| TDoc | Title | Source |
|---|---|---|
| S1-250001 | Draft Agenda for SA1#109 | SA1 Chair |
| S1-250002 | Agenda for SA1#109 | SA1 Chair |
| S1-250003 | Extract of the 3GPP Work Plan for SA1#109 | ETSI MCC |
| S1-250004 | Draft minutes of previous SA1 meeting | ETSI MCC |
| S1-250005 | Minutes of previous SA1 meeting | ETSI MCC |
| S1-250006 | SA1-related topics at SA#106 | SA1 Chair |
| S1-250007 | Guidance on writing CRs | ETSI MCC |
| S1-250008 | Ideas for improving SA1 clean-up process | SA1 Chair |
| S1-250009 | Slides for SA1#109 preparatory meeting #1 (Jan 23) | SA1 Chair |
| S1-250320 | Not used | Not used |
| S1-250342 | Ideas for improving SA1 clean-up process | SA1 Chair |
| S1-250382 | Not used | Not used |
| S1-250383 | Not used | Not used |
| S1-250384 | Not used | Not used |
| S1-250385 | Not used | Not used |
| S1-250386 | Not used | Not used |
| S1-250387 | Not used | Not used |
| S1-250388 | Not used | Not used |
| S1-250389 | Not used | Not used |
| S1-250390 | Not used | Not used |
| S1-250391 | Not used | Not used |
| S1-250392 | Not used | Not used |
| S1-250393 | Not used | Not used |
| S1-250394 | Not used | Not used |
| S1-250395 | Not used | Not used |
| S1-250396 | Not used | Not used |
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| S1-250398 | Not used | Not used |
| S1-250399 | Not used | Not used |
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| S1-250498 | Not used | Not used |
| S1-250499 | Not used | Not used |
| S1-250506 | Use case on energy aware smart resource allocation for sustainable 6G network | IIT Bombay, Nokia |
| S1-250546 | Not used | Not used |
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| S1-250899 | Not used | Not used |
| TDoc | Title | Source |
|---|---|---|
| S1-250070 | 5G-ACIA LS on Enhancements for 5G System Operating as Logical (TSN) Bridge(s) in Integrated IEEE/3GPP Networks | 5G-ACIA_LS_008 |
| S1-250071 | 5G-ACIA LS ON INDUSTRIAL USE CASES FOR INTEGRATED SENSING AND COMMUNICATION (ISAC | 5G-ACIA_LS_3GPP_ISAC |
| S1-250072 | Reply to Reply LS on CEN's requirements for eCall over IMS | C1-246950 |
| S1-250073 | Liaison statement from ITU-D Study Group 2 Question 4/2 to IEEE, ISO, IEC, ETSI, 3GPP, GSMA, IETF, Wi-Fi Alliance, International Laboratory Accreditation Cooperation, and International Accreditation Forum on draft final report of ITU-D Question 4/2 | ITU-D SG 2/342-E |
| S1-250074 | LIAISON on Public Warning System based on digital signature mechanisms | CCSA Ref: 2025-01-01 |
| S1-250075 | Reply LS on UAV regulation | S2-2413011 |
| S1-250076 | Reply LS on support of multiple access technologies based on the IMS service type | S2-2501277 |
| S1-250077 | Reply LS on AIML data collection | S3-245138 |
| S1-250078 | LS on initiation of the new draft Recommendation ITU-T Y.EBM-fra ""A capability framework of Energy Battery Monitoring Based on Ambient power-enabled Internet of Things"" | ITU sp18-sg20-oLS-00036 |
| S1-250079 | LS on the initiation of a new work item on draft Supplement ITU-T Y.Sup-DIoT-logistics ""Use cases for decentralized scheduling service of logistics"" | ITU sp18-sg20-oLS-00041 |
| S1-250080 | LSout to Key SDOs on the publication of GR THz 003^^^^and GR THz 004 | ETSI ISG THz(24)000155r1 |
| S1-250189 | LS out TO-CCSA on Message ID in PWS | China Mobile Com. Corporation |
| S1-250343 | LS from GSMA NG to 3GPP on SMS to emergency center | GSMA NRG#24 |
| S1-250346 | LS on progress report of ETSI ISAC | ETSI ISACISC(25)000038r2 |
| TDoc | Title | Source |
|---|---|---|
| S1-250037 | Discussion on Emergency SMS | Qualcomm |
| S1-250038 | New WI on Emergency SMS | Qualcomm |
| S1-250039 | CR on Emergency SMS - OptionA | Qualcomm |
| S1-250040 | CR on Emergency SMS - OptionB | Qualcomm |
| S1-250063 | Add a new use case for physiological monitoring and indoor positioning in smart firefighting | Hytera Communications Corp. |
| S1-250064 | CR on ambinent IoT for new features for physiological monitoring and indoor positioning in smart firefighting | Hytera Communications Corp. |
| S1-250067 | mini-WID_MCX Ambient Listening pause and resume enhancements | HOME OFFICE |
| S1-250068 | new MCX Ambient Listening requirements - pause and resume plus | HOME OFFICE |
| S1-250069 | MCX Ambient listening requirements – pause and resume operation | HOME OFFICE |
| S1-250164 | New WID on Supporting Service Continuity of Positioning Services for a MUSIM UE | CATT, Nokia, China Unicom, AsiaInfo, Honor |
| S1-250165 | New requirements to support service continuity of positioning service for a MUSIM UE | CATT, Nokia |
| S1-250190 | New miniWID on CPAS specific requirement | China Mobile Com. Corporation |
| S1-250191 | Add new specific service requirements for C-PAS | China Mobile, CAICT, China Telecom, China Unicom |
| S1-250198 | New WID on Energy Efficiency as Service Criteria Phase 2 | Nokia |
| S1-250218 | Clarification on trusted third party | OPPO |
| S1-250219 | New WID on Integrated Sensing and Communication Phase2 | OPPO |
| S1-250279 | Way forward proposals for messaging services | Google, Viasat, Inmarsat, SyncTechno Inc. |
| S1-250289 | Discussion on “Energy States” and “Energy-Related Characteristics” in Release 20 | Huawei |
| S1-250291 | New WID on FRMCS Phase 6 | Union Inter. Chemins de Fer |
| S1-250297 | Revised WID on satellite access - Phase 4 | Novamint, vivo, EchoStar, Qualcomm, Spreadtrum, UNISOC, Inmarsat, Viasat, MediaTek Inc., Sateliot, SES, Fraunhofer IIS, Eutelsat Group, SKY Perfect JSAT Corporation |
| S1-250315 | Ambient listening requirements pause and resume operation | UK Home Office, FirstNet, Netherland Police and AT&T |
| S1-250316 | New requirements to support service continuity of positioning service for a MUSIM UE | CATT, Nokia |
| S1-250317 | Add new specific service requirements for C-PAS | China Mobile, CAICT, China Telecom, China Unicom |
| S1-250318 | Clarification on UE as a consumertrusted third party | OPPO |
| S1-250331 | New WID on Supporting Service Continuity of Positioning Services for a MUSIM UE | CATT, Nokia, China Unicom, AsiaInfo, Honor |
| S1-250344 | New miniWID on CPAS specific requirement | China Mobile |
| S1-250347 | CR on SMS to Emergency Centre | Qualcomm, KPN, Orange, Viasat, Sateliot, Novamint, Google, SyncTechno Inc. |
| S1-250348 | New WID on SMS to emergency centre Phase-2 | Qualcomm, Google |
| S1-250351 | New WID on FRMCS Phase 6 | UIC |
| S1-250352 | New WID on Stage 1 for Energy Efficiency as Service Criteria | Nokia |
| S1-250353 | Revised WID on Stage 1 for Satellite access - Phase 4 | Novamint, vivo, EchoStar, Qualcomm, Spreadtrum, UNISOC, Inmarsat, Viasat, MediaTek Inc., Sateliot, SES, Fraunhofer IIS, Eutelsat Group, SKY Perfect JSAT Corporation |
| S1-250354 | Ambient listening requirements pause and resume operation | UK Home Office, FirstNet, Netherland Police, AT&T and Nokia |
| S1-250355 | mini-WID on ambient listening enhancements | UK Home Office |
| S1-250356 | Add new specific service requirements for CPAS | China Mobile, CAICT, China Telecom, China Unicom |
| S1-250357 | Clarification on trusted third party | OPPO |
| S1-250358 | New WID on Integrated Sensing and Communication Phase2 | OPPO |
| S1-250359 | Add a new use case for physiological monitoring and indoor positioning in smart firefighting | Hytera Communications Corp. |
| S1-250360 | CR on ambinent IoT for new features for physiological monitoring and indoor positioning in smart firefighting | Hytera Communications Corp. |
| S1-250903 | New WID on FRMCS Phase 6 | UIC |
| S1-250904 | New WID on Stage 1 for Energy Efficiency as Service Criteria | Nokia |
| S1-250906 | Revised WID on Stage 1 for Satellite access - Phase 4 | Novamint, vivo, EchoStar, Qualcomm, Spreadtrum, UNISOC, Inmarsat, Viasat, MediaTek Inc., Sateliot, SES, Fraunhofer IIS, Eutelsat Group, SKY Perfect JSAT Corporation |
| S1-250907 | CR on SMS to Emergency Centre | Qualcomm, KPN, Orange, Viasat, Sateliot, Novamint, Google, SyncTechno Inc. |
| S1-250908 | mini-WID on ambient listening enhancements | UK Home Office |
| S1-250909 | Ambient listening requirements pause and resume operation | UK Home Office, FirstNet, Netherland Police, AT&T, Nokia |
| S1-250984 | New WID on Stage 1 for Energy Efficiency as Service Criteria | Nokia |
| S1-250985 | Revised WID on Stage 1 for Satellite access - Phase 4 | Novamint, vivo, EchoStar, Qualcomm, Spreadtrum, UNISOC, Inmarsat, Viasat, MediaTek Inc., Sateliot, SES, Fraunhofer IIS, Eutelsat Group, SKY Perfect JSAT Corporation |
| S1-250986 | SMS to Emergency Response Centre | Qualcomm, KPN, Orange, Viasat, Sateliot, Novamint, Google, SyncTechno Inc. |
| S1-251016 | New WID on SMS to emergency centre Phase-2 | Qualcomm, Google |
| TDoc | Title | Source |
|---|---|---|
| S1-250086 | Correction to Annex C | Airbus |
| S1-250309 | For Action_Discussion on UE and (Ambient) IoT device definitions | Philips International B.V. |
| S1-250311 | Merging definitions of TS 22.261 | Philips International B.V. |
| S1-250321 | Discussion paper on UE and (Ambient) IoT device definitions | Deutsche Telekom |
| S1-250361 | Merging definitions of TS 22.261 | Philips International B.V. |
| S1-250362 | Removing definitions from TS 22.261 | Philips International B.V. |
| TDoc | Title | Source |
