |
Spreadtrum, Apple, CAICT, CEPRI, CMCC, CTC, CUC, GDCNI, Guangdong Genius, OPPO, Sequans, Xiaomi, u-blox AG, vivo |
R2-2109129 |
Summary of [AT115-e][109][RedCap] Capabilities (Intel) - second round |
Intel Corporation |
R2-2109130 |
Draft Reply LS to RAN1 on L2 buffer size reduction |
Intel, Spreadtrum |
R2-2109198 |
LS to RAN1 on L2 buffer size reduction |
RAN2 |
R2-2109218 |
LS on capability related RAN2 agreements for RedCap |
RAN2 |
8.12.2.2 |
Identification, access and camping restrictions |
|
R2-2107071 |
Discussion on RedCap UE’s early identification |
OPPO |
R2-2107072 |
Discussion on RedCap UE’s access restrictions |
OPPO |
R2-2107117 |
NR-REDCAP access restriction/allowance indication to ease mobility |
THALES |
R2-2107209 |
Identification and access restriction of RedCap UE |
Huawei, HiSilicon |
R2-2107216 |
Access and camping restriction for RedCap UEs |
Qualcomm Incorporated |
R2-2107352 |
Further discussion on early indication for RedCap UE |
Spreadtrum Communications |
R2-2107411 |
Identification and access restrictions for RedCap UEs |
vivo, Guangdong Genius |
R2-2107535 |
Discussion on Identification and UE access restrictions for Redcap devices |
Xiaomi Communications |
R2-2107555 |
Early identification and camping restrictions for RedCap UE |
Sierra Wireless, S.A. |
R2-2107606 |
Power-saving aspects from cell access and camping of RedCap UEs |
Apple |
R2-2107607 |
Issues with MSG3 based RedCap UE identification at intial access |
Apple |
R2-2107652 |
Camping restrictions of RedCap UE |
Fujitsu |
R2-2107678 |
Early identification and camping restrictions for RedCap UE |
Intel Corporation |
R2-2107707 |
Identification and access restrictions for RedCap UEs |
LG Electronics UK |
R2-2107750 |
Identification and Access Restriction for RedCap UEs |
ZTE Corporation, Sanechips |
R2-2107783 |
Access control for RedCap UEs |
Samsung |
R2-2107834 |
Camping restrictions and IFRI for RedCap UE |
InterDigital, Europe, Ltd. |
R2-2107870 |
Leftover issues on camping restriction and cell selection criterion |
DENSO CORPORATION |
R2-2108136 |
Further discussions on early identification and SI indication |
NEC |
R2-2108137 |
Initial BWP for RedCap |
NEC |
R2-2108244 |
Access for REDCAP UE |
Nokia, Nokia Shanghai Bell |
R2-2108245 |
REDCAP UE early identification |
Nokia, Nokia Shanghai Bell |
R2-2108279 |
Early indication & access restriction for RedCap UEs |
Ericsson |
R2-2108463 |
On Cell Barring Indication and Intra-Frequency Reselection Indication for RedCap UEs |
Futurewei Technologies |
R2-2108524 |
Discussion on identification and access restrictions |
CMCC |
R2-2108628 |
Access and camping restrictions for RedCap UE |
China Telecommunications |
R2-2108698 |
Early Identification and Camping Restrictions for Redcap UEs |
CATT |
R2-2108892 |
[AT115-e][104][RedCap] Identification, access and camping restrictions (Ericsson) |
Ericsson (rapporteur) |
R2-2109023 |
[Pre115-e][104][RedCap] Summary of AI 8.12.2.2 - Identification, access and camping restrictions (Ericsson) |
Ericsson |
R2-2109131 |
[AT115-e][104][RedCap] Identification, access and camping restrictions (Ericsson) - second round |
Ericsson (rapporteur) |
8.12.3.1 |
eDRX cycles |
|
R2-2107073 |
Discussion on eDRX for RedCap UEs |
OPPO |
R2-2107096 |
CN PTW and RAN PTW for RedCap eDRX |
Samsung |
R2-2107210 |
eDRX for RedCap UE |
Huawei, HiSilicon |
R2-2107217 |
eDRX configurations for RedCap UEs |
Qualcomm Incorporated |
R2-2107412 |
Discussion on eDRX for RedCap UEs |
vivo, Guangdong Genius |
R2-2107534 |
Discussion on e-DRX for Redcap Devices |
Xiaomi Communications |
R2-2107675 |
Leftover issues for eDRX |
Intel Corporation |
R2-2107706 |
Discussion on eDRX for RRC_IDLE and RRC_INACTIVE |
LG Electronics UK |
R2-2107751 |
eDRX for RedCap UEs |
ZTE Corporation, Sanechips |
R2-2107905 |
Consideration on eDRX for RedCap UE |
Lenovo, Motorola Mobility |
R2-2108230 |
Remaining issues for eDRX |
MediaTek Inc. |
R2-2108280 |
Details of eDRX and PTW in RRC_IDLE and RRC_INACTIVE |
Ericsson |
R2-2108525 |
Discussion on eDRX for RRC_Idle and RRC_Inactive |
CMCC |
R2-2108699 |
Discussion on eDRX for NR RRC Inactive and Idle |
CATT |
R2-2108778 |
Open issues on eDRX for UE in RRC_INACTIVE |
DENSO CORPORATION |
R2-2108881 |
Summary of [AT115-e][105][REDCAP] eDRX cycles (vivo) |
vivo |
R2-2108893 |
Summary of offline 105 - [REDCAP] eDRX cycles - second round |
vivo |
R2-2109117 |
Summary of offline 105 - [REDCAP] eDRX cycles - second round |
vivo |
R2-2109132 |
Summary of offline 105 - [REDCAP] eDRX cycles - third round |
vivo |
R2-2109137 |
[Draft] LS to RAN4 on eDRX |
vivo |
R2-2109194 |
Summary of offline 105 - [REDCAP] eDRX cycles - third round |
vivo |
R2-2109196 |
LS to RAN4 on eDRX |
RAN2 |
8.12.3.2 |
RRM relaxations |
|
R2-2107074 |
Discussion on RRM relax for RedCap UEs |
OPPO |
R2-2107097 |
RedCap RRM relaxation in RRC_Idle/Inactive |
Samsung |
R2-2107098 |
RedCap RRM relaxation in RRC_Connected |
Samsung |
R2-2107110 |
RRM relaxation for Redcap UE |
KDDI Corporation |
R2-2107118 |
NR-REDCAP stationarity relaxations based on measurements |
THALES |
R2-2107145 |
On the efficient RRM relaxation on RRC connected mode |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107211 |
RRM measurement relaxation for RedCap UE |
Huawei, HiSilicon |
R2-2107218 |
RRM relaxations for RedCap UEs |
Qualcomm Incorporated |
R2-2107386 |
Discussion on RRM measurement relaxation for redcap |
Xiaomi Communications |
R2-2107413 |
RRM relaxation for neighboring cell for RedCap UEs |
vivo, Guangdong Genius |
R2-2107679 |
RRM measurement relaxation criteria for RedCap devices |
Intel Corporation |
R2-2107748 |
RRM relaxation for RedCap UEs |
ZTE Corporation, Sanechips |
R2-2107754 |
RRM Relaxation for RedCap UE |
NTT DOCOMO INC. |
R2-2107847 |
Further considerations on RRM relaxation in RRC_IDLE and RRC_INACTIVE |
LG Electronics Inc. |
R2-2107848 |
Remaining issues in RRM relaxation in RRC_CONNECTED |
LG Electronics Inc. |
R2-2107873 |
RRM relaxation for RedCap UEs |
SHARP Corporation |
R2-2107904 |
RRM relaxation for stationary UE with reduced capability |
Lenovo, Motorola Mobility |
R2-2108070 |
Redcap relaxed measurements and number of beams |
Sony |
R2-2108071 |
RedCap Relaxed measurements, stationary definition |
Sony |
R2-2108259 |
On RRM relaxations for REDCAP |
Nokia, Nokia Shanghai Bell |
R2-2108260 |
On RRM relaxations in CONNECTED |
Nokia, Nokia Shanghai Bell |
R2-2108275 |
Details on RRM relaxation |
Ericsson |
R2-2108465 |
Discussion on Rel-17 not-at-cell-edge criterion |
Futurewei Technologies |
R2-2108518 |
Discussion on the RRM relaxation for RedCap Ues |
CMCC |
R2-2108629 |
RRM relaxation of RedCap UE |
China Telecommunications |
R2-2108700 |
Discussion on RRM relaxations for RRC_CONNECTED |
CATT |
R2-2108784 |
Work on RRM relaxation for RedCap UEs |
DENSO CORPORATION |
R2-2108894 |
Summary of [AT115-e][110][RedCap] RRM relaxation |
Huawei, HiSilicon |
R2-2109133 |
Summary of [AT115-e][110][RedCap] RRM relaxation - second round |
Huawei, HiSilicon |
R2-2109134 |
LS on RRM relaxation |
Huawei |
R2-2109197 |
LS on RRM Relaxations for RedCap |
RAN2 |
8.13.1 |
Organizational |
|
R2-2106932 |
LS on Area scope configuration and Frequency band info in MDT configuration (R3-212824; contact: Huawei) |
RAN3 |
R2-2106944 |
