3GPP TDocs (written contributions) at meeting
Meeting: S1-71 - 2015-08-17 to 2015-08-21, Belgrade
meeting id: S1-71 (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| S1‑152000 | Draft agenda for SA1#71 | Chair | - |
| S1‑152001 | Draft Schedule and Agenda with document allocation for SA1#71 | Chair | - |
| S1‑152002 | Final Schedule and Agenda with document allocation for SA1#71 | Chair | - |
| S1‑152003 | SA1-related topics at SA#68 | Chair | - |
| S1‑152004 | Draft minutes of SA1#70 | ETSI | - |
| S1‑152005 | Minutes of SA1#70 | ETSI | - |
| S1‑152006 | Extract of the 3GPP Work Plan for SA1#71 | ETSI | - |
| S1‑152007 | MCVideo User Profile Use Case | U.S. Department of Commerce | - |
| S1‑152008 | MCVideo Car Crash Use Case | U.S. Department of Commerce | - |
| S1‑152009 | Off-Network MCVideo Collapsed Parking Garage Use Case | U.S. Department of Commerce | - |
| S1‑152010 | MCVideo Plane Crash and Fire Use Case | U.S. Department of Commerce | - |
| S1‑152011 | MCVideo Group Transmit Request and Grant Use Case | U.S. Department of Commerce | - |
| S1‑152012 | MCVideo Group Transmit Termination Use Case | U.S. Department of Commerce | - |
| S1‑152013 | Automatic remote video management | Ministry of Interior, France | - |
| S1‑152014 | Database enquiries and internet searches | Ministry of Interior, France | - |
| S1‑152015 | Event manager synchronization | Ministry of Interior, France | - |
| S1‑152016 | Interactions and priority management | Ministry of Interior, France | - |
| S1‑152017 | Introduction and scope for MCDATA | Ministry of Interior, France | - |
| S1‑152018 | Introduction and scope for MCVideo | Ministry of Interior, France | - |
| S1‑152019 | IOPS use case | Ministry of Interior, France | - |
| S1‑152020 | IOPS use case | Ministry of Interior, France | - |
| S1‑152021 | Managing data group communications | Ministry of Interior, France | - |
| S1‑152022 | Managing one to one data communications | Ministry of Interior, France | - |
| S1‑152023 | Message acknowledgement for group communications | Ministry of Interior, France | - |
| S1‑152024 | Message acknowledgement for one to one communications | Ministry of Interior, France | - |
| S1‑152025 | Robot remote control | Ministry of Interior, France | - |
| S1‑152026 | Robots identifications | Ministry of Interior, France | - |
| S1‑152027 | Sending a multimedia message to agroup | Ministry of Interior, France | - |
| S1‑152028 | Sending a multimedia message to another user | Ministry of Interior, France | - |
| S1‑152029 | Video transmission from a robot | Ministry of Interior, France | - |
| S1‑152030 | Seamless mobility and load balancing needs | Ministry of Interior, France | - |
| S1‑152031 | Mobility use case | Ministry of Interior, France | - |
| S1‑152032 | Mobility use case | Ministry of Interior, France | - |
| S1‑152033 | MCDATA rejected and queued calls | MINISTERE DE L'INTERIEUR | - |
| S1‑152034 | Priority allocation | MINISTERE DE L'INTERIEUR | - |
| S1‑152035 | MCVideo Group Transmit Request Queued Use Case | U.S. Department of Commerce | - |
| S1‑152036 | Off-Network MCVideo Group Transmit Request and Grant Use Case | U.S. Department of Commerce | - |
| S1‑152037 | Off-Network MCVideo Group Transmit Termination Use Case | U.S. Department of Commerce | - |
| S1‑152038 | Off-Network MCVideo User Profile Use Case | U.S. Department of Commerce | - |
| S1‑152039 | MCVideo Use of Multiple UEs Use Case | U.S. Department of Commerce | - |
| S1‑152040 | Off-Network MCVideo Emergency Alert Use Case | U.S. Department of Commerce | - |
| S1‑152041 | Off-Network MCVideo Emergency Group Communication Use Case | U.S. Department of Commerce | - |
| S1‑152042 | MCVideo Priority and Pre-emption Use Case | U.S. Department of Commerce | - |
| S1‑152043 | Off-Network MCVideo Priority and Pre-emption Use Case | U.S. Department of Commerce | - |
| S1‑152044 | MCVideo Override Use Case | U.S. Department of Commerce | - |
| S1‑152045 | MCVideo User Selection Capabilities Use Case | U.S. Department of Commerce | - |
| S1‑152046 | Flexible capacity allocation | Nokia Networks | - |
| S1‑152047 | Definitions for FS_MCVideo: Study on Mission Critical Video over LTE | U.S. Department of Commerce | - |
| S1‑152048 | Access to and charging of TV programs and privacy of reception | Nokia Networks | - |
| S1‑152049 | Wide area coverage and moving receivers | Nokia Networks | - |
| S1‑152050 | General LTE based TV service | Nokia Networks | - |
| S1‑152051 | MCVideo Discussion Paper on VQiPS Generalized Use Classes | U.S. Department of Commerce | - |
| S1‑152052 | Connectivity Transparency Use Case | Deutsche Telekom | - |
| S1‑152053 | MCVideo Group Communication after Emergency Alert Use Case 5.2 | U.S. Department of Commerce | - |
| S1‑152054 | MCVideo Car Bombing Incident Use Case 5.3 | U.S. Department of Commerce | - |
| S1‑152055 | MCVideo Remote Monitoring of a Road Traffic Stop Use Case 5.4 | U.S. Department of Commerce | - |
| S1‑152056 | Support for RAN Sharing | SoftBank Corp. | - |
| S1‑152057 | Video UE-to-Network Relay Use Case | Harris Corporation | - |
| S1‑152058 | MCVideo UE-to-Network Relay to UE-to-UE Relay Service Continuity Use Case | Harris Corporation | - |
| S1‑152059 | MCVideo Pursuit Scenario Use Case 5.5 | U.S. Department of Commerce | - |
| S1‑152060 | MCVideo Hostage Incident Use Case 5.6 | U.S. Department of Commerce | - |
| S1‑152061 | MCVideo Train Crash and Fire Use Case 5.7 | U.S. Department of Commerce | - |
| S1‑152062 | MCVideo Real Time Video Use Case 5.8 | U.S. Department of Commerce | - |
| S1‑152063 | Real Time Video with Late Entry Use Case 5.9 | U.S. Department of Commerce | - |
| S1‑152064 | MCVideo Investigation of Police Officers Use Case 5.10 | U.S. Department of Commerce | - |
| S1‑152065 | Addition of civic location reporting for Emergency Services | Sprint | - |
| S1‑152066 | Off-Network MCVideo Chemical Spill and Fire Use Case 6.1 | U.S. Department of Commerce | - |
| S1‑152067 | Proposal for enhanced mobile broadband for high accuracy positioning use case | ZTE Corporation | - |
| S1‑152068 | RSU definition update | ZTE Corporation | - |
| S1‑152069 | Definition of V2X capable UE | ZTE Corporation | - |
| S1‑152070 | Use case for situational awareness | KPN | - |
| S1‑152071 | Use case on remote control | TNO | - |
| S1‑152072 | Use case on command/control centre | TNO | - |
| S1‑152073 | Proposal for cooperative communication use case for SMARTER | ZTE Corporation | - |
| S1‑152074 | update the network slicing use case in SMARTER | ZTE Corporation | - |
| S1‑152075 | SMARTER Use Case on Best Connection per Traffic Type | Intel Corporation (UK) Ltd | - |