|---|---|---|
| S1-250101 | Support for diverse device types | Apple |
| S1-250102 | Support for diverse device types | Apple |
| S1-250103 | Support for diverse device types | Apple |
| S1-250104 | Support for diverse device types | Apple |
| TDoc | Title | Source |
|---|---|---|
| S1-250296 | Cleaning gap analysis comments in the TR 22.989, related to missing normative requirements | Union Inter. Chemins de Fer |
| S1-250301 | Additional requirements for supporting multiple devices to allow taking-over of an on-going Ad hoc Group call by another MC UE | Union Inter. Chemins de Fer |
| S1-250304 | Authorisation of Ad hoc Group calls based on functional alias(es) | Union Inter. Chemins de Fer |
| S1-250306 | Enhancement of Ad hoc Group call requirements to address merging of Ad hoc Group calls and presence of a MC User in the network | Union Inter. Chemins de Fer |
| S1-250308 | Call forwarding for Ad hoc Group calls | Union Inter. Chemins de Fer |
| S1-250400 | 22.280v19.6.0 Additional requirements for supporting multiple devices to allow taking-over of an on-going Ad hoc Group call by another MC UE | UIC |
| S1-250401 | 22.280v19.6.0 Authorisation of Ad hoc Group calls based on functional alias(es) | UIC |
| S1-250402 | Combining of Ad hoc Group calls | UIC |
| S1-250403 | Call forwarding for Ad hoc Group calls | UIC |
| S1-250914 | Call forwarding for Ad hoc Group calls | UIC |
| TDoc | Title | Source |
|---|---|---|
| S1-250105 | Pseudo-CR on Completing the potential requirements for Use case on Green social media & email content download | Orange |
| S1-250122 | pCR on solving EN in TR 22.883 | China Mobile |
| S1-250194 | DP for TR22.883 PR consolidation | Nokia |
| S1-250202 | Addition of normative input based on FS_EnergyServ_Ph2 | Nokia |
| S1-250259 | pCR on TR 22.883 ENs removal | Nokia, vivo, China Mobile |
| S1-250260 | pCR on TR 22.883 consolidation, conclusion and recommendations | Nokia |
| S1-250410 | Pseudo-CR on Completing the potential requirements for Use case on Green social media & email content download | Orange |
| S1-250411 | DP for TR22.883 PR consolidation | Nokia |
| S1-250415 | DP for TR22.883 PR consolidation | Nokia |
| S1-250416 | Addition of normative input based on FS_EnergyServ_Ph2 | Nokia |
| S1-250426 | pCR on TR 22.883 consolidation, conclusion and recommendations | Nokia |
| S1-250866 | Cover page for TR 22.883 on FS_EnergyServ_Ph2 | Rapporteur (Nokia) |
| S1-250867 | TR 22.883 v.1.1.0 on FS_EnergyServ_Ph2 | Rapporteur (Nokia) |
| S1-250911 | pCR on TR 22.883 consolidation, conclusion and recommendations | Nokia |
| S1-250912 | Addition of normative input based on FS_EnergyServ_Ph2 | Nokia |
| TDoc | Title | Source |
|---|---|---|
| S1-250036 | Revised CPR on Voice over GEO | Qualcomm |
| S1-250109 | Consolidation proposal on connectivity served by multi satellite operators | SKY Perfect JSAT Corporation |
| S1-250158 | Editorial Change on 5.7 Use Case | CATT, Nokia |
| S1-250159 | Remove 5.9 PWS Use Case from TR | CATT |
| S1-250160 | Update on 5.18 Use Case | CATT |
| S1-250161 | Consolidation for emergency communications and MCX via satellite access | CATT |
| S1-250212 | Pseudo-CR on update of Use Case 5.20 | Huawei |
| S1-250213 | Pseudo-CR on update of Use Case 5.21 | Huawei |
| S1-250264 | Pseudo-CR on updates of use case 5.10 | Nokia |
| S1-250298 | Alignment of terms of TR22887 | NOVAMINT |
| S1-250299 | Final Cleaning of TR 22.887 | NOVAMINT |
| S1-250300 | Pseudo-CR on consolidation of TR22887 | NOVAMINT |
| S1-250349 | Pseudo-CR on updates of use case 5.10 | Nokia, AT&T, FirstNet |
| S1-250404 | Alignment of terms of TR22887 | Novamint |
| S1-250405 | Final cleaning of TR22887 | Novamint |
| S1-250406 | Editorial Change on 5.7 Use Case | CATT, Nokia |
| S1-250407 | Remove the requirements of 5.9 PWS Use Case from TR | CATT |
| S1-250408 | Update on 5.18 Use Case | CATT |
| S1-250409 | Pseudo-CR on update of Use Case 5.20 | Huawei |
| S1-250412 | Pseudo-CR on update of Use Case 5.21 | Huawei |
| S1-250413 | Pseudo-CR on consolidation of TR22887 | Novamint |
| S1-250417 | Consolidation for emergency communications and MCX via satellite access | CATT |
| S1-250421 | Alignment of terms of TR22887 | Novamint |
| S1-250422 | Remove the requirements of 5.9 PWS Use Case from TR | CATT |
| S1-250423 | Update on 5.18 Use Case | CATT |
| S1-250424 | Pseudo-CR on consolidation of TR22887 | Novamint |
| S1-250427 | Consolidation for emergency communications and MCX via satellite access | CATT |
| S1-250868 | TR 22.887v1.1.0 Study on satellite access - Phase 4 | Rapporteur (NOVAMINT) |
| S1-250916 | Pseudo-CR on consolidation of TR22887 | Novamint |
| TDoc | Title | Source |
|---|---|---|
| S1-250085 | Resilient Notification Service for 5G Satellite access to notify users about a missed mobile terminated service when the user is unreachable via satellite access. | EchoStar, Novamint, Terrestar, TerreStar, OmniSpace, SES, TTP Plc, Thales, vivo, Qualcomm, ESA |
| S1-250162 | Enhanced C2 communication | CATT |
| S1-250163 | Requirements for enhanced positioning and MCX using satellite access | CATT |
| S1-250232 | Enhancements for IMS-based GEO Global Call Services | vivo, China Mobile, Qualcomm, Spreadtrum, UNISOC, MediaTek Inc., Inmarsat, Viasat, Fraunhofer IIS, EchoStar, Novamint |
| S1-250314 | Enhancements on multi-orbit support | Novamint |
| S1-250414 | Resilient Notification Service for 5G Satellite access. | EchoStar, Novamint, Hispasat, TerreStar, OmniSpace, SES, TTP Plc, Thales, vivo, Qualcomm, ESA, Airbus |
| S1-250418 | 22.125v19.2.0 Enhanced C2 communication | CATT |
| S1-250419 | Requirements for enhanced positioning using satellite access | CATT, Novamint |
| S1-250420 | 22.261v20.1.0 Enhancements on multi-orbit support | Novamint |
| S1-250425 | Broadcast Service with satellite access for unregistered UEs | Novamint |
| S1-250555 | Broadcast Service with satellite access for unregistered UEs | Novamint |
| S1-250905 | [DRAFT] LS to SA2,RAN (cc SA) on Resilient Notification Service | EchoStar |
| S1-250913 | Requirements for enhanced positioning using satellite access | CATT, Novamint |
| S1-250915 | Enhancements for IMS-based GEO Global Call Services | vivo, China Mobile, Qualcomm, Spreadtrum, UNISOC, MediaTek Inc., Inmarsat, Viasat, Fraunhofer IIS, EchoStar, Novamint, CSCN |
| TDoc | Title | Source |
|---|---|---|
| S1-250011 | Editorial Update draft TR 22.870 | T-Mobile USA Inc. |
| S1-250029 | Definitions for the 6G Study | 6G Study Rapporteurs |
| S1-250049 | Way-forward discussion on utilizing the R19 SOBOT Study Outcomes (3GPP TR 22.916) for 6G | LG Electronics Inc. |
| S1-250050 | Editorial Changes to 6G TR | OTD_US |
| S1-250100 | Documenting SA1 requirements for 6G | Apple, MediaTek Inc. |
| S1-250110 | Proposal of Existing features partly or fully covering the use case functionality Template | 6G Study Rapporteurs |
| S1-250111 | pCR on updating Existing features partly or fully covering the use case functionality Template | 6G Study Rapporteurs |
| S1-250277 | DP on 6G terms | Deutsche Telekom AG, Spark NZ, Rakuten Mobile, Orange, Boost Mobile Network |
| S1-250319 | DP on 6G terms | Deutsche Telekom AG, Spark NZ, Rakuten Mobile, Orange, Boost Mobile Network |
| S1-250367 | pCR on updating Existing features partly or fully covering the use case | 6G Rapporteurs |
| S1-250369 | Editorial Changes to 6G TR | OTD_US |
| S1-250370 | Definitions for the 6G Study | 6G Study Rapporteurs |
| S1-250371 | DP on 6G terms | Deutsche Telekom AG, Spark NZ, Rakuten Mobile, Orange, Boost Mobile Network |
| S1-250372 | Proposed way forward on terminology | MCC |
| S1-250373 | Proposed way forward on terminology | Qualcomm |
| S1-250557 | Editorial Changes to 6G TR | OTD_US |
| S1-250869 | TR 22.870v0.2.0 Study on 6G Use Cases and Service Requirements | Rapporteur (China Mobile, TMobile-USA) |
| S1-250987 | Plans for timeline for 6G TR | Chair |
| TDoc | Title | Source |
|---|---|---|
| S1-250016 | Unified data collection and exposure framework | vivo,China Mobile, T-mobile, China Unicom |
| S1-250018 | Use case on Reduction of Security related Signaling | vivo, China Mobile, Nokia |
| S1-250019 | Interworking | vivo, China Mobile, Qualcomm, China Unicom |
| S1-250020 | Coverage pain point scenarios identification and optimization | vivo |
| S1-250021 | Updated use case on end-to-end energy efficiency improvement for the network and UE | vivo, China Mobile, China Unicom |
| S1-250023 | Energy efficiency of 6G with multi radio access technologies (NTN and TN) | THALES |
| S1-250024 | Pseudo-CR on 6G IMS Multimedia Telephony Service | NEC, T-Mobile USA, KPN, Deutsche Telekom, KT Corp., Rakuten Mobile, China Mobile |
| S1-250025 | Pseudo-CR on mission critical support in 6G | FirstNet |
| S1-250028 | Clause 5 Restructuring | 6G Study Rapporteurs |
| S1-250033 | On Legacy Services and requirements | Qualcomm |
| S1-250034 | On Inter-System mobility | Qualcomm |
| S1-250035 | On Multi-RAT support | Qualcomm |
| S1-250048 | Regulatory and Government Service Requirements for 6G | T-Mobile USA Inc., Verizon Wireless, AT&T |
| S1-250053 | Additional Requirements for FWA for 6G TR | OTD_US |
| S1-250054 | Use case on interoperability between 5GS and 6GS | KT Corp. |