Reply LS on UE context keeping in the source cell (R3-212944; contact: Ericsson) |
RAN3 |
R2-2106946 |
LS on Report Amount for M4, M5, M6, M7 measurements (R3-212961; contact: Ericsson) |
RAN3 |
R2-2106980 |
Reply LS on the details of logging forms reported by the gNB-CU-CP, gNB-CU-UP and gNB-DU under measurement pollution conditions (S5-213499; contact: Ericsson) |
SA5 |
R2-2106982 |
LS on using SA5 Performance Measurements and Trace for centralised PCI management (S5-213689; contact: Ericsson) |
SA5 |
R2-2107715 |
Using SA5 Performance Measurements and Trace for centralised PCI management |
vivo |
R2-2107716 |
[Draft] LS reply on using SA5 Performance Measurements and Trace for centralised PCI management |
vivo |
R2-2108310 |
On reply LS on Report Amount for M4, M5, M6, M7 measurements |
Ericsson |
R2-2108311 |
On reply LS to SA5 On using SA5 performance measurements and MDT for centralised PCI management |
Ericsson |
R2-2108966 |
Reply LS on on Report Amount for M4, M5, M6, M7 measurements |
RAN2 |
R2-2108967 |
Reply LS on using SA5 Performance Measurements and Trace for centralised PCI management |
RAN2 |
R2-2109050 |
Report of [AT115-e][891][SON/MDT] Performance Measurements and Trace for centralized PCI management (vivo) |
vivo |
R2-2109051 |
[Draft] LS reply on using SA5 Performance Measurements and Trace for centralised PCI management |
vivo |
R2-2109070 |
Report of [AT115e][890][SON/MDT] Report Amount for M4, M5, M6, M7 measurements (Ericsson) |
Ericsson |
8.13.2.1 |
Handover related SON aspects |
|
R2-2106942 |
LS on UP measurements for Successful Handover Report (R3-212935; contact: Ericsson) |
RAN3 |
R2-2107393 |
Further consideration of SON of HO related aspects |
OPPO |
R2-2107510 |
Further clarification on SON MRO |
Nokia, Nokia Shanghai Bell |
R2-2107717 |
Discussion on CHO, DAPS and SHR enhancements |
vivo |
R2-2107777 |
Open issues on SHR |
NEC |
R2-2107821 |
Further Discussions on CHO and DAPS Aspects |
CATT |
R2-2107849 |
Considerations on reporting successive failures in DAPS handover |
LG Electronics Inc. |
R2-2107883 |
SON Enhancements for CHO |
Lenovo, Motorola Mobility |
R2-2107884 |
SON Enhancements for DAPS Handover |
Lenovo, Motorola Mobility |
R2-2107885 |
SON Enhancements for SHR |
Lenovo, Motorola Mobility |
R2-2107886 |
SON Enhancement for NR-U |
Lenovo, Motorola Mobility |
R2-2108352 |
Consideration on CHO and DAPS related SON aspects |
ZTE Corporation, Sanechips |
R2-2108353 |
Consideration on remianing issues on SHR |
ZTE Corporation, Sanechips |
R2-2108417 |
Handover-related SON aspects |
Ericsson |
R2-2108419 |
LS Reply On user plane masurements for successful handover report |
Ericsson |
R2-2108425 |
[Post114-e][850][SON/MDT] Modeling of CHO and DAPS related RLF reports (Ericsson) |
Ericsson |
R2-2108430 |
Discussion on handover related SON aspects |
Huawei, HiSilicon |
R2-2108539 |
Remaining issues on SON Enhancement for CHO |
CMCC |
R2-2108540 |
Remaining issues on SON Enhancement for DAPS |
CMCC |
R2-2108541 |
Further Discussion on Successful Handover Report |
CMCC |
R2-2108564 |
Report of [Post114-e][851][SONMDT] Procedures and Modeling of successful HO report (Huawei) |
Huawei |
R2-2108570 |
Signalling model for CHO-related RLF report |
LG Electronics Polska |
R2-2108631 |
SON Enhancements for CHO and DAPS HO |
Samsung |
R2-2108766 |
Consideration on successful HO report |
Sharp |
R2-2108783 |
SON enhancement for DAPS |
Sharp |
R2-2108961 |
[AT115e][851][SON/MDT] CHO and DAPS related RLF reports (Ericsson) |
Ericsson |
R2-2108962 |
Report of [AT115e][852][SONMDT] Procedures and Modeling of successful HO (Huawei) |
Huawei (email rapporteur) |
R2-2109141 |
Email report of [AT115e][852][SON/MDT] Procedures and Modeling of successful HO |
Huawei |
8.13.2.2 |
2-step RA related SON aspects |
|
R2-2107392 |
Discussion on 2-step RACH reporting |
OPPO |
R2-2107507 |
Remaining Issues and New Aspects in 2-step NR UE Report |
Nokia, Nokia Shanghai Bell |
R2-2107640 |
On 2-step RACH SON |
Apple |
R2-2107718 |
Discussion on remaining issues of 2-step RACH report |
vivo |
R2-2107822 |
The Remaining Issues of RACH Report for 2-step RACH |
CATT |
R2-2108354 |
2step RA related enhancements |
ZTE Corporation, Sanechips |
R2-2108418 |
2-Step RA information for SON purposes |
Ericsson |
R2-2108431 |
Discussion on 2 step RA related SON aspects |
Huawei, HiSilicon |
R2-2108542 |
SON Enhancement for 2-step RA |
CMCC |
R2-2108642 |
SON Enhancements for 2SRA |
Samsung |
R2-2108780 |
RA report for 2-step RA |
Sharp |
R2-2108840 |
Summary of 8.13.2.2 2-step RA related SON aspects |
OPPO |
R2-2108963 |
Report of [AT115e][821][SON/MDT] 2-Step RA related SON (OPPO) |
OPPO |
8.13.2.3 |
Other WID related SON features |
|
R2-2107509 |
Discussion on other SON aspects |
Nokia, Nokia Shanghai Bell |
R2-2107511 |
Reporting Enhancements for SON in unlicensed access |
Nokia, Nokia Shanghai Bell |
R2-2107512 |
MPE impact on MRO |
Nokia, Nokia Shanghai Bell |
R2-2107823 |
Further Analysis on Solution of UE RACH Report for SN |
CATT |
R2-2107824 |
Further Considerations on Other SON features |
CATT |
R2-2107825 |
Report of [Post114-e][852][SON_MDT] Modeling aspects related to information required by SN/SCG |
CATT |
R2-2108307 |
On other WID related SON features |
Ericsson |
R2-2108334 |
NR-U Related Enhancements |
QUALCOMM INCORPORATED |
R2-2108355 |
On other WID related issues |
ZTE Corporation, Sanechips |
R2-2108432 |
Discussion on other WID related SON features |
Huawei, HiSilicon |
R2-2108643 |
SON Enhancements for Successful HO Report |
Samsung |
R2-2108648 |
SON Enhancements: Others |
Samsung |
R2-2108964 |
Report of [AT115e][871][SON/MDT] Modeling aspects related to information required by SN/SCG (CATT) |
CATT |
R2-2109208 |
Reply LS on RACH report for SgNB and information needed for MRO in SCG Failure Report |
RAN2 |
8.13.3.1 |
Immediate MDT enhancements |
|
R2-2107719 |
On RAN3 LS on MDT issues |
vivo |
R2-2107826 |
Further Considerations on Immediate MDT Enhancements |
CATT |
R2-2108302 |
On Immediate MDT Enhancements |
Ericsson |
R2-2108349 |
On accurate M5 and M7 measurements |
QUALCOMM INCORPORATED |
R2-2108356 |
Consideration on immediate MDT aspects |
ZTE Corporation, Sanechips |
R2-2108565 |
Discussion on immediate MDT enhancements |
Huawei, HiSilicon |
R2-2109021 |
Summary of 8.13.3.1 Immediate MDT enhancements |
Huawei |
8.13.3.2 |
Logged MDT enhancements |
|
R2-2107394 |
logged MDT enhancement regarding RAT-specific coverage hole |
OPPO |
R2-2107395 |
Futher consideration of MDT configuration priority |
OPPO |
R2-2107508 |
Logged MDT in EN-DC and other enhancements |
Nokia, Nokia Shanghai Bell |
R2-2107720 |
On-demand SI request enhancements |
vivo |
R2-2107827 |
Considerations on MDT Enhancements for On-demand SI |
CATT |
R2-2108306 |
On logged MDT related enhancements |
Ericsson |
R2-2108331 |
Logged measurement Enhancements |
QUALCOMM INCORPORATED |
R2-2108357 |
Consideration on on-demand SI request information report |
ZTE Corporation, Sanechips |
R2-2108505 |
MDT for Slice unavailability |
CMCC, Ericsson, Huawei |
R2-2108543 |
Further consideration on UL-DL coverage mismatch |
CMCC |
R2-2108566 |
Discussion on logged MDT enhancements |
Huawei, HiSilicon |
R2-2108568 |
Discussion on Area scope configuration and Frequency band info in MDT configuration based on RAN3 LS R3-212824 |