| S1‑152076 | SMARTER Use case for Bio-connectivity | Intel Corporation (UK) Ltd | - |
| S1‑152077 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152078 | Use Case on SMARTER Device Profile | Intel Corporation (UK) Ltd | - |
| S1‑152079 | Use Case for MNO Configuration of V2X Message Transmission Characteristics | Intel Corporation (UK) Ltd | - |
| S1‑152080 | Corrections of ACDC Requirements | Intel Corporation (UK) Ltd | - |
| S1‑152081 | Update the coexistence with legacy systems | ZTE Corporation | - |
| S1‑152082 | Enhancements for control of traffic from UE-based applications toward associated server | KDDI, Qualcomm, Intel, China Telecom, Nokia Networks, TeliaSonera AB, NEC | - |
| S1‑152083 | Enhancements for control of traffic from UE-based applications toward associated server | KDDI, Qualcomm, Intel, China Telecom, Nokia Networks, TeliaSonera AB, NEC | - |
| S1‑152084 | Coverage for TV services | EBU | - |
| S1‑152085 | Flexible capacity allocation for TV services | EBU | - |
| S1‑152086 | Highly flexible network topology | EBU | - |
| S1‑152087 | Directions for SMARTER requirements | HUAWEI TECHNOLOGIES Co. Ltd., Telecom Italia | - |
| S1‑152088 | Receive-Only Mode for TV services | EBU | - |
| S1‑152089 | Standalone eMBMS Network | EBU | - |
| S1‑152090 | Identify minimum applications' functions needed for slice | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152091 | Mobility as a service | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152092 | Clarify the need for slices to be scalable | HUAWEI, Telecom Italia, NTTDOCOMO | - |
| S1‑152093 | Context awareness and automatic network | Huawei, Telecom Italia | - |
| S1‑152094 | TV Services on LTE Networks | EBU | - |
| S1‑152095 | Clarify network slicing shall consider multiple applications in a UE | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152096 | New use case for local server support | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152097 | Types of TV programmes on LTE networks | EBU | - |
| S1‑152098 | Mobility coordination support for local access to application | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152099 | New use case for In-network CDN | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152100 | SMARTER use case for 3GPP / Non-3GPP access network integration | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152101 | Update requirement of Ultra Reliable Communication use case | Huawei, Deutsche Telekom | - |
| S1‑152102 | Clarification of flexible traffic routing during communication | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152103 | Mobility on demand | Cisco | - |
| S1‑152104 | Correction of use case on flexible application traffic routing | Cisco Systems Belgium | - |
| S1‑152105 | Clarifications for use case on paging policy differentiation based on user's active area | Cisco, Alcatel-Lucent | - |
| S1‑152106 | Use Case on SMARTER Meters | Intel Corporation (UK) Ltd | - |
| S1‑152107 | Corrections of ACDC Requirements | Intel Corporation (UK) Ltd | - |
| S1‑152108 | Proposed new FS_SMARTER use case on Sports and Fitness | Nokia Networks Oy | - |
| S1‑152109 | General cleanup of TR 22.891 | Nokia Networks Oy | - |
| S1‑152110 | Use case X1 VRU Road Safety via VRU to Vehicle communication | TNO | - |
| S1‑152111 | Use Case X2 VRU Road Safety with VRU to RSU communication | TNO | - |
| S1‑152112 | SMARTER Use Case for Wearable Device Communication | Huawei Device Co., Ltd | - |
| S1‑152113 | Use case X3 Informing VRUs on traffic light status | TNO | - |
| S1‑152114 | Use case X4 VRU Road Safety via VRU beacons | TNO | - |
| S1‑152115 | Use Case X5: Intersection Safety via Vehicle to Infrastructure communication (V2I) | TNO | - |
| S1‑152116 | Use Case X6 Road Hazard Warning on Human Presence on the Road | TNO | - |
| S1‑152117 | V2X Use Case on "V2P Enhanced Tethering" | Sony Europe Limited | - |
| S1‑152118 | SMARTER Use Case on Sports and Fitness Wearables | Sony Europe Limited | - |
| S1‑152119 | SMARTER Use Case on 4K/8K Video Streaming | Sony Europe Limited | - |
| S1‑152120 | Provision of essential services for very low-ARPU areas | ORANGE | - |
| S1‑152121 | SMARTER Latency | Nokia Networks Oy | - |
| S1‑152122 | Clarifying the definition of range and reliability in V2V requirements | CATT | - |
| S1‑152123 | Adding a typical freeway velocity scenario in Table A.1 | CATT | - |
| S1‑152124 | Considerations on Interoperability of V2X | Nokia Networks | - |
| S1‑152125 | Considerations on Vehicle density for V2X | Nokia Networks | - |
| S1‑152126 | Enhancing Positional Precision for traffic particpiants | Nokia Networks | - |
| S1‑152127 | SMARTER Use Case on Ad-Hoc Broadcasting | Telefonica Europe plc | - |
| S1‑152128 | SMARTER Use Case on Broadcasting Support | Telefonica Europe plc | - |
| S1‑152129 | SMARTER Use Case on Concurrent Multi-Access | Telefonica Europe plc | - |
| S1‑152130 | SMARTER Use Case on Domestic Home Monitoring | Telefonica Europe plc | - |
| S1‑152131 | SMARTER Use Case on ICN Based Content Retrieval | Telefonica Europe plc | - |
| S1‑152132 | SMARTER Use Case on IoT Emergency Reporting | Telefonica Europe plc | - |
| S1‑152133 | SMARTER Use Case on Meta-Data Network Context Enablement | Telefonica Europe plc | - |
| S1‑152134 | SMARTER Use Case on Wireless Briefcase | Telefonica Europe plc | - |
| S1‑152135 | SMARTER Use Case on Vehicular Internet and Infotainment | Telefonica Europe plc | - |
| S1‑152136 | Clarifications for use case on paging policy differentiation based on application characteristics | Alcatel-Lucent, Cisco | - |
| S1‑152137 | Scope clarification of PPEPO_LTE TR 22.838 | Alcatel-Lucent, Cisco | - |
| S1‑152138 | Support of Emergency sessions over WLAN | Alcatel-Lucent, Sprint | - |
| S1‑152139 | FS_V2XLTE: Roaming support | Alcatel-Lucent | - |
| S1‑152140 | FS_V2XLTE: Mixed Use Traffic Management | Alcatel-Lucent | - |
| S1‑152141 | 5G SENSOR DEVICES: UNDERLYING PRINCIPLES FOR POTENTIAL SERVICE AND OPERATIONAL REQUIREMENTS | Alcatel-Lucent | - |
| S1‑152142 | FS_SMARTER: Use case for low mobility devices | Alcatel-Lucent | - |
| S1‑152143 | FS_SMARTER: Use case for materials and inventory management and location tracking | Alcatel-Lucent | - |
| S1‑152144 | FS_SMARTER: Use case update for wide area sensor monitoring | Alcatel-Lucent | - |
| S1‑152145 | FS_SMARTER: Use case for variable data sensor | Alcatel-Lucent | - |
| S1‑152146 | FS_SMARTER: Dynamic Subscription generation | Alcatel-Lucent | - |
| S1‑152147 | FS_SMARTER: Security key update | Alcatel-Lucent | - |
| S1‑152148 | FS_SMARTER: Use case for devices with highly variable traffic | INTERDIGITAL COMMUNICATIONS | - |