| S1-250065 | Pseudo-CR on Security Requirements | Deutsche Telekom AG |
| S1-250066 | Pseudo-CR on duplicated data collection for multiple consumers | TCL |
| S1-250082 | Use case on Network as a Service in 6G | Rakuten Mobile, NIST, NVIDIA |
| S1-250084 | Network Verification of NF Security Posture | OTD_US |
| S1-250087 | Use Case on 6G Digital Twin Networks | NVIDIA |
| S1-250089 | UC on supporting simplified network slicing | ZTE Corporation, China Unicom |
| S1-250095 | User Consent Considerations | Apple |
| S1-250096 | Privacy Considerations | Apple |
| S1-250097 | Diverse device types | Apple |
| S1-250098 | Discussion on Diverse device types in 5G and 6G | Apple |
| S1-250099 | Continued support for regulatory-related services | Apple |
| S1-250108 | Pseudo-CR on Continuing Support for 5G NTN Features in 6G Networks. | SKY Perfect JSAT Corporation |
| S1-250112 | Network simplification | China Mobile |
| S1-250113 | pCR on 6G security requirements | China Mobile |
| S1-250114 | pCR new use case of Zero-Outage Network | China Mobile |
| S1-250123 | Use case on Distributed 6G Network for Energy Efficient Computation | SoftBank Corp. |
| S1-250124 | Proposal for supporting legacy service aspects | ZTE Corporation, China Telecom, China Mobile |
| S1-250128 | pCR on Dual Registration | NTT DOCOMO |
| S1-250137 | Considerations on a working process for identifying legacy services in the first release of 6G | SHARP Corporation |
| S1-250138 | 5G and 6G Interworking for Network Slicing | Nokia |
| S1-250139 | Pseudo-CR on updates of use case 5.2 | Nokia |
| S1-250141 | Diversity of devices for NTN in 6G | THALES |
| S1-250142 | Resiliency to failure with NTN in 6G | THALES |
| S1-250143 | 6G NTN resiliency to GNSS unavailability | THALES |
| S1-250147 | Pseudo-CR Update to Use case on Fixed Wireless Access (FWA) | Qualcomm Atheros, Inc. |
| S1-250149 | Use case on fast network provisioning to improve resilience | China Telecom, Huawei, ZTE, China Mobile |
| S1-250155 | Discussion on network simplification | China Telecom |
| S1-250156 | Use case on Network simplification for flexibility and resilience | China Telecom, Huawei |
| S1-250157 | Multi-Access Connectivity | CableLabs |
| S1-250178 | Use case on data-centric operator services | Samsung |
| S1-250179 | Use case on network controlled dynamic network slicing | Samsung |
| S1-250181 | Resiliency for 6G | NEC Corporation |
| S1-250186 | Consideration on Legacy telephony service and supplementary services support of 6G | China Unicom,China Mobile |
| S1-250188 | Use case on security control enhancement with NDT | Nokia |
| S1-250196 | Use Case on satellite subnetwork to support satellite network service | CSCN |
| S1-250203 | Pseudo-CR on privacy protection of data exposure | NTT DOCOMO, Nokia |
| S1-250207 | Network Simplification for Native 6G multimedia communication service | China Unicom, China Mobile, Huawei, ZTE, OPPO |
| S1-250211 | New use case on UE assisted UE Energy Efficiency Improvement and Service Optimization by the Network | CEWiT |
| S1-250222 | Network managed Extended PIN for local traffic transmission among 3GPP UEs | OPPO |
| S1-250224 | Pseudo-CR on Energy aware offloading | NTT DOCOMO |
| S1-250225 | Use case on offloading multicast/broadcast sessions in a traffic congestion scenario | IIT Bombay, ONE Media 3.0, IIT Kanpur |
| S1-250226 | Pseudo-CR on Network simplification | NTT DOCOMO |
| S1-250227 | Use case on energy aware smart resource allocation for sustainable 6G network | IIT Bombay |
| S1-250228 | Pseudo-CR on 6G IMS Multimedia Telephony Service | NEC, T-Mobile USA, KPN, Deutsche Telekom, KT Corp., Rakuten Mobile, China Mobile, Vodafone |
| S1-250229 | Data as a service in 6G system | OPPO |
| S1-250233 | Energy control support on slice level | IIT Bombay |
| S1-250234 | Pseudo-CR on Data Provision Services for fault occurrence prediction | NTT DOCOMO, SK Telecom |
| S1-250236 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250237 | Pseudo-CR on 6G supported services | NTT DOCOMO |
| S1-250239 | Use Case on provision of APIs for Autonomous Network State Management | SK Telecom |
| S1-250240 | Network simplification for rolling out new services | KPN, Huawei, HiSilicon, Deutsche Telekom, China Mobile, China Telecom, China Unicom |
| S1-250241 | Use Case on provision of Emergency services in 6G Networks | SK Telecom |
| S1-250249 | New use case on subnetworks | ROBERT BOSCH GmbH, China Mobile, Siemens, BMW, Toyota, NICT, Fraunhofer IIS |
| S1-250251 | pCR on 6G broadcast requirements | CBN |
| S1-250254 | Network sharing consideration on 6G | China Unicom |
| S1-250255 | Trustworthiness support | InterDigital |
| S1-250262 | Native AI integration | Nokia |
| S1-250263 | Support of legacy services and capabilities | Nokia |
| S1-250266 | Discussion Paper on Legacy Services | T-Mobile USA Inc. |
| S1-250268 | Authenticating over-the-air (OTA) messages | CableLabs |
| S1-250271 | Migration and interworking aspects when introducing 6G | Ericsson |
| S1-250272 | User Consent Management | CableLabs |
| S1-250274 | Use Case on Automated Call Traceback | CableLabs |
| S1-250278 | Use Case on Automated Call Traceback | CableLabs |
| S1-250286 | Use case on Efficient collection and distribution of diversified data | Huawei |
| S1-250290 | TR 22.870 pCR Addition of Resilience vs. Robustness | Samsung R&D Institute UK |
| S1-250293 | Use Case on active RIS-Assisted Fixed Wireless Access (FWA) | IIT, Kharagpur |
| S1-250313 | Update use case 5.4 with multiple FWA devices | Philips International B.V. |
| S1-250325 | Trustworthiness support | InterDigital |
| S1-250329 | Pseudo-CR on Security Requirements | Deutsche Telekom, InterDigital, Huawei |
| S1-250330 | Unified data collection and exposure framework | vivo, China Mobile, T-Mobile, China Unicom, NVIDIA |
| S1-250339 | Support of legacy services and capabilities | Nokia |
| S1-250345 | Merger for Interworking between 6G & Other systems | 6G Study Rapporteurs |
| S1-250364 | New use case on UE assisted UE Energy Efficiency Improvement and Service | CEWiT |
| S1-250368 | Pseudo-CR on Energy aware offloading | NTT DOCOMO |
| S1-250381 | Merger for Interworking between 6G and Other systems | 6G Study Rapporteurs |
| S1-250500 | Clause 5 Restructuring | 6G Rapporteurs |
| S1-250501 | Merger for Interworking between 6G & Other systems | 6G Study Rapporteurs |
| S1-250502 | Pseudo-CR on Dual Registration | NTT DOCOMO, vivo |
| S1-250503 | Regulatory and Government Service Requirements for 6G | T-Mobile US, Verizon Wireless, and AT&T, Vodafone, Telefonica, SyncTechno |
| S1-250504 | Pseudo-CR on mission critical support in 6G | FirstNet |
| S1-250505 | pCR on 6G broadcast requirements | CBN, China Broadnet |
| S1-250507 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250508 | Pseudo-CR on Support of legacy services and requirements | Qualcomm, T-Mobile USA, FirstNet, SyncTechno Inc., IIT Bombay |
| S1-250509 | Pseudo-CR on Security Requirements | Deutsche Telekom, InterDigital, Huawei, Telefonica |
| S1-250510 | Network Verification of NF Security Posture | OTD_US |
| S1-250511 | Pseudo-CR on updates of use case 5.2 | Nokia |
| S1-250512 | Pseudo-CR on 6G security requirements | China Mobile, vivo |
| S1-250513 | Authenticating over -the -air radio interface (OTA) messages | CableLabs |
| S1-250514 | Pseudo-CR on privacy protection of data exposure | NTT DOCOMO, Nokia, SK Telecom |
| S1-250515 | Pseudo-CR on Privacy considerations | Apple |
| S1-250516 | Pseudo-CR on User Consent Considerations | Apple |
| S1-250517 | Use case on reduction of security related signaling | vivo, China Mobile, Nokia |
| S1-250518 | Use case on security control enhancement with NDT in 6G network | Nokia |
| S1-250519 | pCR on new use case of Zero-Outage Network | China Mobile, Huawei, SK Telecom |
| S1-250520 | Use case on fast network provisioning to improve resilience | China Telecom, Huawei, ZTE, China Mobile, SK Telecom |
| S1-250521 | Resiliency for 6G | NEC, ITOCHU Techno-Solutions |
| S1-250522 | Additional Requirements for FWA for 6G TR | OTD_US |
| S1-250523 | Pseudo-CR Update to Use case on Fixed Wireless Access (FWA) | Qualcomm |
| S1-250524 | Update use case 5.4 with multiple FWA devices | Philips International B.V. |
| S1-250525 | Pseudo-CR on Energy aware offloading | NTT DOCOMO |
| S1-250526 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250527 | Pseudo-CR on 6G IMS Multimedia Telephony Service | NEC, T-Mobile USA, KPN, Deutsche Telekom, KT Corp., Rakuten Mobile,China Mobile, Vodafone, Telefonica, AT&T, OTD_US, Orange, CSCN |
| S1-250528 | Network Simplification for Native 6G multimedia communication service | China Unicom, China Mobile, Huawei, ZTE, OPPO |
| S1-250530 | 5G and 6G Service ContinuityInterworking for Network Slicing | Nokia, Telefonica, Verizon |
| S1-250531 | Use case on network controlled dynamic network slicing | Samsung |
| S1-250532 | Network operation: Network managed Ee PIN for local traffic transmission | OPPO, Futurewei |
| S1-250533 | Use case on offloading multicast/broadcast sessions in a traffic congestion | IIT Bombay, ONE Media 3.0, IIT Kanpur |
| S1-250534 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250535 | Pseudo-CR on Diverse device types | Apple |