Huawei, HiSilicon |
R2-2108650 |
SON Enhancements for SI Request Optimization |
Samsung |
R2-2108739 |
Discussion on Logged MDT issues |
Samsung Electronics Co., Ltd |
R2-2108965 |
Report of [Offline-872][SONMDT] Logged MDT enhancements (Ericsson) |
Ericsson |
R2-2109016 |
[Pre115-e][811][SON/MDT] Summary of 8.13.3.2 Logged MDT enhancements (CATT) |
CATT |
8.13.4 |
L2 Measurements |
|
R2-2107455 |
Discussion on the UE DL PDCP packet average delay measurement |
China Telecommunication |
R2-2108305 |
On layer-2 measurements |
Ericsson |
R2-2108567 |
Discussion on L2M |
Huawei, CMCC, HiSilicon |
8.14.1 |
Organizational |
|
R2-2106938 |
LS on the mapping between service types and slice at application (R3-212904; contact: Qualcomm) |
RAN3 |
R2-2106945 |
LS on requirement for configuration changes of ongoing QMC sessions (R3-212953; contact: Qualcomm) |
RAN3 |
R2-2106949 |
LS on the area handling for QoE during mobility (R3-212976; contact: Qualcomm) |
RAN3 |
R2-2108108 |
Running RRC CR for QoE measurements |
Ericsson |
R2-2108209 |
38.300 running CR for introduction of QoE measurements in NR |
Huawei, China Unicom, HiSilicon |
R2-2109004 |
Running RRC CR for QoE measurements |
Ericsson |
R2-2109005 |
38.300 running CR for introduction of QoE measurements in NR |
Huawei, China Unicom, HiSilicon |
8.14.2.1 |
Configuration architecture general aspects |
|
R2-2107099 |
General aspects in QoE |
Samsung |
R2-2107380 |
Discussion on NR QoE configuration |
CATT |
R2-2107396 |
Further discussion on QoE measurement collection in NR |
OPPO |
R2-2107513 |
QoE handling in RAN |
Nokia, Nokia Shanghai Bell |
R2-2107514 |
RAN control on QoE reporting |
Nokia, Nokia Shanghai Bell |
R2-2107816 |
Left issues for QoE configuration and reporting |
Qualcomm Incorporated |
R2-2108109 |
Configuration and reporting of QoE measurements |
Ericsson |
R2-2108110 |
Mobility Support for NR QoE Management |
Ericsson |
R2-2108111 |
[Draft] Support for Session Start and Session End Indication |
Ericsson |
R2-2108197 |
Discussion on QoE measurement and configuration |
China Unicom, China Southern Power Grid |
R2-2108206 |
Discussion on QoE measurement configuration and reporting |
Huawei, HiSilicon |
R2-2108207 |
QoE handling during UE mobility |
Huawei, HiSilicon |
R2-2108227 |
Discussion on NR QoE configuration |
ZTE Corporation, Sanechips |
R2-2108228 |
Discussion on NR QoEcontinuity in handover |
ZTE Corporation, Sanechips |
R2-2108514 |
More considerations on configuration and reporting |
CMCC |
R2-2108594 |
Discussion on QoE measurement configuration |
vivo |
R2-2108595 |
Discussion on QoE continuity during mobility |
vivo |
R2-2109036 |
[Pre115-e][008][QoE] Summary Support for Mobility |
Huawei, HiSilicon |
R2-2109038 |
Feature summary for 8.14.2.1 |
Ericsson |
R2-2109040 |
[Pre115-e][008][QoE] Summary Support for Mobility |
Huawei, HiSilicon |
R2-2109105 |
Report of offline: [AT115-e][046][QoE] Mobility (Huawei) |
Huawei, HiSilicon |
8.14.2.2 |
Start and Stop |
|
R2-2107100 |
Pause and resume in QoE |
Samsung |
R2-2107101 |
Storing QoE reports in AS at pause |
Samsung |
R2-2107381 |
Activation and deactivation for QoE collection |
CATT |
R2-2107382 |
Discussion on QoE collection start and stop |
CATT |
R2-2107397 |
Discussion on QoE measurement pausing and resuming |
OPPO |
R2-2107515 |
QoE pausing |
Nokia, Nokia Shanghai Bell |
R2-2107615 |
Pause/Resume functionality |
Apple |
R2-2107817 |
Left issues for QoE pause and resume procedure |
Qualcomm Incorporated |
R2-2107852 |
Discussion on the partial QoE reporting and buffering at RAN overload |
ITRI |
R2-2107882 |
Stop and start for QoE measurement reporting |
LG Electronics Inc. |
R2-2108213 |
Discussion on pause and resume mechanism |
China Unicom, China Southern Power Grid |
R2-2108226 |
Discussion on NR QoE start and stop |
ZTE Corporation, Sanechips |
R2-2108515 |
More considerations on start and stop |
CMCC |
R2-2109118 |
Report from email discussion [AT115-e][045][QoE] QoE LS out (Ericsson) |
Ericsson |
R2-2109119 |
[Draft] QoE Reference and maximum number of QoE configurations in RRC |
Ericsson |
R2-2109200 |
QoE Reference and maximum number of QoE configurations in RRC |
RAN2 |
8.14.3 |
Other |
|
R2-2107818 |
Support of RAN visible QoE |
Qualcomm Incorporated |
R2-2108208 |
Initial thoughts on non-RAN2 led objectives |
Huawei, HiSilicon |
8.15.1 |
Organizational |
|
R2-2108496 |
Stage 2 Running CR of TS 38.300 for eSL |
InterDigital France R&D, SAS |
R2-2108981 |
Stage 2 Running CR of TS 38.300 for eSL |
InterDigital |
R2-2109003 |
Stage 2 Running CR of TS 38.300 for eSL |
InterDigital |
8.15.2 |
SL DRX |
|
R2-2106985 |
Leftover Issues for Sidelink Unicast DRX |
CATT |
R2-2106986 |
Leftover Issues for Sidelink Groupcast and Broadcast DRX |
CATT |
R2-2106987 |
Further Issues Regarding to the Tx Profile |
CATT |
R2-2106988 |
Impacts of SL DRX on Other Procedures |
CATT |
R2-2107041 |
Discussion on left issue from [704][705][706] |
OPPO |
R2-2107151 |
NR SL DRX |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107155 |
Consideration on sidelink DRX for groupcast and broadcast |
Huawei, HiSilicon |
R2-2107156 |
Remaining issues on the sidelink DRX for unicast |
Huawei, HiSilicon |
R2-2107157 |
Discussion on SL communication impact on Uu DRX |
Huawei, HiSilicon |
R2-2107159 |
Summary of [POST114-e][705][V2XSL] Discussion on remaining FFSs and open issues in Uu DRX timer |
Huawei, HiSilicon |
R2-2107190 |
Left issues on SL-DRX |
OPPO |
R2-2107191 |
Discussion on SL-DRX impact to mode-1 scheduling |
OPPO |
R2-2107238 |
Leftover issues on overall flow of unicast TX-UE centric mechanism |
NEC Corporation |
R2-2107239 |
Discussion on DRX suspend/resume mechanism |
NEC Corporation |
R2-2107242 |
Further discussion on Uu/SL DRX timer |
LG Electronics France |
R2-2107268 |
Summary of [POST114-e][706][V2X/SL] Discussion on remaining FFSs/open issues in SL DRX timer maintenance (InterDigital) |
InterDigital |
R2-2107269 |
Resource Allocation Considering DRX |
InterDigital |
R2-2107270 |
Open Issues on SL DRX Timers |
InterDigital |
R2-2107271 |
DRX Configuration Determination in Unicast |
InterDigital |
R2-2107303 |
Summary of [POST114-e][704][V2X/SL] How to make sure Rel-16 UEs not supporting SL DRX are not involved in SL communication in DRX manner (Sharp) |
SHARP Corporation |
R2-2107310 |
On SL DRX Configuration aspects |
Intel Corporation |
R2-2107311 |
Discussion on SL DRX Timers |
Intel Corporation |
R2-2107312 |
On DRX wake-up time alignment |
Intel Corporation |
R2-2107355 |
Remaining issues on DRX Timers for SL Unicast |
Spreadtrum Communications |
R2-2107432 |
Consideration on Backward compatibility for SL DRX |
ZTE Corporation, Sanechips |
R2-2107433 |
Further consideration on DRX configuration |
ZTE Corporation, Sanechips |
R2-2107434 |
Discussion on SL DRX timer |
ZTE Corporation, Sanechips |
R2-2107472 |
Remaining aspects of SL DRX |
Ericsson |
R2-2107474 |
Handling coexistence between UEs supporting different releases |
Ericsson |
R2-2107626 |
Discussion on remaining issues of SL DRX configurations |
Apple |
R2-2107627 |
Discussion on remaining issues of SL impact of Uu-DRX |
Apple |
R2-2107653 |
Remaining details on HARQ RTT and Retransmission Timer for SL DRX |
Fujitsu |
R2-2107654 |
SL DRX impact on LCP |
Fujitsu |
R2-2107968 |
DRX impact on Uu |