| S1‑152149 | SMARTER Use Case for IoT Device roaming | NEC EUROPE LTD | - |
| S1‑152150 | Reply LS on ACDC requirements | LG Electronics France | - |
| S1‑152151 | Handling of uncategorized ACDC applications | LG Electronics France | - |
| S1‑152152 | Discussion on Clarification on ProSe Public Safety Discovery | Intel | - |
| S1‑152153 | CR on Clarification on ProSe Public Safety Discovery | Intel | - |
| S1‑152154 | Draft Reply LS on ACDC requirements | Intel | - |
| S1‑152155 | SMARTER Use Case on Concurrent Multi-Access | Telefonica Europe plc | - |
| S1‑152156 | Network slicing - service/traffic dependent selection | NTT DOCOMO | - |
| S1‑152157 | Service Provision for Non-subscribed Users in Emergency Case | KDDI | - |
| S1‑152158 | MCVideo Emergency Group Call | Huawei, TD-Tech | - |
| S1‑152159 | MCVideo Emergency Alert | Huawei, TD-Tech | - |
| S1‑152160 | MCData Emergency Group Call | Huawei, TD-Tech | - |
| S1‑152161 | MCData Emergency Alert | Huawei, TD-Tech | - |
| S1‑152162 | openness for streaming content delivery | Huawei | - |
| S1‑152163 | hybrid transport | Huawei | - |
| S1‑152164 | coverage on-demand support | Huawei | - |
| S1‑152165 | Clarify typical V2V message sizes are between 50-110 bytes without security overhead | Huawei | - |
| S1‑152166 | Complete [TBD] V2I values for curve speed warning | Huawei | - |
| S1‑152167 | Vehicle density requirement for V2X service | Huawei | - |
| S1‑152168 | Clarification on delay requirement of V2I RSU relay use case | Huawei | - |
| S1‑152169 | Clarification on the difference of V2I and V2N | Huawei | - |
| S1‑152170 | Clarification of V2X spectrum usage and its impacts with other services | Huawei | - |
| S1‑152171 | Clarification on MNO Authorization for V2X | Huawei | - |
| S1‑152172 | Complete [TBD] V2I values for curve speed warning | Huawei | - |
| S1‑152173 | Response LS on proposed method of restricting access to IOPS cells | Applied Communication Sciences | - |
| S1‑152174 | MPS exemption from load rebalancing | Applied Communication Sciences, OEC, AT&T, Alcatel-Lucent | - |
| S1‑152175 | Passing of priority information across network boundaries | Applied Communication Sciences, OEC, AT&T, Alcatel-Lucent | - |
| S1‑152176 | MPS priority during initial Attach | Applied Communication Sciences, OEC, AT&T, Alactel-Lucent | - |
| S1‑152177 | Proposal for ultra short range wearable devices use case for SMARTER | China Telecom, ZTE Corporation | - |
| S1‑152178 | Consideration on V2X spectrum | LG Electronics | - |
| S1‑152179 | Mobility management for V2X | LG Electronics | - |
| S1‑152180 | Security for V2X | LG Electronics | - |
| S1‑152181 | Use of V2X with other applications | LG Electronics | - |
| S1‑152182 | V2X by UE type RSU | LG Electronics | - |
| S1‑152183 | V2X consideration on inter PLMNs countries | LG Electronics | - |
| S1‑152184 | V2X Minimum QoS | LG Electronics | - |
| S1‑152185 | connectivity everywhere | LG Electronics | - |
| S1‑152186 | Context Awared Networking | LG Electronics | - |
| S1‑152187 | Diversified point of connectivity | LG Electronics | - |
| S1‑152188 | V2X Use Case: Public Transportation Control System | KT Corp, LG Electronics Inc. | - |
| S1‑152189 | SMARTER Use Case: Green Radio | KT Corp. | - |
| S1‑152190 | Massive connections for constrained cellular internet of things (CIoT) | Huawei, China Mobile, China Telecom, CATR, CATT | - |
| S1‑152191 | Clarification for latency signification | Huawei | - |
| S1‑152192 | Improvement of Network Capabilities to support Vehicular | Huawei | - |
| S1‑152193 | Use case for shipment tracking | Huawei | - |
| S1‑152194 | Use case for connected vehicles | Huawei | - |
| S1‑152195 | additional requirement of Connectivity for drones use case | China Mobile | - |
| S1‑152196 | use case for Cloud Robotics | China Mobile | - |
| S1‑152197 | use case for first aid | China Mobile | - |
| S1‑152198 | use case for location sharing | China Mobile | - |
| S1‑152199 | SMARTER the requirement of UE obtaining services from different network slices simultaneously | CATT | - |
| S1‑152200 | Use case for automatic driving | CATT | - |
| S1‑152201 | eFMSS use case for supporting third party owned (S)Gi-LAN services | China Mobile | - |
| S1‑152202 | SMARTER use case for mobile enterprise | China Mobile | - |
| S1‑152203 | SMARTER use case for network capability exposure | China Mobile | - |
| S1‑152204 | Updated SMARTER use case for on demand networking | China Mobile | - |
| S1‑152205 | Presentation of 5G Security and Authentications issues | Orange | - |
| S1‑152206 | General 5G Security, Identity and Authentication requirements | Orange | - |
| S1‑152207 | Simultaneous use of any LTE services from one cell and TV service from another non-colocated cell | Ericsson, Qualcomm Incorporated | - |
| S1‑152208 | Simultaneous use of any LTE services from one network and TV service from another network | Ericsson, Qualcomm Incorporated | - |
| S1‑152209 | Consideration on supporting V2X in coverage in priority | Huawei | - |
| S1‑152210 | Use case categorisation | Nokia Networks | - |
| S1‑152211 | Proposed new FS_SMARTER use case on SMS and MMS Interworking | Nokia Networks | - |
| S1‑152212 | Proposed new FS_SMARTER use case on Fast positioning | Nokia Networks | - |
| S1‑152213 | Proposed new FS_SMARTER use case on Low-delay speech coding | Nokia Networks | - |
| S1‑152214 | Proposed new FS_SMARTER use case on Phased approach | Nokia Networks | - |
| S1‑152215 | Proposed correction on seamless handover vs. service continuity | Nokia Networks | - |
| S1‑152216 | Clarifications to coexistence with legacy systems | Nokia Networks | - |
| S1‑152217 | V2X - 5.2 Control Loss Warning | GM Onstar Europe | - |
| S1‑152218 | V2X - 5.3. V2V Use case for emergency vehicle warning | GM Onstar Europe | - |
| S1‑152219 | V2X - 5.5 Cooperative Adaptive Cruise Control | GM Onstar Europe | - |
| S1‑152220 | V2X - 5.15 V2I / V2N Traffic Flow Optimisation | GM Onstar Europe | - |
| S1‑152221 | V2X - 5.18 Vulnerable Road User (VRU) Safety | GM Onstar Europe | - |
| S1‑152222 | V2X - Appendix A | GM Onstar Europe | - |
| S1‑152223 | Use case on Autonomous Drive | GM Onstar Europe | - |
| S1‑152224 | SMARTER: Higher User Mobility use cases | Vodafone | - |
| S1‑152225 | Discussion on latency requirements for V2X services | Vodafone | - |
| S1‑152226 | Coordination of network slices | Huawei | - |
| S1‑152227 | Cross-Domain Resource Management for network slicing | Huawei, NEC | - |
| S1‑152228 | Categories of Network Slices | Huawei | - |
| S1‑152229 | Cross-Domain Resource Management and QoS Guarantee | Huawei | - |