| S1-250536 | Network Verification of NF Security Posture | OTD_US |
| S1-250537 | Pseudo-CR on Security Requirements | Deutsche Telekom, InterDigital, Huawei, Telefonica, Boost Mobile |
| S1-250538 | Network Verification of NF Security Posture | OTD_US |
| S1-250539 | Use case on reduction of security related signaling | vivo, China Mobile, Nokia |
| S1-250540 | On Legacy Services and requirements | Qualcomm |
| S1-250541 | Pseudo-CR on 6G security requirements | China Mobile, vivo, Huawei |
| S1-250542 | Authenticating over -the -air radio interface (OTA) messages | CableLabs |
| S1-250543 | Pseudo-CR on User Consent Considerations | Apple |
| S1-250544 | Use case on reduction of security related signaling | vivo, China Mobile, Nokia |
| S1-250545 | Use case on security control enhancement with NDT in 6G network | Nokia |
| S1-250550 | Pseudo-CR on Security Requirements | Deutsche Telekom, InterDigital, Huawei, Telefonica, Boost Mobile |
| S1-250551 | Authenticating over the radio interface messages | CableLabs |
| S1-250552 | Use case on reduction of security related signaling | vivo, China Mobile, Nokia |
| S1-250553 | Use case on security control enhancement with NDT in 6G network | Nokia |
| S1-250554 | pCR on new use case of Zero-Outage Network | China Mobile, Huawei, SK Telecom |
| S1-250556 | Pseudo-CR on Diverse device types | Apple |
| S1-250558 | Pseudo-CR on 6G IMS Multimedia Telephony Service | NEC, T-Mobile USA, KPN, Deutsche Telekom, KT Corp., Rakuten Mobile,China Mobile, Vodafone, Telefonica, AT&T, OTD_US, Orange, CSCN |
| S1-250559 | Use case on fast network provisioning to improve resilience | China Telecom, Huawei, ZTE, China Mobile, SK Telecom, Rakuten Mobile |
| S1-250560 | Network operation: Network managed Extended PIN for local traffic | OPPO, Futurewei |
| S1-250561 | Merger for Interworking between 6G and Other systems | 6G Study Rapporteurs |
| S1-250562 | Merger for Interworking between 6G & Other systems | 6G Study Rapporteurs |
| S1-250563 | Pseudo-CR on Privacy considerations | Apple |
| S1-250564 | Use case on Reduction of Security related Signaling | vivo, China Mobile, Nokia |
| S1-250565 | Network operation: Network managed Extended PIN for local traffic | OPPO, Futurewei, KPN |
| S1-250566 | Pseudo-CR on Diverse device types | Apple |
| S1-250567 | 5G and 6G Service ContinuityInterworking for Network Slicing | Nokia, Telefonica, Verizon |
| S1-250568 | Pseudo-CR on 6G IMS Multimedia Telephony Service | NEC, T-Mobile USA, KPN, Deutsche Telekom, KT Corp., Rakuten Mobile,China Mobile, Vodafone, Telefonica, AT&T, OTD_US, Orange, CSCN |
| S1-250901 | Use case on service experience optimization in coverage pain point | vivo |
| S1-250902 | Pseudo-CR on Support of legacy services and requirements | Qualcomm, T-Mobile USA, FirstNet, SyncTechno Inc., IIT Bombay, KT |
| S1-250919 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250920 | Pseudo-CR on Support of legacy services and requirements | Qualcomm, T-Mobile USA, FirstNet, SyncTechno Inc., IIT Bombay, KT, NTT |
| S1-250921 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250922 | Use case on service experience optimization in coverage pain point | vivo |
| S1-250981 | Use case on handling massive emergency signalling | IIT Bombay |
| S1-250989 | Pseudo-CR on Support of legacy services and requirements | Qualcomm, T-Mobile USA, FirstNet, SyncTechno Inc., IIT Bombay, KT, NTT |
| S1-251017 | 5G and 6G Interworking for Network Slicing | Nokia |
| TDoc | Title | Source |
|---|---|---|
| S1-250014 | Use case on home robot | vivo |
| S1-250022 | Use case on Smart Group | ZTE Corporation,China Telecom,China Unicom |
| S1-250026 | Use Case on Personal AI assistant | Orange |
| S1-250030 | Network knowledge as part of Retrieval Augmented Generation for Generative AI | Nokia, Rakuten Mobile |
| S1-250045 | Use case on big events assurance | ZTE, China Telecom |
| S1-250046 | Use case on AI/ML model training and inference | ZTE, China Mobile, KPN |
| S1-250051 | 22.870 Pseudo-CR on Use Case on Collecting data from Smart Greenhouse | IPLOOK |
| S1-250081 | Update to use case on Optimizing 6G Infrastructure Utilization via Resource Exposure | Rakuten Mobile, NIST |
| S1-250083 | Use case on 6G AI Agent Collaboration with Third-Party AI Agent using LLM | Rakuten Mobile, Inc |
| S1-250088 | Use Case on AI-as-a-Service via 6G Infrastructure | NVIDIA |
| S1-250106 | New use case on user-centric AI service | China Telecom, OPPO, ZTE Corporation |
| S1-250115 | Use case on AI text-to-video supported by computing | China Mobile, Huawei, China Unicom, Toyota, ZTE, vivo, OPPO |
| S1-250116 | Use case on multiple user AI-Agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO |
| S1-250117 | Use Case on Immersive Communication with built-in RTC | China Mobile; Huawei; ZTE Corporation |
| S1-250129 | pCR on System Performance Optimisation using AI | NTT DOCOMO |
| S1-250130 | pCR on addition of AI general section | NTT DOCOMO |
| S1-250154 | Use case on anti-spam filtering in a mobile network | KT Corp. |
| S1-250167 | Use Case on AIML Model Managed Service for Intelligent Vehicles | CATT |
| S1-250168 | Use Case on Intelligent UAV Swarms | CATT |
| S1-250174 | Use case on AI agent based AI service | China Telecom, Huawei, ZTE |
| S1-250175 | Use case on Personal AI Agent communication | LG Uplus |
| S1-250180 | AI agent discussion | 6G Study Rapporteurs |
| S1-250182 | New use case on Orchestration between RAN and AI workload | SK Telecom |
| S1-250183 | AI Agents for 6G System | NEC Corporation |
| S1-250187 | Network-aware user service intent interface | Nokia |
| S1-250199 | Use case on End-Cloud Collaboration with AI capabilities | China Telecom |
| S1-250200 | Use case on personal AI service management | China Telecom |
| S1-250201 | New use case on Orchestration between RAN and AI workload | SK Telecom |
| S1-250204 | Pseudo-CR on AI-based video analysis | NTT DOCOMO, TOYOTA, SK Telecom |
| S1-250206 | Use case on End-to-End AI for connected cars | TOYOTA MOTOR CORPORATION |
| S1-250208 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250209 | Use Case on 6G system assisted closed-loop AI agent service | OPPO |
| S1-250215 | Use Case on AI and Knowledge-Based Hybrid Communication Transmission | Pengcheng laboratory, BUPT |
| S1-250220 | Use case of 6G system assisted target object detection | OPPO, Huawei, Toyota |
| S1-250221 | Use case on Personalized AI for Health Monitoring | Lenovo |
| S1-250230 | Use case for supporting QoS-aware user-driven computational resource selection | IIT Bombay |
| S1-250231 | Use Case of AI-empowered Communication Congestion Solutions in high-density Scenarios | Pengcheng Laboratory, BUPT |
| S1-250238 | Use case on knowledge-based AI-native communication | Pengcheng laboratory, BUPT |
| S1-250246 | 6G system supports AI model training service | Beijing Xiaomi Mobile Software |
| S1-250247 | AI Agent use in 3GPP AI services and definition | Beijing Xiaomi Mobile Software |
| S1-250248 | Use case on personal AI agent | MediaTek Inc., Nvidia, Toyota |
| S1-250250 | Use Case of AI-empowered Communication Congestion Solutions in high-density Scenarios | Pengcheng Laboratory, BUPT |
| S1-250253 | Network AI agent collaboration | Nokia |
| S1-250261 | Collaborative AI Agents | KPN |
| S1-250270 | Use case on Network Federation for Collaborative AI Model Training | Lenovo |
| S1-250273 | Use case on SW Agent for disability support | Ericsson |
| S1-250276 | AI Agent definition and its role in 3GPP AI service Use Cases | Beijing Xiaomi Mobile Software |
| S1-250280 | Use case on network-based intelligent assistance for autonomous driving | Huawei |
| S1-250281 | AI Agent Definition | Huawei |
| S1-250282 | Use case on providing on-demand scalable customized services with quality assurance | Huawei |
| S1-250283 | Update of use case on Optimising 6G Infrastructure Utilization via Resource Exposure in 6G | Huawei |
| S1-250302 | Use case on energy of the system intelligent management | VODAFONE |
| S1-250322 | Use Case on AI-as-a-Service via 6G Infrastructure | NVIDIA, NIST |
| S1-250326 | Use case on providing on-demand scalable customized services with | Huawei, HiSilicon |
| S1-250327 | Update to use case on Optimizing 6G Infrastructure Utilization via Resource | Rakuten Mobile, Huawei |
| S1-250335 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST |
| S1-250340 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST |
| S1-250341 | AI/ML model training and inference | ZTE, China Mobile, KPN, China Telecom, NVIDIA |
| S1-250366 | Use case for supporting QoS-aware user-driven computational resource | IIT Bombay |
| S1-250375 | New use case on Orchestration between RAN and AI workload | SK telecom, NVIDIA |
| S1-250380 | Use case on big events assurance | ZTE, China Telecom |
| S1-250700 | Use case on Smart Group | ZTE Corporation; China Telecom; China Unicom |
| S1-250701 | Use case for supporting QoS-aware user-driven computational resource | IIT Bombay |
| S1-250702 | Pseudo-CR on addition of AI general section | NTT DOCOMO |
| S1-250703 | AI agent discussion | 6G Study Rapporteurs |
| S1-250704 | Use case on AI agent for network performancebig event assurance | ZTE, China Telecom |