Xiaomi communications |
R2-2107969 |
Discussion on Sidelink DRX for unicast |
Xiaomi communications |
R2-2107970 |
Discussion on Sidelink DRX for broadcast and groupcast |
Xiaomi communications |
R2-2108014 |
DRX Configuration for UC BC GC and its interaction with Sensing |
Lenovo Mobile Com. Technology |
R2-2108016 |
DRX coordination between Uu and SL |
Lenovo Mobile Com. Technology |
R2-2108072 |
Proposals for Sidelink DRX |
Sony |
R2-2108151 |
Consideration on TX centric SL DRX configuration and alignment |
LG Electronics Inc. |
R2-2108214 |
Discussion on Compatible Issues with Rel 16 UEs |
Qualcomm Finland RFFE Oy |
R2-2108215 |
Discussion on RLF and PC5 RRC Connection with SL DRX |
Qualcomm Finland RFFE Oy |
R2-2108217 |
Discussion on Remaining Issues |
Qualcomm Finland RFFE Oy |
R2-2108222 |
A Default PC5 DRX Configuration for Broadcast/Groupcast/Unicast |
vivo |
R2-2108223 |
DRX duration calculation |
vivo, Xiaomi, ZTE corporation |
R2-2108224 |
Remaining issues on SL DRX for unicast/groupcast/broadcast |
vivo |
R2-2108426 |
Discussion on TBD/FFS |
Samsung Research America |
R2-2108427 |
Further consideration for SL DRX operation in groupcast |
Samsung Research America |
R2-2108428 |
Further consideration for SL DRX and Uu DRX alignments |
Samsung Research America |
R2-2108469 |
Discussion on alignment of mode 1 RA of Tx UE and SL DRX of Rx UE |
Nokia, Nokia Shanghai Bell |
R2-2108470 |
Further Issues on Sidelink Traffic Pattern for SL DRX Configuration |
Nokia, Nokia Shanghai Bell |
R2-2108471 |
SL DRX for SL groupcast |
Nokia, Nokia Shanghai Bell |
R2-2108765 |
SL DRX enabled UE Mode 2 operation |
ITL |
R2-2108822 |
Remaining issues of SL DRX |
MediaTek Inc. |
R2-2108830 |
Left issues on SL-DRX |
OPPO |
R2-2108982 |
Summary of [AT115-e][702][V2X/SL] SL DRX configuration for UC |
Ericsson |
R2-2108983 |
Summary of [AT115-e][703][V2X/SL] SL DRX configuration for GC/BC (OPPO) |
OPPO |
R2-2108984 |
Summary of email [AT115-e][704][V2X/SL] Others |
ZTE(rapporteur) |
R2-2108995 |
LS on Tx Profile |
RAN2 |
R2-2108997 |
LS to RAN1 on RAN2 Agreements Related to Resource Selection |
RAN2 |
8.15.3 |
Resource allocation enhancements RAN2 scope |
|
R2-2107042 |
Discussion on resource allocation enhancement |
OPPO |
R2-2107158 |
Consideration on resource allocation enhancements |
Huawei, HiSilicon |
R2-2107181 |
Power Reduction for Sidelink Mode 2 Resource Allocation |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107182 |
Inter-UE Coordination for Sidelink Mode 2 Resource Allocation |
Fraunhofer IIS, Fraunhofer HHI |
R2-2107240 |
Discussion on inter-UE coordination for sidelink mode 2 resource allocation |
NEC Corporation |
R2-2107272 |
RAN2 Aspects of Inter-UE Coordination |
InterDigital |
R2-2107368 |
Discussion on resource allocation enhancement for NR sidelink |
Spreadtrum Communications |
R2-2107435 |
Discussion on inter-UE coordination |
ZTE Corporation, Sanechips |
R2-2107628 |
Discussion on Inter-UE Coordination |
Apple |
R2-2107629 |
NR SL Resource allocations for Pedestrian UEs |
Apple |
R2-2107918 |
Discussion on sidelink resource allocation enhancements |
Lenovo, Motorola Mobility |
R2-2107971 |
Resource allocation enhancement impact in RAN2 |
Xiaomi communications |
R2-2108073 |
Discusison on Sidelink sensing |
Sony |
R2-2108118 |
Power efficient resource allocation and Inter-UE coordination |
LG Electronics France |
R2-2108191 |
General principles for resource allocation enhancements for SL mode 2 |
Ericsson |
R2-2108225 |
Discussion on inter-UE coordination for sidelink mode2 |
vivo |
R2-2108295 |
Resource Allocation Enhancements for Reduced Power Consumption and Enhanced Reliability |
Intel Corporation |
R2-2108429 |
Initial discussion on enhanced resource allocation |
Samsung Research America |
R2-2108472 |
Reduced monitoring of SL resource pools for power saving |
Nokia, Nokia Shanghai Bell |
R2-2108752 |
On Resource Allocation Mode 2 Enhancement for NR Sidelink |
Convida Wireless |
8.15.4 |
Other |
|
R2-2107473 |
Interaction between partial sensing and DRX |
Ericsson |
R2-2107917 |
Discussion on backward compatible issue of SL DRX |
Lenovo, Motorola Mobility |
R2-2108823 |
SL sync search optimization |
MediaTek Inc. |
8.16.1 |
Organizational |
|
R2-2106903 |
Reply LS on support of PWS over SNPN (C1-213640; contact: Qualcomm) |
CT1 |
R2-2106934 |
Reply LS on support of PWS over SNPN in R17 (R3-212863; contact: Huawei) |
RAN3 |
R2-2106983 |
Reply LS on support of PWS over NPN (SP-210584; contact: Qualcomm) |
SA |
R2-2107953 |
RAN2 Work Plan for Enhancement for Private Network Support for NG-RAN |
Nokia, China Telecom (Rapporteurs) |
R2-2107957 |
Draft Stage 2 CR: Non-Public Network enhancements |
Nokia, Nokia Shanghai Bell |
R2-2108874 |
Draft RRC CR: Non-Public Network enhancements |
Nokia, Nokia Shanghai Bell |
R2-2108980 |
Draft CR for Enhancements for Private Networks |
Qualcomm Incorporated |
8.16.2 |
Support SNPN with subscription or credentials by a separate entity |
|
R2-2107029 |
Support SNPN with subscription or credentials by a separate entity |
OPPO |
R2-2107323 |
Further Consideration on Subscription or Credentials by CH |
CATT |
R2-2107458 |
Discussion of GIN design for NPN |
China Telecommunication |
R2-2107743 |
On Supporting Visited SNPN with Credentials |
Samsung R&D Institute India |
R2-2107803 |
Remaining issue on support SNPN by a separate entity |
vivo |
R2-2107954 |
Proposals for open issues of the support of Credential Holders |
Nokia, Nokia Shanghai Bell |
R2-2108046 |
Consideration on the Separate Entity Supporting |
ZTE Corporation, Sanechips |
R2-2108229 |
RAN2 impact to support SNPN with credentials by a separate entity |
MediaTek Inc. |
R2-2108254 |
SNPN access using external credentials |
Ericsson |
R2-2108545 |
Left Issues on Supporting SNPN with Credentials by a Separate Entity |
CMCC |
R2-2108612 |
Accessing SNPN with credentials owned by a Credentials Holder |
Huawei, HiSilicon |
R2-2108659 |
Open issues on access with external Credential Holder |
LG Electronics |
R2-2109033 |
[Pre115-e][009][eNPN] Summary 8.16.2 ext credentials + 8.16.3 onboarding (Nokia) |
Nokia |
8.16.3 |
Support UE onboarding and provisioning for NPN |
|
R2-2107030 |
Support UE onboarding and provisioning for NPN |
OPPO |
R2-2107324 |
Open Issues on UE Onboarding and Provisioning for NPN |
CATT |
R2-2107347 |
UE onboarding and provisioning |
Qualcomm Incorporated |
R2-2107442 |
Remaining issues in support UE onboarding for SNPN |
Intel Corporation |
R2-2107744 |
On Supporting Onboarding SNPN |
Samsung R&D Institute India |
R2-2107804 |
Remaining issue on support UE onboarding for NPN |
vivo |
R2-2107955 |
Proposals for open issues of the support of onboarding |
Nokia, Nokia Shanghai Bell |
R2-2108047 |
Consideration on the Onboarding and Provisioning for NPN |
ZTE Corporation, Sanechips |
R2-2108255 |
UE onboarding |
Ericsson |
R2-2108517 |
Discussion the left issues to support UE on-boarding and remote provisioning |
CMCC |
R2-2108613 |
UE onboarding and remote provisioning for SNPN |
Huawei, HiSilicon |
R2-2108653 |
ASF CAG Priority |
Qualcomm Incorporated |
R2-2108660 |
Open issues for UE Onboarding |
LG Electronics |
8.16.4 |
Other |
|
R2-2107031 |
Support of IMS Voice and Emergency Services for SNPN |
OPPO |
R2-2107325 |
Open Issues on Support of IMS Emergency for SNPN |