| S1‑152230 | SMARTER Use Case on Mass M2M and device identification | KPN | - |
| S1‑152231 | Use case on Mission Critical Video | KPN | - |
| S1‑152232 | Use case on user friendly network service provision | China Unicom | - |
| S1‑152233 | Use case on network enhancements to support scalability and automation | China Unicom | - |
| S1‑152234 | Use case on paging policy differentiation based on user's priority | China Unicom | - |
| S1‑152235 | Use case on paging policy differentiation based on QoS information | China Unicom | - |
| S1‑152236 | Use case on paging policy differentiation based on APN | China Unicom | - |
| S1‑152237 | Considerations on Congestion for PPEPO_LTE | China Unicom | - |
| S1‑152238 | Considerations on Charging for PPEPO_LTE | China Unicom | - |
| S1‑152239 | Proposed WID for Enhancements to User Location Reporting Support | China Unicom, ZTE, CATR | - |
| S1‑152240 | Requirements for enhancements on User Location Reporting Support | China Unicom, CATR | - |
| S1‑152241 | Mobile broadband service anytime and anywhere with seamless wide-area coverage | ITRI | - |
| S1‑152242 | Network sharing for multi-tenant scenario | ITRI | - |
| S1‑152243 | Real time Video forwarding via D2D Relaying | NEC | - |
| S1‑152244 | Real time Video forwarding via direct D2D connection | NEC | - |
| S1‑152245 | Moving Ambulance and Bio-connectivity | Huawei | - |
| S1‑152246 | On-demand deployment of physical access network infrastructure | Huawei | - |
| S1‑152247 | Seamless multi-operator mobility | Huawei | - |
| S1‑152248 | New Emerging Services and Service Variety | Huawei | - |
| S1‑152249 | Managing network resources according to diverse user preferences | Huawei | - |
| S1‑152250 | Clarify latency requirement for sensors over different access types | Huawei | - |
| S1‑152251 | Cooperative Lane Merging (CLM) | Huawei | - |
| S1‑152252 | Cooperative Longitudinal & Lateral Control for Collision Avoidance (CoLCA) | Huawei | - |
| S1‑152253 | Cooperative Short Distance Platooning (CoSdP) | Huawei | - |
| S1‑152254 | See-Through for assisted Overtaking (STOk) | Huawei | - |
| S1‑152255 | Pre-crash Sensing Warning updates for V2V unicast communication | ETRI | - |
| S1‑152256 | Additional requirements for V2I unicast communication | ETRI | - |
| S1‑152257 | V2X SID Status and Plan for the Next | LG Electronics Inc. | - |
| S1‑152258 | WID proposal - Normative Work proposal for LTE support for V2X services | LG Electronics Inc. | - |
| S1‑152259 | V2X Introduction section | Rapporteur | - |
| S1‑152260 | V2X Definition section with new or refined terminology | Rapporteur | - |
| S1‑152261 | V2X Overview section - modification and addition of V2I and V2P | Rapporteur | - |
| S1‑152262 | V2X Use Case section - editorial | Rapporteur | - |
| S1‑152263 | V2X Use Case section -missing values | LG Electronics Inc. | - |
| S1‑152264 | V2X Potential Requirements section - consolidation | Rapporteur | - |
| S1‑152265 | Addition of an OOC requirement to V2P warning to pedestrian Use Case | LG Electronics Inc. | - |
| S1‑152266 | Addition of an OOC requirement to V2P warning to vehicle Use Case | LG Electronics Inc. | - |
| S1‑152267 | MCVideo UE-to-UE Relay to ProSe Communications Service Continuity Use Case | Harris | - |
| S1‑152268 | MCVideo Network to ProSe Communications Service Continuity Use Case | Harris | - |
| S1‑152269 | Reply LS on Set of Rel-13 features for the Support of Emergency sessions over WLAN | Alcatel-Lucent | - |
| S1‑152270 | MCVideo Camera Discovery Use Case | Motorola Solutions | - |
| S1‑152271 | Updates to curve speed warning | ETRI | - |
| S1‑152272 | Proposed editorial changes for TR 22.885 | ETRI | - |
| S1‑152273 | MC Group Video Share Use Case | Qualcomm Incorporated | - |
| S1‑152274 | SMARTER: Use case for access from less trusted networks | Qualcomm Incorporated | - |
| S1‑152275 | SMARTER: Use case for Automotive: Automated Cooperative Driving | Qualcomm Incorporated | - |
| S1‑152276 | SMARTER: Radio Interface Technology definition | Qualcomm Incorporated | - |
| S1‑152277 | SMARTER: Use Case for Wireless Self-Backhauling | Qualcomm Incorporated | - |
| S1‑152278 | SMARTER: Use case for Local UAV Collaboration | Qualcomm Incorporated | - |
| S1‑152279 | SMARTER: Use case for multiple services with dedicated core networks | Qualcomm Incorporated | - |
| S1‑152280 | SMARTER: Use case for multiple services with different subscriptions | Qualcomm Incorporated | - |
| S1‑152281 | SMARTER: Use case on Industrial Factory Automation | Qualcomm Incorporated | - |
| S1‑152282 | SMARTER: Use case on Industrial Process Automation | Qualcomm Incorporated | - |
| S1‑152283 | SMARTER: Modifications to use case for Connectivity for Drones | Qualcomm Incorporated | - |
| S1‑152284 | SMARTER: Modifications to use case for UAV Remote Control | Qualcomm Incorporated | - |
| S1‑152285 | FS_EnTV: eMBMS sharing | Qualcomm Incorporated | - |
| S1‑152286 | FS_EnTV: eMBMS Coverage enhancement | Qualcomm Incorporated | - |
| S1‑152287 | FS_EnTV: eMBMS Spectral efficiency | Qualcomm Incorporated | - |
| S1‑152288 | FS_EnTV: New Use Case: Decoupled eMBMS content, service, and transport | Qualcomm Incorporated | - |
| S1‑152289 | FS_EnTV: New Use Case: Service Layer Function and Codec Support | Qualcomm Incorporated, Nokia Networks | - |
| S1‑152290 | Modification of table in Annex A | Qualcomm Incorporated | - |
| S1‑152291 | Considerations on Spectrum | Qualcomm Incorporated | - |
| S1‑152292 | Considerations on Coverage | Qualcomm Incorporated | - |
| S1‑152293 | Security framework for V2X communication | Qualcomm Incorporated | - |
| S1‑152294 | New Use Case: Privacy use case for V2X communication | Qualcomm Incorporated | - |
| S1‑152295 | Deployment scenarios for V2X communication | Qualcomm Incorporated | - |
| S1‑152296 | Reply LS: Priorities for ProSe Comms / S2-151810 | Qualcomm Incorporated | - |
| S1‑152297 | ProSe Priority support | Qualcomm Incorporated | - |
| S1‑152298 | Reply LS: Group Member Discovery / S2-151813 | Qualcomm Incorporated | - |
| S1‑152299 | New Study on Secondary Access LTE Networks | Qualcomm Incorporated | - |
| S1‑152300 | Discussion paper | Qualcomm Incorporated | - |
| S1‑152301 | Use cases | Qualcomm Incorporated | - |
| S1‑152302 | V2X service and application | LG Electronics Inc. | - |
| S1‑152303 | eMVNO Service using Open Radio Access Platform | ETRI | - |
| S1‑152304 | Use Case of Enhanced Positioning Service | ETRI | - |
| S1‑152305 | FS_SMARTER: Use case for variable data sensor | Alcatel-Lucent | - |
| S1‑152306 | Network sharing for multi-tenant scenario | ITRI | - |
| S1‑152307 | Wide area coverage and moving receivers | Nokia Networks | - |