| S1-250705 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST, Nokia |
| S1-250706 | Use case on AI-agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO |
| S1-250707 | AI Agents for 6G System | NEC, ITOCHU Techno-Solutions |
| S1-250708 | Use Case on 6G system assisted closed-loop AI agent service on device | OPPO |
| S1-250709 | Network AI agents collaboration | Nokia |
| S1-250710 | Collaborative AI Agents | KPN |
| S1-250711 | SW AI Agent for Disability support | Ericsson Vodafone, Lenovo |
| S1-250712 | Use case on network-based intelligent assistance for autonomous driving | Huawei, HiSilicon, China Telecom, TOYOTA, China Mobile, China Unicom, |
| S1-250713 | Use case on providing on-demand scalable customized services with | Huawei, HiSilicon |
| S1-250714 | Use Case on Personal AI assistant | Orange |
| S1-250715 | Use case on personal AI agent | MediaTek Inc., Nvidia, Toyota |
| S1-250716 | Use case on home robot | vivo |
| S1-250717 | Use case on Smart Group | ZTE Corporation; China Telecom; China Unicom |
| S1-250718 | AI/ML model training and inference | ZTE, China Mobile, KPN, China Telecom, NVIDIA |
| S1-250719 | New use case on user-centric AI service | China Telecom, OPPO, ZTE Corporation |
| S1-250720 | Use case on built-in Intelligent Communication Assistant | China Mobile; Huawei; ZTE Corporation |
| S1-250721 | Use Case on AI/ML Model Managed Service for Intelligent Vehicles | CATT, OPPO |
| S1-250722 | New use case on End-Cloud Collaboration with AI capabilities | China Telecom, NVIDIA |
| S1-250723 | New use case on personal AI service management | China Telecom |
| S1-250724 | Use case on End-to-End AI for connected cars | TOYOTA MOTOR CORPORATION |
| S1-250725 | new use case: 6G system supports AI model training service | Xiaomi |
| S1-250726 | Network knowledge as part of Retrieval Augmented Generation for | Nokia, Rakuten Mobile, NIST |
| S1-250727 | Network-aware user service intent interface | Nokia |
| S1-250728 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250729 | New use case on AI text-to-video generation supported by computing | China Mobile, Huawei, China Unicom, Toyota, ZTE, vivo, OPPO, Telefonica |
| S1-250730 | Use Case on Intelligent UAV Swarms | CATT |
| S1-250731 | Pseudo-CR on AI-based video analysis | NTT DOCOMO, TOYOTA, SK Telecom |
| S1-250732 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250733 | Use case on Personalized AI for Health Monitoring | Lenovo |
| S1-250734 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250735 | Use case of 6G system assisted target object detection | OPPO, Huawei, Toyota, CATT, vivo |
| S1-250744 | Use case on energy of the system intelligent management | Vodafone, KDDI, Telefonica, Futurewei |
| S1-250745 | Update to use case on Optimizing 6G Infrastructure Utilization via Resource | Rakuten Mobile, Huawei, SoftBank, NEC, SK Telecom |
| S1-250746 | Use case on providing on-demand scalable customized services with | Huawei, HiSilicon |
| S1-250747 | AI agent discussion | 6G Study Rapporteurs |
| S1-250748 | Use case on network-based intelligent assistance for autonomous driving | Huawei, HiSilicon, China Telecom, TOYOTA, China Mobile, China Unicom, |
| S1-250749 | AI Agents for 6G System | NEC, ITOCHU Techno-Solutions |
| S1-250750 | Use case on AI agent based AI service | China Telecom, Huawei, ZTE |
| S1-250751 | Pseudo-CR on addition of AI general section | NTT DOCOMO |
| S1-250752 | Use case on AI agent for network performance assurance | ZTE, China Telecom, Futurewei |
| S1-250753 | Use case on AI-agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO |
| S1-250754 | Use Case on 6G system assisted AI agent on device | OPPO |
| S1-250755 | Network AI agents collaboration | Nokia, Futurewei |
| S1-250756 | Collaborative AI Agents | KPN |
| S1-250757 | SW AI Agent for Disability support | Ericsson Vodafone, Lenovo |
| S1-250758 | Use case on network-based intelligent assistance for autonomous driving | Huawei, HiSilicon, China Telecom, TOYOTA, China Mobile, China Unicom, |
| S1-250759 | Use case on providing on-demand scalable customized services with | Huawei, HiSilicon |
| S1-250760 | Use Case on Personal AI assistant | Orange |
| S1-250761 | Use case on personal AI agent | MediaTek Inc., Nvidia, Toyota |
| S1-250762 | Use case on home robot | vivo |
| S1-250763 | Use case on Smart Group | ZTE Corporation; China Telecom; China Unicom |
| S1-250764 | AI/ML model training and inference | ZTE, China Mobile, KPN, China Telecom, NVIDIA |
| S1-250765 | New use case on user-centric AI service | China Telecom, OPPO, ZTE Corporation |
| S1-250766 | Use case on built-in Intelligent Communication Assistant | China Mobile; Huawei; ZTE Corporation |
| S1-250767 | Use Case on AI/ML Model Managed Service for Intelligent Vehicles | CATT, OPPO |
| S1-250768 | New use case on End-Cloud Collaboration with AI capabilities | China Telecom, NVIDIA |
| S1-250769 | New use case on personal AI service management | China Telecom |
| S1-250770 | Use case for supporting QoS-aware user-driven computational resource | IIT Bombay |
| S1-250771 | AI agent discussion | 6G Study Rapporteurs |
| S1-250772 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST, Nokia |
| S1-250773 | new use case: 6G system supports AI model training service | Xiaomi |
| S1-250774 | Use case on End-to-End AI for connected cars | TOYOTA MOTOR CORPORATION, OPPO |
| S1-250775 | new use case: 6G system supports AI model training service | Xiaomi |
| S1-250776 | Network knowledge as part of Retrieval Augmented Generation for | Nokia, Rakuten Mobile, NIST |
| S1-250777 | Network-aware user service intent interface | Nokia |
| S1-250778 | New use case on AI text-to-video generation supported by computing | China Mobile, Huawei, China Unicom, Toyota, ZTE, vivo, OPPO, Telefonica |
| S1-250779 | Use Case on Intelligent UAV Swarms | CATT |
| S1-250780 | Pseudo-CR on AI-based video analysis | NTT DOCOMO, TOYOTA, SK Telecom |
| S1-250781 | Use case for supporting QoS-aware user-driven computational resource | IIT Bombay |
| S1-250782 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250783 | Use case of 6G system assisted target object detection | OPPO, Huawei, Toyota, CATT, vivo |
| S1-250784 | Use case on Personalized AI for Health Monitoring | Lenovo |
| S1-250785 | Pseudo-CR on System Performance Optimisation using AI | NTT DOCOMO |
| S1-250786 | Use case on energy of the system intelligent management | Vodafone, KDDI, Telefonica, Futurewei, Nokia |
| S1-250787 | Pseudo-CR on System Performance Optimisation using AI | NTT DOCOMO |
| S1-250788 | Use case on AI agent for network performance assurance | ZTE, China Telecom, Futurewei, Huawei |
| S1-250789 | Use case on AI-agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO |
| S1-250790 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST, Nokia |
| S1-250791 | AI Agents for 6G System | NEC, ITOCHU Techno-Solutions |
| S1-250792 | Use Case on 6G system assisted AI agent service | OPPO |
| S1-250793 | Collaborative AI Agents | KPN, China Mobile |
| S1-250910 | Use case on network-based intelligent assistance for autonomous driving | Huawei, HiSilicon, China Telecom, TOYOTA, China Mobile, China Unicom, |
| S1-250923 | Use case on AI agent for network performance assurance | ZTE, China Telecom, Futurewei, Huawei |
| S1-250924 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST, Nokia |
| S1-250925 | Use case on AI-agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO, KPN |
| S1-250926 | Use case on AI agent based AI service | China Telecom, Huawei, ZTE |
| S1-250927 | Use Case on 6G system assisted AI agent service | OPPO |
| S1-250928 | Collaborative AI Agents | KPN, China Mobile |
| S1-250929 | Use case for supporting QoS-aware user-driven computational resource | IIT Bombay |
| S1-250930 | SW AI Agent for Disability support | Ericsson Vodafone, Lenovo |
| S1-250931 | Use case on home robot | vivo |
| S1-250932 | Use case on personal AI agent | MediaTek Inc., Nvidia, Toyota |
| S1-250933 | AI/ML model training and inference | ZTE, China Mobile, KPN, China Telecom, NVIDIA |
| S1-250934 | Use case on built-in Intelligent Communication Assistant | China Mobile; Huawei; ZTE Corporation |
| S1-250935 | Use Case on AI/ML Model Managed Service for Intelligent Vehicles | CATT, OPPO |
| S1-250936 | New use case on End-Cloud Collaboration with AI capabilities | China Telecom, NVIDIA |
| S1-250937 | New use case on personal AI service management | China Telecom |
| S1-250938 | new use case: 6G system supports AI model training service | Xiaomi |
| S1-250940 | Network knowledge as part of Retrieval Augmented Generation for | Nokia, Rakuten Mobile, NIST |
| S1-250941 | Network-aware user service intent interface | Nokia, NIST |
| S1-250942 | New use case on AI text-to-video generation supported by computing | China Mobile, Huawei, China Unicom, Toyota, ZTE, vivo, OPPO, Telefonica |
| S1-250943 | Use Case on Intelligent UAV Swarms | CATT |
| S1-250944 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250945 | Use case of 6G system assisted target object detection | OPPO, Huawei, Toyota, CATT, vivo |
| S1-250946 | Use case on Personalized AI for Health Monitoring | Lenovo |