CATT |
R2-2107348 |
Support of emergency services for SNPN |
Qualcomm Incorporated |
R2-2107441 |
Support of IMS emergency call for SNPN |
Intel Corporation |
R2-2107752 |
On Supporting Emergency services in SNPNs |
Samsung R&D Institute India |
R2-2107805 |
Discussion on support of IMS voice and emergency services for SNPN |
vivo |
R2-2107956 |
Considerations for PWS and IMS emergency services in SNPNs |
Nokia, Nokia Shanghai Bell |
R2-2108048 |
Consideration on the emergency services for SNPN |
ZTE Corporation, Sanechips |
R2-2108256 |
Support of emergency services for SNPNs |
Ericsson |
R2-2108337 |
Removal of ETWS/CMAS restriction for SNPN |
Qualcomm Incorporated |
R2-2108342 |
[DRAFT] LS on introduction of PWS support over SNPN |
Qualcomm Incorporated |
R2-2108499 |
Support of emergency services for SNPN |
CMCC |
R2-2108614 |
Support of IMS voice and emergency services for SNPN |
Huawei, HiSilicon |
R2-2109017 |
[Pre115-e][010][eNPN] Summary Document for AI 8.16.4 |
CMCC |
R2-2109113 |
Report from email discussion [AT115-e][050][NPN] LS out (CMCC) |
CMCC |
R2-2109114 |
LS on limited service availability of an SNPN |
RAN2 |
8.17.1 |
Organizational |
|
R2-2106936 |
Reply LS to RAN1 LS on TCI State Update for L1/L2-Centric Inter-Cell Mobility (R3-212879; contact: Samsung) |
RAN3 |
R2-2106961 |
Reply to RAN1 LS on L1/L2-Centric Inter-Cell Mobility (R4-2108356; contact: Samsung) |
RAN4 |
8.17.2 |
Support of Inter-Cell beam management |
|
R2-2107257 |
Discussion on inter cell beam management |
OPPO |
R2-2107369 |
Discussion on the issue of L1L2 mobility |
Spreadtrum Communications |
R2-2107414 |
Discussion on inter-cell beam management |
vivo |
R2-2107415 |
Discussion on inter-cell MTRP operation |
vivo |
R2-2107554 |
Discussion on multi-TRP operation |
Intel Corporation |
R2-2107585 |
L1/L2-centric inter-cell beam management |
Apple |
R2-2107906 |
Discussion on support of inter-cell multi-TRP operation |
Lenovo, Motorola Mobility |
R2-2107948 |
Multi-cell support for multi-TRP |
Nokia, Nokia Shanghai Bell |
R2-2108005 |
On Inter-Cell beam management |
CATT |
R2-2108269 |
Discussion on the definition of the non-serving cell for the LS-in from RAN4 and RAN3 |
ZTE Corporation |
R2-2108333 |
UL Timing Alignment for Inter-cell multi-TRP like model |
DENSO CORPORATION |
R2-2108442 |
Support of inter-cell beam management |
Huawei, HiSilicon |
R2-2108478 |
Modeling of Inter-cell mTRP |
Qualcomm Incorporated |
R2-2108632 |
Considerations on the support of inter-cell beam management |
Samsung |
R2-2108656 |
Inter-cell mTRP |
LG Electronics |
R2-2108761 |
Intial Discussion on potential RAN2 impact from Inter-cell mTRP |
ZTE Corporation, Sanechips |
R2-2108802 |
Serving cell measurement for mTRP |
Xiaomi Communications |
R2-2108807 |
On non-serving PCI related aspects of mTRP operation |
Ericsson |
R2-2108921 |
LS on inter-cell beam management and multi-TRP in Rel-17 |
RAN2 |
R2-2108925 |
LS on inter-cell beam management and multi-TRP in Rel-17 |
RAN2 |
R2-2109206 |
Report of [AT115-e][052][feMIMO] RRC modelling (Intel) |
Intel Corporation |
8.17.3 |
Other |
|
R2-2107007 |
Multi TRP Beam Failure Detection and Recovery |
Samsung Electronics Co., Ltd |
R2-2107655 |
RAN2 impacts of beam failure detection and recovery |
Fujitsu |
R2-2107832 |
Discussion on RAN2 impacts of TRP-specific BFR |
OPPO |
R2-2107907 |
Beam failure recovery in multi-TRP |
Lenovo, Motorola Mobility |
R2-2107995 |
Discussion on multi-TRP BFR and new MIMO MAC CE |
Qualcomm Incorporated |
R2-2108246 |
Beam failure with mTRP |
Nokia, Nokia Shanghai Bell |
R2-2108443 |
Support of multi-TRP |
Huawei, HiSilicon |
R2-2108655 |
BFD and BFR for feMIMO |
LG Electronics |
R2-2108806 |
Overview of RAN2 impacts for BFR and BFD for mTRP operation |
Ericsson |
R2-2109159 |
Report of [AT115-e] [053] [feMIMO] Beam Failure Handling |
Samsung Electronics Co., Ltd |
8.18 |
RACH indication and partitioning |
|
R2-2107009 |
Common aspects of RACH |
Samsung Electronics Co., Ltd |
R2-2107058 |
Discussion on RACH Partitioning in Rel-17 |
vivo |
R2-2107219 |
Unified RACH indication and partitioning |
Qualcomm Incorporated |
R2-2107244 |
RACH partitioning common design for Rel-17 features |
Beijing Xiaomi Software Tech |
R2-2107256 |
Discussion on PRACH partitioning |
OPPO |
R2-2107484 |
RRC and MAC related aspects of common RACH configuration |
ZTE Corporation, Sanechips |
R2-2107552 |
Common aspects of RACH partitioning |
Intel Corporation |
R2-2107575 |
Cross-WI RACH Design |
Apple |
R2-2107835 |
RACH indication and partitioning |
InterDigital, Europe, Ltd. |
R2-2108004 |
On RACH indication and partitioning |
CATT |
R2-2108138 |
General aspects of RACH indication and partitioning |
NEC |
R2-2108210 |
RACH indication and partitioning |
Huawei, HiSilicon |
R2-2108253 |
RACH partitioning for Rel-17 features |
Ericsson |
R2-2108760 |
Discussion on RACH partitioning in Rel-17 |
LG electronics Inc. |
8.19.1 |
Organizational |
|
R2-2107456 |
Work plan for NR coverage enhancements |
China Telecommunication |
8.19.2 |
General |
|
R2-2107008 |
MAC Aspects of UL Coverage Enhancements |
Samsung Electronics Co., Ltd |
R2-2107059 |
Discussion on RAN2 Impacts of Msg3 Repetition |
vivo |
R2-2107080 |
Discussion on higher layer aspects of coverage enhancements |
OPPO |
R2-2107220 |
RAN2 enhancements for Msg3 repetition |
Qualcomm Incorporated |
R2-2107745 |
Consideration on Msg3 repetition in CE |
ZTE Corporation, Sanechips |
R2-2108003 |
On support of Type A PUSCH repetitions for Msg3 |
CATT |
R2-2108273 |
On RAN2 impacts for coverage enhancements and Type A PUSCH repetitions for Msg3 |
Ericsson |
R2-2108294 |
RAN2 aspects of Msg3 PUSCH repetition |
Intel Corporation |
R2-2108604 |
Discussion on the support of Msg3 PUSCH repetitions |
Huawei, HiSilicon |
R2-2108747 |
Discussion on RACH with coverage enhancement |
LG Electronics Inc. |
R2-2108895 |
Summary of [AT115-e][111][CE] Msg3 repetition |
ZTE Corporation |
R2-2108905 |
[DRAFT] LS on Msg3 repetition |
ZTE |
R2-2109195 |
LS on Msg3 repetition in coverage enhancement |
RAN2 |
8.20.1 |
Organizational |
|
R2-2106917 |
LS on how to introduce the 52.6-71GHz frequency range (R1-2106277; contact: Lenovo) |
RAN1 |
R2-2106954 |
LS on RAN4 recommendation for the 52.6 - 71 GHz frequency range designation (R4-2107879; contact: Huawei) |
RAN4 |
R2-2108476 |
Workplan for Rel-17 WW Extending NR operation to 71GHz |
Qualcomm Incorporated, Intel Corporation |
8.20.2 |
General |
|
R2-2107060 |
Discussion on RA(MsgB)-RNTI Design for Beyond 52.6GHz |
vivo |
R2-2107061 |
Discussion on Consistent LBT Failure Detection for Beyond 52.6GHz |
vivo |
R2-2107255 |
High layer impacts of beyond 52.6GHz |
OPPO |
R2-2107266 |
Analysis of RAN2 impacts of Ext 52-71GHz |
Huawei, HiSilicon |
R2-2107267 |
Discussion about capability issues for Ext 52-71GHz |
Huawei, HiSilicon |
R2-2107475 |
Aspects of CA operation and protocol impact |
Ericsson |
R2-2107476 |
RRC impact due to FR2-1 and FR2-2 distinction |
Ericsson |
R2-2107479 |
Impact of high SCS on RA-RNTI calculation |
ZTE Corporation, Sanechips |
R2-2107480 |
RAN2 impact for LBT for operation up to 71 GHz |
ZTE Corporation, Sanechips |
R2-2107551 |
RAN2 impact on extending NR operation to 71GHz |
Intel Corporation |
R2-2107792 |
In-device coexistence for NR above 52.6GHz |