| S1‑152308 | General LTE based TV service | Nokia Networks | - |
| S1‑152309 | Proposed WID for Enhancements to User Location Reporting Support | China Unicom, ZTE, CATR, Intel, Huawei, CATT | - |
| S1‑152310 | LS on network feature support for ProSe Discovery | C1-151597 | - |
| S1‑152311 | LS on proposed method of restricting access to IOPS cells | C1-152403 | - |
| S1‑152312 | LS on handling of uncategorised applications in ACDC | C1-152413 | - |
| S1‑152313 | STF489 LS to 3GPP SA1 on Real-Time Text versus GTT | EMTEL(15)000019r2 | - |
| S1‑152314 | STF489 LS to 3GPP on Total Conversation for Emergency Communications | EMTEL(15)000021r2 | - |
| S1‑152315 | LS on Report ITU-R SM.[SMART_GRID] on the Smart Grid project | ITU-R 1A/TEMP/100 | - |
| S1‑152316 | Reply LS on public safety discovery from SA3 | R1-153555 | - |
| S1‑152317 | LS on ProSe Priorities | R2-151789 | - |
| S1‑152318 | Response LS on proposed method of restricting access to IOPS cells | R2-152783 | - |
| S1‑152319 | Reply LS on ACDC requirements | R2-152839 | - |
| S1‑152320 | LS on RAN Sharing Enhancements for LTE | R3-151316 | - |
| S1‑152321 | LS to 3GPP SA1 on Data Off Requirements | RiLTE 46_118 | - |
| S1‑152322 | Response to Reply LS on Security Framework for Cellular IoT | S2-151382 | - |
| S1‑152323 | Reply LS on ePDG selection | S2-151395 | - |
| S1‑152324 | LS on proposed method of restricting access to IOPS cells | S2-151423 | - |
| S1‑152325 | Reply LS on IMS Emergency Session over WLAN | S2-151431 | - |
| S1‑152326 | LS reply on ProSe Priorities | S2-151810 | - |
| S1‑152327 | LS reply on Public Safety discovery | S2-151813 | - |
| S1‑152328 | Reply LS on network feature support for ProSe Discovery | S2-152064 | - |
| S1‑152329 | Set of Rel-13 features for the Support of Emergency sessions over WLAN | S2-152691 | - |
| S1‑152330 | Reply LS on end-to-end WebRTC-IMS security | S3-151499 | - |
| S1‑152331 | Reply LS on public safety discovery | S3-151524 | - |
| S1‑152332 | Reply to LS on VoLTE Roaming Architecture GSMA | S3i150153 | - |
| S1‑152333 | LS on VoLTE Roaming architecture | WTSC-2015-00104R001 | - |
| S1‑152334 | FS_SMARTER drafting agenda | Rapporteur / Session Chair | - |
| S1‑152335 | FS_SMARTER drafting report | Rapporteur / Session Chair | - |
| S1‑152336 | TR22.891 v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152337 | FS_MCVideo + FS_MCData drafting agenda | Rapporteur / Session Chair | - |
| S1‑152338 | FS_MCVideo + FS_MCData drafting report | Rapporteur / Session Chair | - |
| S1‑152339 | TR22.879 (FS_MCVideo) v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152340 | TR22.880 (FS_MCData) v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152341 | FS_V2XLTE drafting agenda | Rapporteur / Session Chair | - |
| S1‑152342 | FS_V2XLTE drafting report | Rapporteur / Session Chair | - |
| S1‑152343 | TR22.885 v0.3.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152344 | FS_EnTV drafting agenda | Rapporteur / Session Chair | - |
| S1‑152345 | FS_EnTV drafting report | Rapporteur / Session Chair | - |
| S1‑152346 | TR22.816 v0.2.0 on EnTV to include agreements at this meeting | Rapporteur | - |
| S1‑152347 | TR22.838 v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152350 | CR on Clarification on ProSe Public Safety Discovery | Intel | - |
| S1‑152351 | Corrections of ACDC Requirements | Intel, LG Electronics Inc. | - |
| S1‑152352 | MPS_Mods status update | Rapporteur (Applied Communication Sciences) | - |
| S1‑152353 | ELIOT status update | Rapporteur (Sprint) | - |
| S1‑152354 | CATS status update | Rapporteur (KDDI) | - |
| S1‑152355 | FS_SMARTER status update | Rapporteur (Vodafone) | - |
| S1‑152356 | FS_MCVideo status update | Rapporteur (French MoI) | - |
| S1‑152357 | FS_MCData status update | Rapporteur (French MoI) | - |
| S1‑152358 | FS_V2XLTE status update | Rapporteur (LG Electronics) | - |
| S1‑152359 | FS_EnTV status update | Rapporteur (Huawei) | - |
| S1‑152360 | FS_PPEPO_LTE status update | Rapporteur (China Unicom) | - |
| S1‑152361 | FS_eFMSS status update | Rapporteur (China Mobile) | - |
| S1‑152370 | LS to 3GPP on IMS Emergency Session over WLAN | S1-151236/ S1-150172 (Verizon) RILTE #42 Doc 121 | - |
| S1‑152371 | FS_EnTV: eMBMS sharing | Qualcomm Incorporated | - |
| S1‑152372 | FS_EnTV: eMBMS Spectral efficiency | Qualcomm Incorporated | - |
| S1‑152373 | FS_EnTV: eMBMS Coverage enhancement | Qualcomm Incorporated | - |
| S1‑152374 | FS_EnTV: New Use Case: Service Layer Function and Codec Support | Qualcomm Incorporated, Nokia Networks | - |
| S1‑152375 | FS_EnTV: New Use Case: Decoupled eMBMS content, service, and transport | Qualcomm Incorporated | - |
| S1‑152376 | Considerations on Spectrum | Qualcomm Incorporated, ZTE | - |
| S1‑152377 | Considerations on Coverage | Qualcomm Incorporated, ZTE | - |
| S1‑152378 | Deployment scenarios for V2X communication | Qualcomm Incorporated | - |
| S1‑152379 | Modification of table in Annex A | Qualcomm Incorporated | - |
| S1‑152380 | Security framework for V2X communication | Qualcomm Incorporated | - |
| S1‑152381 | New Use Case: Privacy use case for V2X communication | Qualcomm Incorporated | - |
| S1‑152382 | Reply LS: Group Member Discovery / S2-151813 | Qualcomm Incorporated | - |
| S1‑152383 | Enhanced mobile broadband for high accuracy positioning use case | ZTE Corporation, ETRI | - |
| S1‑152384 | Clarification on the difference of V2I and V2N | Huawei | - |
| S1‑152385 | SMARTER Use Case for Wearable Device Communication | Huawei Device Co., Ltd | - |
| S1‑152386 | Improvement of Network Capabilities to support Vehicular | Huawei | - |
| S1‑152387 | V2X SID Status and Plan for the Next | LG Electronics Inc. | - |
| S1‑152388 | V2X - 5.2 Control Loss Warning | GM Onstar Europe | - |
| S1‑152389 | V2X - 5.3. V2V Use case for emergency vehicle warning | GM Onstar Europe | - |
| S1‑152390 | V2X - 5.5 Cooperative Adaptive Cruise Control | GM Onstar Europe | - |
| S1‑152391 | V2X - 5.18 Vulnerable Road User (VRU) Safety | GM Onstar Europe | - |
| S1‑152392 | RSU definition update | ZTE Corporation | - |
| S1‑152393 | Definition of V2X capable UE | ZTE Corporation | - |
| S1‑152394 | Proposal for cooperative communication use case for SMARTER | ZTE Corporation | - |
| S1‑152395 | update the network slicing use case in SMARTER | ZTE Corporation | - |
| S1‑152396 | Update the coexistence with legacy systems | ZTE Corporation | - |
| S1‑152397 | CR on Clarification on ProSe Public Safety Discovery | Intel | - |
| S1‑152398 | Discussion on Clarification on ProSe Public Safety Discovery | Intel | - |
| S1‑152399 | Use Case on SMARTER Device Profile | Intel Corporation (UK) Ltd | - |