| S1-250947 | Use case on energy of the system intelligent management | Vodafone, KDDI, Telefonica, Futurewei, Nokia |
| S1-250959 | Pseudo-CR on addition of AI general section | NTT DOCOMO |
| S1-250988 | Use case of computation offloading for LLM inference | OPPO, vivo, NVIDIA, China Mobile, Toyota, Tencent, China Telecom, Futurewei, China Unicom |
| S1-250990 | Use Case on 6G system assisted AI agent service | OPPO |
| S1-250992 | Pseudo-CR on addition of AI general section | NTT DOCOMO |
| S1-250993 | Use case on 6G AI Agent Collaboration with Third-Party AI using LLM | Rakuten Mobile, NIST, Nokia |
| S1-250994 | Use case on AI-agents communication | China Mobile, China Mobile(Hangzhou) Inf., ETRI, OPPO, KPN, LG Uplus |
| S1-250996 | Use Case on 6G system assisted AI agent service | OPPO |
| S1-250997 | Collaborative AI Agents | KPN, China Mobile |
| S1-250999 | Use case on home robot | vivo |
| S1-251000 | AI/ML model training and inference | ZTE, China Mobile, KPN, China Telecom, NVIDIA |
| S1-251001 | Use case on built-in Intelligent Communication Assistant | China Mobile; Huawei; ZTE Corporation |
| S1-251002 | new use case: 6G system supports AI model training service | Xiaomi |
| S1-251003 | Network knowledge as part of Retrieval Augmented Generation for | Nokia, Rakuten Mobile, NIST |
| S1-251004 | Use Case on Intelligent UAV Swarms | CATT |
| S1-251005 | Use case of 6G system assisted target object detection | OPPO, Huawei, Toyota, CATT, vivo |
| S1-251006 | Use case on energy of the system intelligent management | Vodafone, KDDI, Telefonica, Futurewei, Nokia, Huawei |
| TDoc | Title | Source |
|---|---|---|
| S1-250012 | Use case on advanced modern city transportation system | ZTE Corporation, China Mobile |
| S1-250013 | Use case on detection of ships on the coast or in rivers | ZTE Corporation, China Mobile |
| S1-250044 | Use Case on Supporting Intelligence Leveraging Nearby Entities for Real-Time Awareness | LG Electronics Inc. |
| S1-250056 | UAV and Sensing Questions for Clarification for 6G TR | OTD_US |
| S1-250062 | Use case on sensing for fiber-optic vibration service over satellite | IPLOOK |
| S1-250118 | pCR new use case of non-real-time sensing data delivery | China Mobile |
| S1-250131 | Pseudo-CR on Improving the Credibility of Visuals by using sensing | NTT DOCOMO |
| S1-250134 | Use Case on AI-driven multi-vehicle cooperative perception | BUPT |
| S1-250145 | Enhanced XR User Navigation | Qualcomm Atheros, Inc. |
| S1-250146 | Discussion on Release 19 ISAC Functional Requirements | Qualcomm Atheros, Inc. |
| S1-250150 | Use case on AI-enabled low-altitude UAV inspection | BUPT |
| S1-250205 | Pseudo-CR on Optimal Sensing task distribution | NTT DOCOMO, TOYOTA |
| S1-250210 | Use case on Autonomous Driving based on Network-assisted Sensing | OPPO |
| S1-250216 | Use case on sensing assisted AD and ADAS in adverse weather conditions | OPPO |
| S1-250242 | Sensing task distribution to multiple devices of a synergy set | Beijing Xiaomi Mobile Software |
| S1-250243 | update to UC High-resolution topographical maps | Beijing Xiaomi Mobile Software |
| S1-250257 | Collaborative robots using digital twinning | InterDigital, TNO |
| S1-250265 | Network assisted 3D-mobility | Ericsson |
| S1-250284 | Update of Use Case 7.5 Use Case on Environment Object Reconstruction | Huawei |
| S1-250285 | Update of Use Case 7.6 Use Case on road digitalization | Huawei, China Mobile |
| S1-250295 | Pseudo-CR on ISAC general clause | InterDigital, TNO |
| S1-250310 | New use case on Safe & Economic UAV Transport | TNO |
| S1-250324 | Collaborative Robots Using Digital Twinning | InterDigital |
| S1-250336 | Use case on advanced modern city transportation system | ZTE Corporation, China Mobile |
| S1-250337 | Use case on detection of ships on the coast or in rivers | ZTE Corporation, China Mobile |
| S1-250374 | New use case on Safe & Economic UAV Transport | TNO |
| S1-250651 | Update of Use Case 7.6 | Huawei, China Mobile |
| S1-250652 | Use case on advanced modern city transportation system | ZTE Corporation, China Mobile |
| S1-250653 | Use case on detection of ships on the coast or in rivers | ZTE Corporation, China Mobile |
| S1-250654 | Supporting Intelligence Leveraging Nearby Entities for Real-Time | LG Electronics |
| S1-250655 | pCR new use case of non-real-time sensing data delivery | China Mobile |
| S1-250656 | pCR on Improving the Credibility of Visuals by using sensing | NTT DOCOMO |
| S1-250657 | Use case on AI-driven multi-vehicle cooperative perception | BUPT, PCL, CMCC |
| S1-250658 | Pseudo-CR Use case on Enhanced XR User Navigation | Qualcomm |
| S1-250660 | Pseudo-CR on Optimal Sensing task distribution | NTT DOCOMO, TOYOTA |
| S1-250661 | Use case on Autonomous Driving based on Network-assisted Sensing | OPPO, Toyota |
| S1-250662 | Use case on sensing assisted AD and ADAS in adverse weather conditions | OPPO |
| S1-250663 | Sensing task distribution to multiple devices of a synergy set | Xiaomi |
| S1-250664 | new use case: update to UC High-resolution topographical maps | Xiaomi |
| S1-250665 | Collaborative Robots Using Digital Twinning | InterDigital |
| S1-250666 | Network assisted 3D-mobility | Ericsson, Nokia |
| S1-250667 | New use case on Safe & Economic UAV Transport | TNO |
| S1-250668 | UAV and Sensing Questions for Clarification for 6G TR | OTD_US |
| S1-250669 | Update of Use Case 7.5 | Huawei |
| S1-250681 | Use case on advanced modern city transportation system | ZTE Corporation, China Mobile |
| S1-250682 | Supporting Intelligence Leveraging Nearby Entities for Real-Time | LG Electronics |
| S1-250683 | pCR new use case of historical sensing data transfer | China Mobile |
| S1-250684 | Pseudo-CR Use case on Enhanced XR User Navigation | Qualcomm |
| S1-250685 | Use case on sensing assisted AD and ADAS in adverse weather conditions | OPPO |
| S1-250686 | Update of Use Case 7.6 | Huawei, China Mobile |
| S1-250687 | update to UC High-resolution topographical maps | Xiaomi |
| S1-250688 | Network assisted 3D-mobility | Ericsson, Nokia |
| S1-250689 | New use case on Safe & Economic UAV Transport | TNO |
| S1-250690 | Collaborative Robots Using Digital Twinning | InterDigital |
| S1-250917 | Use case on detection of ships on the coast or in rivers | ZTE Corporation, China Mobile |
| S1-250918 | pCR new use case of historical sensing data transfer | China Mobile |
| S1-250939 | UAV and Sensing Questions for Clarification for 6G TR | OTD_US |
| S1-250948 | Use case on advanced modern city transportation system | ZTE Corporation, China Mobile |
| S1-250949 | UAV and Sensing Questions for Clarification for 6G TR | OTD_US |
| S1-250950 | pCR new use case of historical sensing data transfer | China Mobile |
| S1-250951 | pCR on Improving the Credibility of Visuals by using sensing | NTT DOCOMO |
| S1-250952 | Pseudo-CR Use case on Enhanced XR User Navigation | Qualcomm |
| S1-250953 | Collaborative Robots Using Digital Twinning | InterDigital |
| S1-250954 | Network assisted 3D-mobility | Ericsson, Nokia |
| S1-250955 | Use case on sensing assisted AD and ADAS in adverse weather conditions | OPPO |
| S1-250991 | Pseudo-CR Use case on Enhanced XR User Navigation | Qualcomm |
| S1-251007 | Collaborative Robots Using Digital Twinning | InterDigital |
| TDoc | Title | Source |
|---|---|---|
| S1-250055 | Use case on seamless voice call support between TN and NTN | KT Corp. |
| S1-250057 | Satellite Coverage Optimization Clarification for 6G TR | OTD_US |
| S1-250058 | New Requirements for Service Continuity for 6G TR | OTD_US |
| S1-250059 | Positioning for Regulatory Services in 6G TR | OTD_US |
| S1-250061 | Additional Satellite related Requirements for 6G TR | OTD_US |
| S1-250126 | Use case on ubiquitous emergency rescue via UAVs | CSCN, ZTE Corporation |
| S1-250127 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE Corporation |
| S1-250132 | pCR on Fault analysis and reporting for NTN communications | NTT DOCOMO |
| S1-250135 | pCR on “resilient positioning in satellite networks” | Airbus, ESA, Fraunhofer |
| S1-250136 | New use case on unified TN and NTN positioning | Airbus, ESA, Fraunhofer |
| S1-250144 | Low-energy positioning in satellite networks - updates | THALES |
| S1-250148 | Use case on AI-driven satellite remote sensing and transmission | BUPT |
| S1-250185 | New Use Case on enhanced user experience with mega LEO constellation deployment | China Telecom Corporation Ltd. |
| S1-250192 | Use case on roaming subscriber control for satellite access | CSCN, CATT |
| S1-250193 | Use Case on maritime communication via LEO | CSCN, CATT |
| S1-250195 | Use case on Deterministic Services with Satellite Communication | CSCN |
| S1-250197 | Use Case on integration of satellite sensing and communication | CSCN |
| S1-250223 | Use case on affordable multicast/broadcast connectivity for sparsely populated remote and rural areas | IIT Bombay, ONE Media 3.0, IIT Kanpur |
| S1-250244 | 6G system supporting MEC onboarding satellite access | Beijing Xiaomi Mobile Software |
| S1-250252 | New use case on hybrid NTN and GNSS positioning | ESA |
| S1-250275 | Use Case on “Disaster relief” - Updates | THALES, ESA, Novamint |