Charter Communications, Inc |
R2-2107963 |
Discussion on RLC RTT and L2 buffer size |
Samsung |
R2-2107964 |
Impact of higher SCS on RLC operation |
Samsung |
R2-2107985 |
FR2-2 considerations |
Nokia, Nokia Shanghai Bell |
R2-2108477 |
Upper Layer impacts of extending NR operation to 71GHz |
Qualcomm Incorporated |
R2-2108745 |
Consideration on potential RACH impact |
LG Electronics Inc. |
R2-2108746 |
Consideration on potential LBT impact |
LG Electronics Inc. |
R2-2108858 |
Summary of [AT115-e][210][71 GHz] Capability differentiation between FR2-1 and FR2-2 (NN) |
NN |
8.21.1 |
TEI proposals initiated by other groups |
|
R2-2106947 |
Reply LS on broadcasting gNB ID length in system information block (R3-212966; contact: Ericsson) |
RAN3 |
R2-2108298 |
[gNB_ID_Length] On the inclusion of gNB ID length in the NR CGI report |
Ericsson |
R2-2108300 |
[gNB_ID_Length] On the inclusion of gNB ID length in the NR CGI report |
Ericsson |
R2-2108301 |
[gNB_ID_Length] On the inclusion of gNB ID length in the NR CGI report |
Ericsson |
R2-2108303 |
On broadcasting gNB ID length in system information block and associated CGI reporting (reply to RAN3 LS R3-212966) |
Ericsson |
R2-2108313 |
[Draft] Reply LS on broadcasting gNB ID length in system information block |
Ericsson |
R2-2108409 |
NR positioning support for TA-based positioning in E-CID (TEI) |
Ericsson |
R2-2108640 |
Discussion on broadcasting gNB ID length in system information block |
Huawei, HiSilicon |
8.21.2 |
TEI proposals initiated by RAN2 |
|
R2-2108408 |
On the need of providing explicit SI start position for SI Scheduling |
Ericsson |
8.21.2.1 |
CP centric |
|
R2-2107023 |
UE assistance information configuration in RRCResume message |
OPPO |
R2-2107024 |
Security algorithms update in RRC reestablishment message |
OPPO |
R2-2107259 |
Discussion on Idle/Inactive Measurement for Load Distribution |
NTT DOCOMO INC. |
R2-2107637 |
User preferences to control location information sharing |
Apple, Samsung, Google, Xiaomi, Mediatek, Vivo |
R2-2107815 |
User Plane Integrity Protection |
Nokia, Nokia Shanghai Bell |
R2-2108130 |
Specification release filtering for NR UE capabilities |
Huawei, HiSilicon |
R2-2108347 |
Improved granularity for the number of PDSCH HARQ processes |
Nokia, Nokia Shanghai Bell |
R2-2108403 |
RRC processing delay for DL RRC segmentation |
Ericsson |
R2-2108501 |
Mobility-state-based cell reselection to support NR High Speed railway Dedicated Network (HSDN) |
CMCC, CATT, Ericsson, Huawei, ZTE, OPPO, vivo |
R2-2108502 |
38.331 CR to introduce mobility-state-based cell reselection for NR HSDN |
CMCC, CATT, Ericsson, Huawei, ZTE, OPPO, vivo |
R2-2108503 |
38.304 CR to introduce mobility-state-based cell reselection for NR HSDN |
CMCC, CATT, Ericsson, Huawei, ZTE, OPPO, vivo |
R2-2108670 |
Reduce the blind redirection for EPS Fallback |
vivo, China Telecom, CMCC, China Unicom |
R2-2108696 |
Common Cell Configuration for Signaling Reduction in NR |
CATT, Verizon, CMCC, Huawei, HiSilicon |
R2-2108805 |
On the need of providing explicit SI start position for SI Scheduling |
Ericsson, Verizon |
R2-2108814 |
On the support of NG-based handover using CGI report |
Huawei, HiSilicon, CMCC, China Telecom, China Unicom |
R2-2109034 |
Common Cell Configuration for Signaling Reduction in NR |
CATT, Verizon, CMCC, Huawei, HiSilicon, Samsung |
R2-2109044 |
User preferences to control location information sharing |
Apple, Samsung, Google, Xiaomi, Mediatek, Vivo, BT |
8.21.2.2 |
UP centric |
|
R2-2107221 |
C-DRX enhancement for XR/CG applications |
Qualcomm Incorporated, Verizon Wireless, Facebook |
R2-2107416 |
C-DRX enhancements for 5G applications |
vivo, CMCC, China Telecom, Guangdong Genius, Spreadtrum, China Unicom |
R2-2107542 |
Adaptation of QoS Flow to DRB Mapping for MDBV Enforcement |
Futurewei |
R2-2107543 |
Activation/Deactivation of QoS Flow to DRB Mapping for SMBR Enforcement |
Futurewei |
R2-2108233 |
Enhanced DRX inactivity timer operation for UE power saving |
MediaTek Inc. |
R2-2108720 |
UE assistance information for UL pre-scheduling |
MediaTek Inc. |
R2-2108850 |
C-DRX enhancement for XR/CG applications |
Qualcomm Incorporated, Verizon Wireless, Facebook, MediaTek |
R2-2109019 |
Enhanced DRX inactivity timer operation for UE power saving |
MediaTek Inc., Qualcomm |
R2-2109020 |
UE assistance information for UL pre-scheduling |
MediaTek Inc., Qualcomm |
8.22 |
NR R17 Other |
|
R2-2106902 |
LS on UAC enhancements for minimization of service interruption when disaster condition applies (C1-213527; contact: Nokia) |
CT1 |
R2-2106907 |
Reply LS on Rel-17 uplink Tx switching (R1-2104137; contact: China Telecom) |
RAN1 |
R2-2106910 |
LS response on New Standardized 5QIs for 5G-AIS (Advanced Interactive Services) (R1-2106149; contact: Qualcomm) |
RAN1 |
R2-2106927 |
Reply LS to CT4 on Information on the port number allocation solutions (R3-212800; contact: Huawei) |
RAN3 |
R2-2106939 |
Response LS on Handover terminology (R3-212907; contact: Nokia) |
RAN3 |
R2-2106951 |
LS on Rel-17 Tx switching enhancements (R4-2103234; contact: China Telecom) |
RAN4 |
R2-2106953 |
Reply LS on Rel-17 uplink Tx switching (R4-2107847; contact: China Telecom) |
RAN4 |
R2-2106957 |
LS on NR CA capability for BCS5 (R4-2108002; contact: Xiaomi) |
RAN4 |
R2-2106965 |
Reply LS to SA4 on UE Data Collection (S2-2104864; contact: Qualcomm) |
SA2 |
R2-2106974 |
Reply LS to LS on broadcasting from other PLMN in case of Disaster Condition (S3-212258; contact: LGE) |
SA3 |
R2-2106977 |
LS on security protection on RRCResumeRequest message (S3-212349; contact: Apple) |
SA3 |
R2-2106978 |
Reply LS to SA2 on UE Data Collection (S4-210961; contact: Qualcomm) |
SA4 |
R2-2107126 |
Introduction of BCS4 and BCS5 |
Qualcomm Incorporated, Nokia, Nokia Shanghai Bell |
R2-2107127 |
Introduction of supported minimum bandwidth per CC for BCS5 |
Qualcomm Incorporated, Nokia, Nokia Shanghai Bell |
R2-2107128 |
Introduction of supported minimum bandwidth per CC for BCS5 |
Qualcomm Incorporated, Nokia, Nokia Shanghai Bell |
R2-2107183 |
Discussion on BCS5 |
OPPO |
R2-2107184 |
Discussion on UAC for service interruption minimization during disaster |
OPPO |
R2-2107264 |
Discussion of the MINT solutions #38 and #40 |
Lenovo, Motorola Mobility |
R2-2107299 |
Discussion and Response on SA3 LS on new ResumeMac-I calculation |
Intel Corporation |
R2-2107417 |
Discussion on capability of supporting txDiversity |
vivo |
R2-2107483 |
On the security protection of RRCResumeRequest message |
ZTE Corporation, Sanechips |
R2-2107572 |
DRAFT LS Reply on security protection on RRCResumeRequest message |
Apple [To be RAN2] |
R2-2107574 |
The security protection on RRCResumeRequest |
Apple Inc, Ericsson Inc |
R2-2107590 |
Discussion on UAC enhancement for MINT |
Apple |
R2-2107591 |
Discussion on Rel-17 UL Tx Switching |
Apple |
R2-2107840 |
Draft LS reply on UAC enhancements for minimization of service interruption when disaster condition applies |
vivo |
R2-2107841 |
UAC enhancements for minimization of service interruption when disaster condition applies |
vivo |
R2-2107842 |
Draft LS reply on security protection on RRCResumeRequest message |
vivo |
R2-2107843 |
Security protection on RRCResumeRequest message |
vivo |
R2-2107979 |
UE capabilities for UL Tx switching enhancement |