| S1‑152400 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152401 | SMARTER Use case for Bio-connectivity | Intel Corporation (UK) Ltd | - |
| S1‑152402 | Handling of uncategorized ACDC applications | LG Electronics, NTT DOCOMO, Intel | - |
| S1‑152403 | Support of Emergency sessions over WLAN | Alcatel-Lucent, Sprint | - |
| S1‑152404 | Reply LS to SA2, GSMA RILTE (cc SA, GSMA NG, WBA) on Set of Rel-13 features for the Support of Emergency sessions over WLAN | Alcatel-Lucent | - |
| S1‑152405 | Handling of uncategorized ACDC applications | LG Electronics, NTT DOCOMO, Intel | - |
| S1‑152406 | Reply LS to CT1 (cc RAN2) on ACDC requirements | SA1 | - |
| S1‑152407 | Corrections of ACDC Requirements | Intel, LG Electronics Inc. | - |
| S1‑152408 | Draft Reply LS on ACDC requirements | Intel | - |
| S1‑152409 | LS to SA2 and SA3 on S3-151524 on public safety discovery | Qualcomm Incorporated | - |
| S1‑152410 | ProSe Priority support | Qualcomm Incorporated | - |
| S1‑152411 | Reply LS to SA2, RAN2, SA6 (cc RAN2) on Priorities for ProSe Comms / S2-151810 | Qualcomm Incorporated | - |
| S1‑152412 | Proposal for cooperative communication use case for SMARTER | ZTE Corporation, China Unicom | - |
| S1‑152413 | SMARTER Use case for Bio-connectivity | Intel Corporation (UK) Ltd | - |
| S1‑152414 | SMARTER Use Case for Wearable Device Communication | Huawei, Hisilicon, SKT, CATT, China Unicom, China Telecom, ETRI, ZTE, China Mobile, ITRI, NEC, KPN, Sony, LGE | - |
| S1‑152415 | SMARTER Use Case on Best Connection per Traffic Type | Intel Corporation (UK) Ltd | - |
| S1‑152416 | SMARTER use case for 3GPP / Non-3GPP access network integration | Huawei, Deutsche Telekom, KPN, Telefonica, TeliaSonera, Vodafone | - |
| S1‑152417 | Mobile broadband service anytime and anywhere with seamless wide-area coverage | ITRI | - |
| S1‑152418 | SMARTER: Higher User Mobility use cases | Vodafone | - |
| S1‑152419 | connectivity everywhere | LG Electronics | - |
| S1‑152420 | Mobility on demand | Cisco | - |
| S1‑152421 | Improvement of Network Capabilities to support Vehicular | Huawei, Sony | - |
| S1‑152422 | Use case for connected vehicles | Huawei | - |
| S1‑152423 | Use case for automatic driving | CATT | - |
| S1‑152424 | update the network slicing use case in SMARTER | ZTE Corporation | - |
| S1‑152425 | Clarify the need for slices to be scalable | HUAWEI, Telecom Italia, NTTDOCOMO | - |
| S1‑152426 | Clarify network slicing shall consider multiple applications in a UE | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152427 | Network slicing - service/traffic dependent selection | NTT DOCOMO | - |
| S1‑152428 | Network slicing - service/traffic dependent selection | NTT DOCOMO | - |
| S1‑152429 | Reserved Mark | Reserved | - |
| S1‑152430 | Categories of Network Slices | Huawei | - |
| S1‑152431 | Mobility on demand | Cisco | - |
| S1‑152432 | Mobility as a service | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152433 | Context awareness and automatic network | Huawei, Telecom Italia | - |
| S1‑152434 | SMARTER: Use case for multiple services with dedicated core networks | Qualcomm Incorporated | - |
| S1‑152435 | Correction of use case on flexible application traffic routing | Cisco Systems Belgium | - |
| S1‑152436 | New use case for In-network CDN | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152437 | New use case for local server support | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152438 | SMARTER Use Case on Wireless Briefcase | Telefonica Europe plc | - |
| S1‑152439 | Proposed new FS_SMARTER use case on Sports and Fitness | KPN, Sony, Nokia Networks | - |
| S1‑152440 | SMARTER use case for network capability exposure | China Mobile | - |
| S1‑152441 | eFMSS use case for supporting third party owned (S)Gi-LAN service | China Mobile | - |
| S1‑152442 | Response LS to RAN2 (cc Ran2, CT1) on proposed method of restricting access to IOPS cells | Applied Communication Sciences | - |
| S1‑152443 | Coordination of network slices | Huawei | - |
| S1‑152444 | Cross-Domain Resource Management and QoS Guarantee | Huawei | - |
| S1‑152445 | Proposed WID for Enhancements to User Location Reporting Support | China Unicom, ZTE, CATR, Intel, Huawei, CATT | - |
| S1‑152446 | Requirements for enhancements on User Location Reporting Support (was Proposed WID for Enhancements to User Location Reporting Support) | China Unicom, CATR | - |
| S1‑152447 | WID proposal - Normative Work proposal for LTE support for V2X services | LG Electronics Inc. | - |
| S1‑152448 | Provision of essential services for very low-ARPU areas | ORANGE | - |
| S1‑152449 | Addition of civic location reporting for Emergency Services | Sprint | - |
| S1‑152450 | Consolidation plan for Potential Requirements section | Rapporteur | - |
| S1‑152451 | Mobile broadband service anytime and anywhere with seamless wide-area coverage | ITRI | - |
| S1‑152452 | Adding a typical freeway velocity scenario in Table A.1 | CATT | - |
| S1‑152453 | FS_SMARTER: Use case for materials and inventory management and location tracking | Alcatel-Lucent, Huawei | - |
| S1‑152454 | New Study on Study on Indoor LTE Networks (ILTEN) | Qualcomm Incorporated | - |
| S1‑152455 | MPS priority during initial Attach | Applied Communication Sciences, OEC, AT&T, Alactel-Lucent | - |
| S1‑152456 | Enhancements for control of traffic from UE-based applications toward associated server | KDDI, Qualcomm, Intel, China Telecom, Nokia Networks, TeliaSonera AB, NEC | - |
| S1‑152457 | Enhancements for control of traffic from UE-based applications toward associated server | KDDI, Qualcomm, Intel, China Telecom, Nokia Networks, TeliaSonera AB, NEC | - |
| S1‑152458 | eFMSS use case for supporting third party owned (S)Gi-LAN service | China Mobile, Huawei | - |
| S1‑152459 | Clarifications for use case on paging policy differentiation based on user's active area | Cisco, Alcatel-Lucent | - |
| S1‑152460 | Clarifications for use case on paging policy differentiation based on application characteristics | Alcatel-Lucent, Cisco | - |
| S1‑152461 | Use case on paging policy differentiation based on subscriber's priority per application | China Unicom | - |
| S1‑152462 | Considerations on Congestion for PPEPO_LTE | China Unicom | - |
| S1‑152463 | Considerations on Charging for PPEPO_LTE | China Unicom | - |
| S1‑152464 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152465 | Consideration on V2X Spectrum | LG Electronics Inc. | - |
| S1‑152466 | Considerations on Coverage | Qualcomm Incorporated, ZTE, Huawei | - |
| S1‑152467 | General 5G Security, Identity and Authentication requirements | Orange | - |