| S1-250288 | Update of use case on enhanced user experience with sparse LEO satellites deployment | Huawei,CSCN |
| S1-250294 | Use case on unmanned aerial vehicle (UAV) and autonomous vehicle mounted base stations for post-disaster emergency temporary communication | IIT, Kharagpur |
| S1-250303 | New use case on hybrid NTN and GNSS positioning | ESA, Airbus, Fraunhofer |
| S1-250376 | Satellite Coverage Optimization Clarification for 6G TR | OTD_US |
| S1-250377 | New Requirements for Service Continuity for 6G TR | OTD_US |
| S1-250378 | Additional Satellite related Requirements for 6G TR | OTD_US |
| S1-250379 | Positioning for Regulatory Services in 6G TR | OTD_US |
| S1-250659 | Use Case on integration of satellite Non-3GPP sensing and satellite | CSCN |
| S1-250800 | Update of use case on enhanced user experience with sparse LEO | Huawei, CSCN, CTCC, CMCC, OTD_US |
| S1-250801 | Pseudo-CR on use case on resilient positioning in satellite networks | Airbus, ESA, Fraunhofer IIS |
| S1-250802 | Use case on low-energy positioning in satellite networks - Updates | Thales, ESA, Novamint, Airbus |
| S1-250803 | New use case on hybrid NTN and GNSS positioning | ESA, Airbus, Fraunhofer IIS |
| S1-250804 | New use case on unified TN and NTN positioning | Airbus, ESA, Fraunhofer IIS |
| S1-250805 | Use case on ubiquitous emergency rescue via UAVs | CSCN, ZTE |
| S1-250806 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE |
| S1-250807 | pCR on Fault analysis and reporting for NTN communications | NTT DOCOMO |
| S1-250808 | Use case on AI-driven satellite remote sensing and transmission | BUPT, PCL, CMCC, China Telecom |
| S1-250809 | Use case on affordable multicast/broadcast connectivity for sparsely | IIT Bombay, ONE Media 3.0, IIT Kanpur |
| S1-250810 | new use case: 6G system supporting MEC onboarding satellite access | Xiaomi |
| S1-250831 | Update of use case on enhanced user experience with sparse LEO | Huawei, CSCN, CTCC, CMCC, CATT, OTD_US |
| S1-250832 | Use case on low-energy positioning in satellite networks - Updates | Thales, ESA, Novamint, Airbus |
| S1-250833 | Use case on Maritime Communication via LEO | CSCN, CATT |
| S1-250834 | Use Case on Deterministic Services with Satellite Communication | CSCN |
| S1-250835 | new use case: 6G system supporting MEC onboarding satellite access | Xiaomi |
| S1-250836 | New use case on hybrid NTN and GNSS positioning | ESA, Airbus, Fraunhofer IIS |
| S1-250837 | New use case on unified TN and NTN positioning | Airbus, ESA, Fraunhofer IIS |
| S1-250858 | Use case on ubiquitous emergency rescue via UAVs | CSCN, ZTE Corporation |
| S1-250859 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE Corporation |
| S1-250860 | Use case on ubiquitous emergency rescue via UAVs | CSCN, ZTE Corporation |
| S1-250861 | pCR on Fault analysis and reporting for NTN communications | NTT DOCOMO |
| S1-250862 | Use case on hybrid NTN and GNSS positioning | ESA, Airbus, Fraunhofer IIS |
| S1-250863 | Use Case on integration of satellite Non-3GPP sensing and satellite | CSCN |
| S1-250864 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE Corporation |
| S1-250865 | Use case on low-energy positioning in satellite networks - Updates | Thales, ESA, Novamint, Airbus |
| S1-250967 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE Corporation |
| S1-250968 | Use case on hybrid NTN and GNSS positioning | ESA, Airbus, Fraunhofer IIS |
| S1-251008 | Use case on low-altitude logistics supported by the NTN | CSCN, ZTE Corporation |
| TDoc | Title | Source |
|---|---|---|
| S1-250041 | 6G Immersive communications considerations | AT&T Services, Inc. |
| S1-250090 | UC on supportting collaborative service in Multi-site involved immersive communication | ZTE Corporation, China Telecom |
| S1-250119 | Use Case On Glasses-free 3D Communication | China Mobile |
| S1-250153 | Use Case on communication using an ultra-narrow hot spot | NICT |
| S1-250169 | Use Case on Avatar-based Holographic Conferencing | CATT |
| S1-250176 | Use case on Critical Immersive Communications | Samsung |
| S1-250177 | New use case on real-time multi-point telepresence | KDDI Corporation |
| S1-250214 | Updated Smart life for aging population with immersive real-time communication service | China Unicom, China mobile, Huawei, ZTE, vivo |
| S1-250245 | 6G System Supports Mixed Reality Co-Design using XR Immersive Communication | Beijing Xiaomi Mobile Software |
| S1-250258 | Personalized interactive immersive guided tour | InterDigital |
| S1-250269 | Use case on Mixed Reality | Ericsson España S.A. |
| S1-250287 | Update of the Use Case in clause 9.2 | Huawei |
| S1-250323 | Update of the Use Case in clause 9.2 | Huawei, HiSilicon, OPPO |
| S1-250332 | Use Case on Avatar-based Holographic Conferencing | CATT,China Unicom |
| S1-250650 | New use case on supporting collaborative service in multi-site involved | ZTE Corporation, China Telecom, China Unicom |
| S1-250670 | Update of the Use Case in clause 9.2 | Huawei, HiSilicon, OPPO, China Unicom |
| S1-250671 | Updated Smart life for aging population with immersive real-time | China Unicom, China mobile, Huawei, ZTE, vivo |
| S1-250672 | New use case on supporting collaborative service in multi-site involved | ZTE Corporation, China Telecom, China Unicom |
| S1-250673 | Use Case On Glasses-free 3D Communication | China Mobile |
| S1-250674 | Use Case on communication using an ultra-narrow hot spot | NICT |
| S1-250675 | Use Case on Avatar-based Holographic Conferencing | CATT,China Unicom |
| S1-250676 | Use case on Critical Immersive Communications | Samsung |
| S1-250677 | Use case on holographic communication | KDDI, CATT |
| S1-250678 | New Use Case: 6G System Supports Mixed Reality Co-Design using XR | Xiaomi |
| S1-250679 | Personalized Interactive Immersive Guided Tour | InterDigital |
| S1-250680 | Mixed Reality (MR) Gaming | Ericsson |
| S1-250956 | Update of the Use Case in clause 9.2 | Huawei, HiSilicon, OPPO, China Unicom |
| S1-250957 | Updated Smart life for aging population with immersive real-time | China Unicom, China mobile, Huawei, ZTE, vivo |
| S1-250958 | Personalized Interactive Immersive Guided Tour | InterDigital |
| S1-250961 | New use case on supporting collaborative service in multi-site involved | ZTE Corporation, China Telecom, China Unicom |
| S1-250962 | Use case on Critical Immersive Communications | Samsung |
| S1-250963 | Use case on holographic communication | KDDI, CATT |
| S1-250965 | 6G System Supports Mixed Reality Co-Design using XR Immersive Communication | Xiaomi |
| S1-250966 | Mixed Reality (MR) Gaming | Ericsson |
| S1-251010 | New use case on supporting collaborative service in multi-site involved | ZTE Corporation, China Telecom, China Unicom |
| S1-251011 | Use case on Critical Immersive Communications | Samsung |
| S1-251012 | Use case on holographic communication | KDDI, CATT |
| S1-251013 | Mixed Reality (MR) Gaming | Ericsson |
| TDoc | Title | Source |
|---|---|---|
| S1-250017 | Considerations for 6G LPWA and eMBB | vivo |
| S1-250052 | 22.870 Pseudo-CR on Use Case on Precision Livestock Farming | IPLOOK |
| S1-250060 | Use case on deep cover for 6G IoT devices in forest | IPLOOK |
| S1-250125 | Discussion paper of A-WPT for IoT Devices | ZTE Corporation,Huawei, Hisilicon |
| S1-250140 | Use case on wide-area coverage | Nokia, AT&T, Deutsche Telekom, MediaTek |
| S1-250184 | Programmable device functionality adaptation | China Unicom, Huawei |
| S1-250267 | Use case on Massive IoT | Ericsson |
| S1-250328 | Programmable device functionality adaptation | China Unicom, Huawei |
| S1-250338 | Use case on wide-area coverage | Nokia, AT&T, Deutsche Telekom, MediaTek, ETRI |
| S1-250529 | Considerations for 6G LPWA and eMBB | vivo |
| S1-250821 | Monitoring and Control for the Electric Utility Distribution Grid | Ericsson, Itron, AT&T, Sony, Fraunhofer IIS, Vodafone |
| S1-250822 | Use case on wide-area coverage | Nokia, AT&T, Deutsche Telekom, MediaTek, ETRI, Google |
| S1-250851 | Considerations for 6G LPWA and eMBB | vivo |
| S1-250852 | Use case on wide-area coverage | Nokia, AT&T, Deutsche Telekom, MediaTek, ETRI, Google |
| S1-250853 | Monitoring and Control for the Electric Utility Distribution Grid | Ericsson, Itron, AT&T, Sony, Fraunhofer IIS, Vodafone Verizon, MediaTek |
| S1-250978 | Use case on wide-area coverage | Nokia, AT&T, Deutsche Telekom, MediaTek, ETRI, Google |
| S1-250998 | Monitoring and Control for the Electric Utility Distribution Grid | Ericsson, Itron, AT&T, Sony, Fraunhofer IIS, Vodafone Verizon, MediaTek |
| S1-251014 | Monitoring and Control for the Electric Utility Distribution Grid | Ericsson, Itron, AT&T, Sony, Fraunhofer IIS, Vodafone, Verizon, MediaTek |
| TDoc | Title | Source |
|---|---|---|
| S1-250027 | Use Case on smart manufacturing enabled by diverse autonomous robots | Orange |
| S1-250031 | New use case on Realtime Digital Twins | Nokia, TNO, KPN, Telefonica, Orange, Siemens |
| S1-250042 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics Inc. |
| S1-250043 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual Decision-Making through Real-Time Data Sharing | LG Electronics Inc. |
| S1-250047 | 3D factory model based AR guided task | ZTE Corporation,China Unicom |