Ericsson |
R2-2108041 |
CR on the BCS4/5 supporting-38331 |
ZTE Corporation, Sanechips |
R2-2108042 |
CR on the BCS4/5 supporting-38306 |
ZTE Corporation, Sanechips |
R2-2108043 |
Consideration on the BCS4/5 supporting |
ZTE Corporation, Sanechips |
R2-2108044 |
CR on the BCS4 supporting-r15 |
ZTE Corporation, Sanechips |
R2-2108045 |
CR on the BCS4 supporting-r16 |
ZTE Corporation, Sanechips |
R2-2108158 |
RAN2 impact to support R17 UL Tx switching enhancement |
Huawei, HiSilicon, Apple |
R2-2108159 |
Draft CR to TS38.331 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
R2-2108160 |
Draft CR to TS38.306 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
R2-2108216 |
Extended MAC-I for RRCResumeRequest |
MediaTek Inc. |
R2-2108274 |
UE capability reporting and RRC configuration for Rel-17 UL Tx switching enhancements |
China Telecommunication, CATT, Baicells |
R2-2108348 |
Discussion on security enhancement for RRCResumeRequest |
Xiaomi Communications |
R2-2108366 |
RAN2 aspects for MINT |
Ericsson |
R2-2108537 |
CR on 38.331 for introducing UE capability of txDiversity |
CMCC |
R2-2108538 |
CR on 38.306 for introducing UE capability of txDiversity |
CMCC |
R2-2108588 |
Discussion on transparent TxD capability signalling |
Huawei, HiSilicon, CMCC |
R2-2108589 |
Discussion on the signalling for BCS5 |
Huawei, HiSilicon |
R2-2108620 |
Considerations on cross-carrier scheduling from SCell to P(S)Cell |
Huawei, HiSilicon |
R2-2108621 |
Security protection on RRCResumeRequest message |
Huawei, HiSilicon |
R2-2108633 |
Considerations on the UAC enhancements when disaster condition applies |
Samsung |
R2-2108639 |
Discussion on on UAC enhancements for minimization of service interruption when disaster condition applies |
Huawei, HiSilicon |
R2-2108671 |
R17 TX switching enhancements |
vivo |
R2-2108672 |
CR to 38.331 on Rel-17 Tx switching enhancements |
vivo |
R2-2108673 |
CR to 38.306 on Rel-17 Tx switching enhancements |
vivo |
R2-2108762 |
UAC for minimization of service interruption when disaster condition applies |
ZTE corporation, Sanechips |
R2-2108763 |
draft reply LS on UAC enhancements for minimization of service interruption when disaster condition applies |
ZTE corporation, Sanechips |
R2-2108801 |
NR CA capability for BCS5 |
Xiaomi Communications |
R2-2108818 |
Draft reply LS to CT1 on UAC extensions for MINT (R2-2106902/C1-213527) |
Nokia Poland |
R2-2109042 |
Summary of [AT115-e][035][NR17] TX switching (China Telecom) |
China Telecommunications |
R2-2109054 |
[AT115-e][032][NR17] Security protection RRC Resume (Apple) |
Apple |
R2-2109058 |
Report of email discussion [AT115-e][031][NR17] MINT |
Nokia |
R2-2109060 |
DRAFT LS Reply on security protection on RRCResumeRequest message |
Apple [To be RAN2] |
R2-2109073 |
Reply LS for NR CA capability for BCS5 |
RAN2 |
R2-2109088 |
Draft CR to TS38.331 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
R2-2109089 |
Draft CR to TS38.306 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
R2-2109101 |
Band n77 issues in the US – Comparison of solutions |
Ericsson |
R2-2109120 |
New band number for n77 DoD |
Ericsson |
R2-2109121 |
LS Reply to SA3 on security protection on RRCResumeRequest message |
RAN2 |
R2-2109142 |
The report of [AT115-e][034][NR17] TX diversity (CMCC) |
CMCC (Rapporteur) |
R2-2109173 |
Reply LS on UAC enhancements for minimization of service interruption when disaster condition applies |
RAN2 |
R2-2109224 |
Summary of [AT115-e][035][NR17] TX switching (China Telecom) |
China Telecommunications |
R2-2109225 |
Running CR to TS38.331 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
R2-2109226 |
Running CR to TS38.306 to support Tx switching enhancements |
Huawei, HiSilicon, China Telecom, Apple, CATT |
9.1.1 |
Organizational |
|
R2-2108974 |
RAN2 agreements for Rel-17 NB-IoT and LTE-MTC |
Document Rapporteur (Ericsson) |
9.1.2 |
NB-IoT neighbor cell measurements and corresponding measurement triggering before RLF |
|
R2-2107122 |
Consideration on neighbour cell measurement in RRC connected state |
Qualcomm Incorporated |
R2-2107429 |
Open issues on connected mode measurements for RLF |
Huawei, HiSilicon |
R2-2107761 |
Remaining issues on connected mode measurement |
ZTE Corporation, Sanechips |
R2-2107810 |
Network assistance information for Re-establishment time reduction |
Nokia, Nokia Shanghai Bell |
R2-2107811 |
On the open aspects for connected mode measurements for RLF enhancements |
Nokia, Nokia Shanghai Bell |
R2-2107869 |
Triggering cell selection early |
Huawei, HiSilicon, MediaTek Inc., Spreadtrum Communications, Lenovo, Motorola Mobility, Fraunhofer, Novamint, CMCC, China Unicom, Reliance Jio |
R2-2108390 |
Discussion on connected mode measurement in NB-IoT |
Ericsson |
R2-2108843 |
Summary of AI 9.1.2 NB-IoT neighbor cell measurements (Huawei) |
Huawei |
R2-2108971 |
Summary of [301] RLF measurements (Huawei) |
Huawei |
9.1.3 |
NB-IoT carrier selection based on the coverage level, and associated carrier specific configuration |
|
R2-2107123 |
Support for NB-IoT carrier selection based on the coverage level |
Qualcomm Incorporated |
R2-2107124 |
Signalling for coverage-based paging carrier selection |
Qualcomm Incorporated |
R2-2107207 |
Discussion on details of paging carrier selection options |
MediaTek Inc. |
R2-2107370 |
Further discussion on enhanced paging carrier selection |
Spreadtrum Communications |
R2-2107391 |
Further discussion on enhanced paging carrier selection |
NEC Corporation |
R2-2107430 |
Paging carrier selection |
Huawei, HiSilicon |
R2-2107762 |
Remaining issues on CEL-based paging carrier selection |
ZTE Corporation, Sanechips |
R2-2107812 |
Further analysis on solution for coverage level based paging carrier selection |
Nokia, Nokia Shanghai Bell |
R2-2108391 |
Paging Carrier Selection |
Ericsson |
R2-2108828 |
Summary of AI 9.1.3 NB-IoT carrier selection |
Ericsson |
R2-2108972 |
[AT115-e][302][NBIOT/eMTC R17] carrier selection (Ericsson) |
Ericsson |
9.1.4 |
Other |
|
R2-2107431 |
L2 buffer size calculations for eMTC and NB-IoT enhancements |
Huawei, HiSilicon |
R2-2107763 |
Remaining issues on 14 HARQ and 1736bits TBS for eMTC |
ZTE Corporation, Sanechips |
R2-2107764 |
Remaining issues on 16QAM for NB-IoT |
ZTE Corporation, Sanechips |
R2-2107996 |
Report of [AT114-e][302][NBIOT/eMTC R17] NB-IoT/eMTC Other |
ZTE (email discussion rapporteur) |
R2-2108392 |
Support of 16-QAM for unicast in UL and DL in NB-IoT |
Ericsson |
R2-2108742 |
Total L2 Buffer Size for NB-IoT and LTE-M UEs |
Ericsson |
R2-2108973 |
Summary of AI 9.1.4 NB-IoT/eMTC Other-Phase 2 (ZTE) |
ZTE (email discussion rapporteur) |
R2-2109030 |
[Pre115-e][303][NBIOT/eMTC R17] Summary of AI 9.1.4 Other (ZTE) |
ZTE Corporation |
9.2.1 |
Organizational |
|
R2-2106929 |
Reply LS to LS on IoT-NTN basic architecture (R3-212806; contact: Qualcomm) |
RAN3 |
R2-2108849 |
LTE_NBIOT_eMTC_NTN work plan |
MediaTek, Eutelsat |
R2-2108922 |
Running CR - Support of Non-Terrestrial Network in NB-IoT and eMTC |
Huawei |
R2-2108975 |
Idle mode 36304 Running CR for IoT NTN |
Ericsson |
R2-2108976 |
Stage-3 running CR for TS 36.321 for Rel-17 IoT-NTN |
MediaTek |
R2-2108977 |
NB-IoT/eMTC support for Non-Terrestrial Networks [Stage 2 Running CR] |
Eutelsat S.A. |
9.2.2 |
Support of Non continuous coverage |
|