| S1‑152468 | SMARTER Use Case for IoT Device initialization | NEC, Qualcomm, Alcatel-Lucent, Intel, Huawei | - |
| S1‑152469 | FS_SMARTER: Security key update | Alcatel-Lucent | - |
| S1‑152470 | SMARTER: Use case for access from less trusted networks | Qualcomm Incorporated | - |
| S1‑152471 | FS_SMARTER: Use case for variable data sensor | Alcatel-Lucent | - |
| S1‑152472 | Reply LS on Specific network availability | C6-150294 | - |
| S1‑152473 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152474 | Multiple RAT connectivity and RAT selection | NTT DOCOMO, NEC | - |
| S1‑152475 | Massive connections for constrained cellular internet of things (CIoT) | Huawei, China Mobile, China Telecom, CATR, CATT | - |
| S1‑152476 | FS_SMARTER: Use case for variable data sensor | Alcatel-Lucent | - |
| S1‑152477 | Clarify latency requirement for sensors over different access types | Huawei | - |
| S1‑152478 | SMARTER Use Case on Domestic Home Monitoring | Telefonica Europe plc | - |
| S1‑152479 | FS_SMARTER: Use case for low mobility devices | Alcatel-Lucent | - |
| S1‑152480 | SMARTER: Use case on Industrial Factory Automation | Qualcomm Incorporated | - |
| S1‑152481 | FS_SMARTER: Use case for materials and inventory management and location tracking | Alcatel-Lucent, Huawei | - |
| S1‑152482 | SMARTER: Use case on Industrial Process Automation | Qualcomm Incorporated | - |
| S1‑152483 | Updated SMARTER use case for on demand networking | China Mobile | - |
| S1‑152484 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152485 | Proposed new FS_SMARTER use case on Low-delay speech coding | Nokia Networks | - |
| S1‑152486 | Use case on network enhancements to support scalability and automation | China Unicom | - |
| S1‑152487 | SMARTER: Use Case for Wireless Self-Backhauling | Qualcomm Incorporated | - |
| S1‑152488 | SMARTER Use Case on Vehicular Internet and Infotainment | Telefonica Europe plc | - |
| S1‑152489 | SMARTER: Modifications to use case for Connectivity for Drones | Qualcomm Incorporated | - |
| S1‑152490 | SMARTER: Modifications to use case for UAV Remote Control | Qualcomm Incorporated | - |
| S1‑152491 | SMARTER: Use case for Local UAV Collaboration | Qualcomm Incorporated | - |
| S1‑152492 | Update the coexistence with legacy systems | ZTE Corporation | - |
| S1‑152493 | Proposed new FS_SMARTER use case on SMS and MMS Interworking | Nokia Networks | - |
| S1‑152494 | Enhanced mobile broadband for high accuracy positioning use case | ZTE Corporation, ETRI | - |
| S1‑152495 | SMARTER Use Case on Broadcasting Support | Telefonica Europe plc | - |
| S1‑152496 | SMARTER Use Case on Ad-Hoc Broadcasting | Telefonica Europe plc | - |
| S1‑152497 | SMARTER Use Case: Green Radio | KT Corp. | - |
| S1‑152498 | Temporary Service for Users of Other Operators in Emergency Case | KDDI | - |
| S1‑152499 | General cleanup of TR 22.891 | Nokia Networks Oy | - |
| S1‑152500 | FS_MCVideo drafting agenda | Rapporteur/Session chair | - |
| S1‑152501 | FS_MCVideo drafting report | Rapporteur/Session chair | - |
| S1‑152503 | Introduction and scope for MCVideo | Ministry of Interior, France | - |
| S1‑152504 | Automatic remote video management | Ministry of Interior, France | - |
| S1‑152505 | Video transmission from a robot | Ministry of Interior, France | - |
| S1‑152506 | MCVideo User Selection Capabilities Use Case | U.S. Department of Commerce | - |
| S1‑152507 | Use case on Mission Critical Video | KPN | - |
| S1‑152508 | MCVideo Camera Discovery Use Case | Motorola Solutions | - |
| S1‑152509 | MCVideo UE-to-Network Relay to UE-to-UE Relay Service Continuity Use Case | Harris Corporation | - |
| S1‑152510 | Real time Video forwarding via D2D Relaying | NEC | - |
| S1‑152511 | Real time Video forwarding via direct D2D connection | NEC | - |
| S1‑152512 | MCVideo UE-to-UE Relay to ProSe Communications Service Continuity Use Case | Harris | - |
| S1‑152513 | MCVideo Network to ProSe Communications Service Continuity Use Case | Harris | - |
| S1‑152514 | MCVideo Group Communication after Emergency Alert Use Case 5.2 | U.S. Department of Commerce | - |
| S1‑152515 | MCVideo Car Bombing Incident Use Case 5.3 | U.S. Department of Commerce | - |
| S1‑152516 | MCVideo Remote Monitoring of a Road Traffic Stop Use Case 5.4 | U.S. Department of Commerce | - |
| S1‑152517 | MCVideo Train Crash and Fire Use Case 5.7 | U.S. Department of Commerce | - |
| S1‑152518 | MCVideo Car Crash Use Case | U.S. Department of Commerce | - |
| S1‑152519 | Video transmission from a robot | Ministry of Interior, France | - |
| S1‑152520 | Real time Video forwarding via direct D2D connection | NEC | - |
| S1‑152546 | Introduction and scope for MCDATA | Ministry of Interior, France | - |
| S1‑152547 | Use case for situational awareness | KPN | - |
| S1‑152548 | Sending a multimedia message to another user | Ministry of Interior, France | - |
| S1‑152549 | Managing data group communications | Ministry of Interior, France | - |
| S1‑152550 | Managing one to one data communications | Ministry of Interior, France | - |
| S1‑152551 | Message acknowledgement for group communications | Ministry of Interior, France | - |
| S1‑152552 | Message acknowledgement for one to one communications | Ministry of Interior, France | - |
| S1‑152553 | use case for first aid | China Mobile | - |
| S1‑152554 | use case for location sharing | China Mobile | - |
| S1‑152555 | Use case on remote control | TNO | - |
| S1‑152556 | Use case on command/control centre | TNO | - |
| S1‑152557 | Robot remote control | Ministry of Interior, France | - |
| S1‑152558 | Robots identifications | Ministry of Interior, France | - |
| S1‑152559 | Database enquiries and internet searches | Ministry of Interior, France | - |
| S1‑152560 | Event manager synchronization | Ministry of Interior, France | - |
| S1‑152561 | MCDATA rejected and queued calls | MINISTERE DE L'INTERIEUR | - |
| S1‑152562 | MCVideo Emergency Alert | Huawei, TD-Tech | - |
| S1‑152563 | MCData Emergency Alert | Huawei, TD-Tech | - |
| S1‑152564 | Interactions and priority management | Ministry of Interior, France | - |
| S1‑152565 | Priority allocation | MINISTERE DE L'INTERIEUR | - |
| S1‑152566 | Mobility use case | Ministry of Interior, France | - |
| S1‑152567 | Mobility use case | Ministry of Interior, France | - |
| S1‑152568 | Seamless mobility and load balancing needs | Ministry of Interior, France | - |
| S1‑152569 | MCData Emergency Group Call | Huawei, TD-Tech | - |
| S1‑152570 | IOPS use case | Ministry of Interior, France | - |
| S1‑152571 | Seamless mobility and load balancing needs | Ministry of Interior, France | - |