| S1-250091 | Use Case on digital twin for Mining Industry | IPLOOK |
| S1-250092 | Use case for seamless connectivity for 6G-enabled Mission crtical service | Hytera Communications Corp., China Telecom |
| S1-250094 | Data Services for Connected Vehicle by Operator’s network | NEC |
| S1-250107 | Use case on Smart Healthcare | China Telecom, ZTE Corporation |
| S1-250120 | Discussion on Distributed Autonomous SubNet | China Mobile, China Telecom, Robert Bosch GmbH, Huawei, ZTE, OPPO |
| S1-250121 | New use case on Distributed Autonomous Sub-network for vertical industry | China Mobile, China Telecom, Robert Bosch GmbH, Huawei, ZTE, OPPO |
| S1-250133 | Pseudo-CR on on-board communication for UAM aircrafts | Nokia, Huawei |
| S1-250151 | Use Case on Critical infrastructure Monitoring | NICT, ESA, ZTE |
| S1-250152 | Use Case on Remote and Automatic Construction | NICT, ESA |
| S1-250170 | Use Case on Assisted Airspace Management of UAV and UAM Aircrafts | CATT |
| S1-250172 | Use Case on Differentiated Connectivity Services with Local Area Network | CATT |
| S1-250173 | Use case for Green Communications & Computing Optimization using NDT | Rakuten Mobile, ZTE, NVIDIA |
| S1-250305 | Use cases on high rate aircraft communication services in 6G | Airbus |
| S1-250312 | New use case on Cooperating Mobile Robots | Siemens AG |
| S1-250333 | 3D factory model based AR guided task | ZTE Corporation, China Unicom, Huawei |
| S1-250334 | Use case on Green Communications & Computing Optimisation using NDT | Rakuten Mobile, ZTE, NVIDIA |
| S1-250350 | New use case on Distributed Autonomous Sub-network for vertical industry | China Mobile, China Telecom, Robert Bosch GmbH, Huawei, ZTE, OPPO |
| S1-250811 | Use case on Smart Healthcare | China Telecom; ZTE Corporation |
| S1-250812 | New use case on Cooperating Mobile Robots | Siemens, TNO, KPN, Fraunhofer IIS, Airbus |
| S1-250813 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics |
| S1-250814 | Use cases on high-rate aircraft communication services in 6G | Airbus, Deutsche Telekom, Ericsson, Fraunhofer IIS (TBD) |
| S1-250815 | Pseudo-CR on on-board communication for UAM aircrafts | Nokia, Huawei |
| S1-250816 | Use Case on Assisted Airspace Management of UAV and UAM Aircrafts | CATT |
| S1-250817 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual | LG Electronics |
| S1-250818 | 3D factory model based AR guided task | ZTE, China Unicom |
| S1-250819 | New use case on Seamless Connectivity for 6G-enabled Mission Critical Services | Hytera, China Telecom, China Mobile |
| S1-250820 | Data Services for Connected Vehicle by Operator s network | NEC |
| S1-250838 | New use case on Realtime Digital Twins | Nokia, TNO, KPN, Telefonica, Orange, Siemens, nvidia, Vodafone |
| S1-250839 | New use case on Distributed Autonomous Sub-network for vertical industry | China Mobile, China Telecom, Robert Bosch GmbH, Huawei, ZTE, OPPO |
| S1-250840 | Use Case on Critical infrastructure Monitoring | NICT, ESA, ZTE |
| S1-250841 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics |
| S1-250842 | Use cases on high-rate aircraft communication services in 6G | Airbus, Deutsche Telekom, Ericsson, Fraunhofer IIS (TBD) |
| S1-250843 | Use Case on Assisted Airspace Management of UAV and UAM Aircrafts | CATT |
| S1-250844 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual | LG Electronics |
| S1-250845 | 3D factory model based AR guided task | ZTE Corporation, China Unicom, Huawei |
| S1-250846 | New use case on Seamless Connectivity for 6G-enabled Mission Critical Services | Hytera, China Telecom, China Mobile |
| S1-250847 | Data Services for Connected Vehicle by Operator s network | NEC |
| S1-250881 | New use case on Cooperating Mobile Robots | Siemens, TNO, KPN, Fraunhofer IIS, Airbus |
| S1-250882 | New use case on Realtime Digital Twins | Nokia, TNO, KPN, Telefonica, Orange, Siemens, nvidia, Vodafone |
| S1-250883 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics |
| S1-250884 | Use cases on high-rate aircraft communication services in 6G | Airbus, Deutsche Telekom, Ericsson, Fraunhofer IIS (TBD) |
| S1-250885 | Use Case on Assisted Airspace Management of UAV and UAM Aircrafts | CATT |
| S1-250886 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual | LG Electronics |
| S1-250887 | 3D factory model based AR guided task | ZTE Corporation, China Unicom, Huawei |
| S1-250888 | Use Case on Critical infrastructure Monitoring | NICT, ESA, ZTE |
| S1-250964 | Use cases on high-rate aircraft communication services in 6G | Airbus, Deutsche Telekom, Ericsson, Fraunhofer IIS (TBD) |
| S1-250969 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics |
| S1-250970 | New use case on Cooperating Mobile Robots | Siemens, TNO, KPN, Fraunhofer IIS, Airbus, Robert Bosch GmbH |
| S1-250971 | New use case on Realtime Digital Twins | Nokia, TNO, KPN, Telefonica, Orange, Siemens, nvidia, Vodafone |
| S1-250972 | Immersive Media Services for AAM Enabled by 6G TN and NTN | LG Electronics |
| S1-250973 | Use cases on high-rate aircraft communication services in 6G | Airbus, Deutsche Telekom, Ericsson, Fraunhofer IIS (TBD) |
| S1-250974 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual | LG Electronics |
| S1-250975 | Use Case on Assisted Airspace Management of UAV and UAM Aircrafts | CATT |
| S1-250976 | New use case on Seamless Connectivity for 6G-enabled Mission Critical Services | Hytera, China Telecom, China Mobile,China Unicom |
| S1-250977 | 3D factory model based AR guided task | ZTE Corporation, China Unicom, Huawei |
| S1-251015 | Collaborative Awareness in Dynamic Environments - Enhancing Mutual | LG Electronics |
| TDoc | Title | Source |
|---|---|---|
| S1-250010 | Use case on Supplemental NW Extension | Qualcomm |
| S1-250015 | Use case on computing service for XR game acceleration | vivo, China Mobile, OPPO |
| S1-250032 | New use case on Compute Service Discovery in Coordination with the Network | Nokia |
| S1-250093 | Computing service in Operator managed data network | NEC |
| S1-250166 | Update on W.2 Use Case | CATT |
| S1-250171 | Update on W.1 Use Case | CATT |
| S1-250217 | New use case on Anonymity based 6G system Information Exposure | CEWiT |
| S1-250235 | New use case on UE user experience improvement based on specific Applications | CEWiT |
| S1-250256 | Computing as a Service | InterDigital |
| S1-250292 | Use case on 6G Messaging Service Exposure for urgent access and delivery | Google, Viasat, Inmarsat, SyncTechno Inc. |
| S1-250307 | Update use case W.2 with resource scheduling | Philips International B.V. |
| S1-250363 | New use case on UE user experience improvement based on specific | CEWiT |
| S1-250365 | New use case on Anonymity based 6G system Information Exposure | CEWiT |
| S1-250823 | Update on W.1 Use Case | CATT |
| S1-250824 | Update on W.2 Use Case | CATT |
| S1-250825 | Update use case W.2 with resource scheduling | Philips International B.V. |
| S1-250826 | Use case on Supplemental NW Extension | Qualcomm |
| S1-250827 | Use case on computing service for XR game acceleration | vivo, China Mobile, OPPO |
| S1-250828 | New use case on Compute Service Discovery in Coordination with the | Nokia, KPN |
| S1-250829 | Computing service in Operator managed data network | NEC |
| S1-250830 | New use case on Anonymity based 6G system Information Exposure | CEWiT |
| S1-250848 | New use case on UE user experience improvement based on specific | CEWiT |
| S1-250849 | Use case on 6G Messaging Service Exposure for urgent access and delivery | Google, Viasat, Inmarsat, SyncTechno Inc. |
| S1-250850 | Computing as a Service | InterDigital |
| S1-250854 | Update use case W.2 with resource scheduling | Philips International B.V. |
| S1-250855 | Use case on computing service for XR game acceleration | vivo, China Mobile, OPPO |
| S1-250856 | New use case on Compute Service Discovery in Coordination with the | Nokia, KPN |
| S1-250857 | New use case on Anonymity based 6G system Information Exposure | CEWiT |
| S1-250900 | Update on W.2 Use Case | CATT |
| S1-250960 | Update on W.1 Use Case | CATT |
| S1-250979 | Update on W.1 Use Case | CATT |
| S1-250980 | Update on W.2 Use Case | CATT |
| S1-250982 | Use case on computing service for XR game acceleration | vivo, China Mobile, OPPO |
| S1-250983 | Computing service in Operator managed data network | NEC |
| S1-251009 | Use case on computing service for XR game acceleration | vivo, China Mobile, OPPO |
| TDoc | Title | Source |
|---|---|---|
| S1-250870 | Drafting Agenda 5GA (FRMCS+EnergyServ+Satellite) | Drafting Chairperson |
| S1-250871 | Drafting group report for 6G System and Operation Aspects | Drafting Chairperson |
| S1-250872 | Drafting Agenda 6G System and Operation Aspects | Drafting Chair |
| S1-250873 | Report for 6G Sensing + Immersive | Drafting Chairperson |
| S1-250874 | Report Drafting 6G Massive Com + Others | Drafting Chairperson |
| S1-250875 | Report Drafting 6G Ubiquitous + Verticals | Drafting Chairperson |
| S1-250876 | FRMCS_Ph6 Status report | UIC |
| S1-250877 | FS_EnergyServ_Ph2 Status report | Nokia |
| S1-250878 | FS_5GSAT_Ph4 Status report | Novamint |
| S1-250879 | FS_6G Status report | China Mobile, T-Mobile USA |
| S1-250995 | FRMCS_Ph6 Status report | UIC |