R2-2107081 |
Discussion on the support of discontinuous coverage for IoT over NTN |
OPPO |
R2-2107319 |
Discussion on discontinuous coverage |
CATT |
R2-2107400 |
UE behavior for Discontinuous coverage in NTN IoT |
Rakuten Mobile, Inc |
R2-2107424 |
Discussion on non continuous coverage |
Huawei, HiSilicon |
R2-2107453 |
On LEO satellite flyover timing and discontinuous coverage |
Eutelsat S.A. |
R2-2107559 |
Support of non-continuous coverage |
Qualcomm Incorporated |
R2-2107613 |
Support of discontinuous coverage |
Apple |
R2-2107765 |
Support of discontinuous coverage in IoT NTN |
ZTE Corporation, Sanechips |
R2-2107913 |
Enhancement for idle UE power saving in discontinuous coverage |
Lenovo, Motorola Mobility |
R2-2107914 |
RRC connection handling for discontinuous coverage in IoT NTN |
Lenovo, Motorola Mobility |
R2-2108116 |
On support of Non continuous coverage |
Nokia, Nokia Shanghai Bell |
R2-2108171 |
Discussion on discontinuous coverage |
Xiaomi |
R2-2108325 |
Support of discontinuous coverage |
NEC Telecom MODUS Ltd. |
R2-2108336 |
On Discontinuous coverage in IoT-NTN |
MediaTek Inc. |
R2-2108500 |
Discussion on support of Non continuous coverage |
CMCC |
R2-2108740 |
Discontinuous coverage in IoT NTN |
Ericsson |
R2-2109059 |
Summary of 9.2.2 Non continuous coverage |
MediaTek Inc. |
R2-2109152 |
LS on supporting discontinuous coverage in IoT NTN |
RAN2 |
R2-2109201 |
[draft] LS on supporting discontinuous coverage in IoT NTN |
MediaTek |
R2-2109213 |
LS on supporting discontinuous coverage in IoT NTN |
RAN2 |
9.2.3 |
User Plane Impact |
|
R2-2107082 |
Discussion on UP impact for IoT over NTN |
OPPO |
R2-2107320 |
User Plane Impact for IOT NTN |
CATT |
R2-2107425 |
User plane for IOT NTN |
Huawei, HiSilicon |
R2-2107614 |
Provision of ephemeris |
Apple |
R2-2107766 |
User plane aspects of IoT NTN |
ZTE Corporation, Sanechips |
R2-2107915 |
Further enhancement for PUR in IoT NTN |
Lenovo, Motorola Mobility |
R2-2108117 |
Discussion on User Plane impact for IoT NTN |
Nokia, Nokia Shanghai Bell |
R2-2108335 |
On User-Plane Timers in NB-IoT based NTN |
MediaTek Inc. |
R2-2108454 |
User plane aspects of NB-IoT and LTE-M in NTNs |
Ericsson |
R2-2108529 |
User plane for IoT-NTN |
CMCC |
R2-2109043 |
Summary of [AT115-e][037][IoT-NTN] User Plane Impact (OPPO) |
OPPO |
9.2.4.1 |
TA and Mobility related |
|
R2-2107083 |
Discussion on CP impact for IoT over NTN |
OPPO |
R2-2107084 |
Discussion on idle mode procedures for IoT over NTN |
OPPO |
R2-2107321 |
Discussion on connected mode UE of IoT NTN |
CATT |
R2-2107322 |
Discussion on IDLE mode UE of IoT NTN |
CATT |
R2-2107371 |
Discussion on the issue of mobility for IoT over NTN |
Spreadtrum Communications |
R2-2107426 |
TA and mobility for IOT NTN |
Huawei, HiSilicon |
R2-2107562 |
TAC update procedure |
Qualcomm Incorporated |
R2-2107767 |
Mobility issues of IoT NTN |
ZTE Corporation, Sanechips |
R2-2107813 |
Analysis on mobility aspects for IoT-NTN |
Nokia, Nokia Shanghai Bell |
R2-2107916 |
Considerations on NB-IoT mobility for IoT NTN |
Lenovo, Motorola Mobility |
R2-2108018 |
Discussion on connected mode mobility for IoT NTN |
Xiaomi Communications |
R2-2108172 |
Discussion on TA and idle mode mobility enhancement |
Xiaomi |
R2-2108328 |
Mobility enhancement for IoT-NTN |
NEC Telecom MODUS Ltd. |
R2-2108338 |
On Cell Re-selection in IoT-NTN |
MediaTek Inc. |
R2-2108339 |
On Improving Tracking Area Updates in IoT NTN |
MediaTek Inc. |
R2-2108546 |
Enhanced RRC re-establishment for mobility in IoT-NTN |
CMCC |
R2-2108548 |
Discussion on TA Update for IoT-NTN |
CMCC |
R2-2108757 |
Mobility for NB-IoT and LTE-M in NTN |
Ericsson |
R2-2108915 |
RRM impact for supporting CHO in IoT NTN |
RAN2 |
R2-2109093 |
Summary of AI 9.2.4.1 “TA and Mobility related” (Ericsson) |
Ericsson |
R2-2109176 |
Summary of AI 9.2.4.1 “TA and Mobility related” (Ericsson) |
Ericsson |
9.2.4.2 |
Other |
|
R2-2107427 |
Control plane - Other for IOT NTN |
Huawei, HiSilicon |
R2-2107560 |
Recovery of synchronization in RRC_CONNECTED |
Qualcomm Incorporated |
R2-2107561 |
UL synchronization and Paging response delay |
Qualcomm Incorporated |
R2-2107768 |
Other control plane aspects of IoT NTN |
ZTE Corporation, Sanechips |
R2-2107814 |
On Paging and idle mode cell reselection enhancements for IoT-NTN |
Nokia, Nokia Shanghai Bell |
R2-2107988 |
Consideration on RRC release for IOT NTN |
Beijing Xiaomi Mobile Software |
R2-2108750 |
SIB acquisition during cell reselection in IoT NTN |
Ericsson |
9.3 |
EUTRA R17 Other |
|
R2-2106930 |
Reply LS to LS on User Plane Integrity Protection for eUTRA connected to EPC (R3-212812; contact: Qualcomm) |
RAN3 |
R2-2107125 |
UE specific DRX during EDT |
Qualcomm Incorporated |
R2-2107214 |
Introduction of event-based trigger for LTE MDT logging |
KDDI Corporation, CMCC, Telecom Italia, Samsung, Ericsson |
R2-2107215 |
Introduction of event-based trigger for LTE MDT logging |
KDDI Corporation, CMCC, Telecom Italia, Samsung, Ericsson |
R2-2107225 |
Introduction of sensor-LocationInfo for LTE MDT |
KDDI Corporation |
R2-2107589 |
Adding NR-U RSSI/CO measurement UE capability into LTE |
Apple |
R2-2108556 |
Discussion on event triggered logged MDT for LTE |
Huawei, HiSilicon |
R2-2108557 |
CR to 36.306 on event triggered logged MDT for LTE |
Huawei, HiSilicon |
R2-2108558 |
CR to 36.331 on event triggered logged MDT for LTE |
Huawei, HiSilicon |
R2-2108559 |
CR to 37.320 on event triggered logged MDT for LTE |
Huawei, HiSilicon |
R2-2108560 |
CR to 36.304 on event triggered logged MDT for LTE |
Huawei, HiSilicon |
R2-2108596 |
Introduction of sensor-LocationInfo for LTE MDT |
KDDI Corporation |
R2-2109027 |
Introduction of event-based trigger for LTE MDT logging |
KDDI Corporation, CMCC, Telecom Italia, Samsung, Ericsson, China Unicom |
R2-2109028 |
Introduction of event-based trigger for LTE MDT logging |
KDDI Corporation, CMCC, Telecom Italia, Samsung, Ericsson, China Unicom |
9.4 |
NR and EUTRA Inclusive language |
|
R2-2106981 |
LS on Inclusive language for ANR (S5-213683; contact: Ericsson) |
SA5 |
R2-2108297 |
Inclusive Language Review Status and Consistency Check |
Ericsson (coordinator) |
R2-2108853 |
Reply LS on Inclusive language for ANR |
Ericsson |
R2-2108869 |
Reply LS on Inclusive language for ANR |
RAN2 |
10.1 |
Session on LTE legacy, Mobility, DCCA, Multi-SIM and RAN slicing |
|
R2-2108831 |
Report from session on LTE legacy, 71 GHz, DCCA, Multi-SIM and RAN slicing |
Vice Chairman (Nokia) |
10.2 |
Session on R17 NTN and RedCap |
|
R2-2108832 |
Report from Break-Out Session on R17 NTN, RedCap and CE |
Vice Chairman (ZTE) |
10.3 |
Session on eMTC |
|
R2-2108833 |
Report eMTC breakout session |
Session chair (Ericsson) |
10.4 |
Session on R17 Small data and URLLC/IIOT |
|
R2-2108834 |
Report for Rel-17 Small data and URLLC/IIoT |
Session chair (InterDigital) |
10.5 |
Session on positioning and sidelink relay |
|
R2-2108835 |
Report from session on positioning and sidelink relay |
Session chair (MediaTek) |
10.6 |
Session on SON/MDT |
|
R2-2108836 |
Report from SOM/MDT session |
Session chair (CMCC) |
10.7 |
Session on NB-IoT |
|
R2-2108837 |
Report NB-IoT breakout session |
Session chair (Huawei) |
10.8 |
Session on LTE V2X and NR SL |
|
R2-2108838 |
Report from session on LTE V2X and NR SL |
Session chair (Samsung) |