| S1‑152572 | Cover page for TR22.879 (FS_MCVideo) v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152573 | Cover page for TR22.880 (FS_MCData) v0.2.0 to include agreements at this meeting | Rapporteur | - |
| S1‑152585 | V2X Introduction section | Rapporteur | - |
| S1‑152586 | V2X Overview section - modification and addition of V2I and V2P | Rapporteur | - |
| S1‑152587 | V2X Use Case section - editorial | Rapporteur | - |
| S1‑152588 | Proposed editorial changes for TR 22.885 | ETRI | - |
| S1‑152589 | V2X Definition section with new or refined terminology | Rapporteur | - |
| S1‑152590 | Clarification on the difference of V2I and V2N | Huawei | - |
| S1‑152591 | FS_V2XLTE: Mixed Use Traffic Management | Alcatel-Lucent | - |
| S1‑152592 | Additional requirements for V2I unicast communication | ETRI | - |
| S1‑152593 | Updates to curve speed warning | ETRI | - |
| S1‑152594 | V2X by UE type RSU | LG Electronics | - |
| S1‑152595 | Vehicle density requirement for V2X service | Huawei | - |
| S1‑152596 | V2X Use Case on "V2P Enhanced Tethering" | Sony Europe Limited | - |
| S1‑152597 | Use case X1 VRU Road Safety via VRU to Vehicle communication | TNO | - |
| S1‑152598 | Use Case X5: Intersection Safety via Vehicle to Infrastructure communication (V2I) | TNO, VTT | - |
| S1‑152599 | Enhancing Positional Precision for traffic participants | Nokia Networks | - |
| S1‑152600 | Mobility management for V2X | LG Electronics | - |
| S1‑152601 | V2X Minimum QoS | LG Electronics | - |
| S1‑152602 | V2X Use Case: Public Transportation Control System | KT Corp, LG Electronics Inc. | - |
| S1‑152603 | Clarify typical V2V message sizes are between 50-110 bytes without security overhead | Huawei | - |
| S1‑152604 | V2X - Appendix A | GM Onstar Europe | - |
| S1‑152605 | Complete [TBD] V2I values for curve speed warning | Huawei | - |
| S1‑152606 | V2X - 5.3. V2V Use case for emergency vehicle warning | GM Onstar Europe | - |
| S1‑152607 | Modifications to Annex A of TR 22.885 | Qualcomm Incorporated, ZTE?, GM Onstar | - |
| S1‑152608 | FS_V2XLTE: Roaming support | Alcatel-Lucent | - |
| S1‑152609 | V2X Overview section - modification and addition of V2I and V2P | Rapporteur | - |
| S1‑152610 | FS_V2XLTE: Roaming support | Alcatel-Lucent | - |
| S1‑152611 | Updates to curve speed warning | ETRI | - |
| S1‑152612 | V2X by UE type RSU | LG Electronics | - |
| S1‑152613 | Clarification on the difference of V2I and V2N | Huawei | - |
| S1‑152614 | Clarify typical V2V message sizes are between 50-110 bytes without security overhead | Huawei, Qualcomm Incorporated | - |
| S1‑152615 | Complete [TBD] V2I values for curve speed warning | Huawei | - |
| S1‑152616 | Modifications to Annex A of TR 22.885 | Qualcomm Incorporated, ZTE?, GM Onstar | - |
| S1‑152655 | FS_EnTV: eMBMS sharing | Qualcomm Incorporated | - |
| S1‑152656 | Flexible capacity allocation for TV services | EBU | - |
| S1‑152657 | FS_EnTV: eMBMS Spectral efficiency | Qualcomm Incorporated | - |
| S1‑152658 | Standalone eMBMS Network | EBU | - |
| S1‑152659 | Access to and charging of TV programs and privacy of reception | Nokia Networks | - |
| S1‑152660 | FS_EnTV: eMBMS Coverage enhancement | Qualcomm Incorporated | - |
| S1‑152661 | Wide area coverage and moving receivers | Nokia Networks | - |
| S1‑152662 | coverage on-demand support | Huawei | - |
| S1‑152663 | General LTE based TV service | Nokia Networks | - |
| S1‑152664 | hybrid transport | Huawei | - |
| S1‑152665 | FS_EnTV: New Use Case: Decoupled eMBMS content, service, and transport | Qualcomm Incorporated | - |
| S1‑152666 | Simultaneous use of any LTE services from one cell and TV service from another non-colocated cell | Ericsson, Qualcomm Incorporated | - |
| S1‑152667 | Simultaneous use of any LTE services from one network and TV service from another network | Ericsson, Qualcomm Incorporated | - |
| S1‑152675 | Simultaneous use of any LTE services from one cell and TV service from another non-colocated cell | Ericsson, Qualcomm Incorporated | - |
| S1‑152676 | Managing data group communications | Ministry of Interior, France | - |
| S1‑152677 | Clarification for latency signification | Huawei | - |
| S1‑152678 | Response LS to SA2 (cc Ran2, CT1) on proposed method of restricting access to IOPS cells | Applied Communication Sciences | - |
| S1‑152679 | MPS priority during initial Attach | Applied Communication Sciences, OEC, AT&T, Alactel-Lucent | - |
| S1‑152680 | Proposed WID for Enhancements to User Location Reporting Support | China Unicom, ZTE, CATR, Intel, Huawei, CATT | - |
| S1‑152681 | MPS priority during initial Attach | Applied Communication Sciences, OEC, AT&T, Alactel-Lucent | - |
| S1‑152682 | eFMSS use case for supporting third party owned (S)Gi-LAN service | China Mobile, Huawei | - |
| S1‑152683 | Considerations on Congestion for PPEPO_LTE | China Unicom | - |
| S1‑152684 | Considerations on Charging for PPEPO_LTE | China Unicom | - |
| S1‑152685 | Cover page for TR 22.838 | Rapporteur (China Unicom) | - |
| S1‑152686 | FS_SMARTER: Use case for low mobility devices | Alcatel-Lucent | - |
| S1‑152687 | FS_EnTV: eMBMS sharing | Qualcomm Incorporated, Nokia Networks, Rodgers, Ericsson, one2many, Expway | - |
| S1‑152688 | FS_EnTV: eMBMS Spectral efficiency | Qualcomm Incorporated | - |
| S1‑152689 | FS_EnTV: New Use Case: Decoupled eMBMS content, service, and transport | Qualcomm Incorporated | - |
| S1‑152690 | Use case X1 VRU Road Safety via VRU to Vehicle communication | TNO, VTT | - |
| S1‑152691 | SMARTER Use Case for IoT Device initialization | NEC, Qualcomm, Alcatel-Lucent, Intel, Huawei, MediaTek | - |
| S1‑152692 | FS_EnTV: eMBMS Coverage enhancement | Qualcomm Incorporated | - |
| S1‑152693 | Use Case on SMARTER Service Continuity | Intel Corporation (UK) Ltd | - |
| S1‑152694 | Update the coexistence with legacy systems | ZTE Corporation, China Unicom, Intel Corporation | - |
| S1‑152695 | Use case X1 VRU Road Safety via VRU to Vehicle communication | TNO | - |
| S1‑152696 | Use Case X5: Intersection Safety via Vehicle to Infrastructure communication (V2I) | TNO | - |
| S1‑152697 | FS_V2XLTE: Mixed Use Traffic Management | Alcatel-Lucent | - |
| S1‑152698 | Enhancing Positional Precision for traffic participants | Nokia Networks | - |
| S1‑152699 | Mobility management for V2X | LG Electronics | - |
| S1‑152700 | V2X Minimum QoS | LG Electronics | - |
| S1‑152701 | V2X Use Case: Public Transportation Control System | KT Corp, LG Electronics Inc. | - |
| S1‑152702 | FS_EnTV: eMBMS Spectral efficiency | Qualcomm Incorporated | - |
| S1‑152703 | Flexible capacity allocation for TV services | EBU | - |
| S1‑152704 | Standalone eMBMS Network | EBU | - |
| S1‑152705 | FS_EnTV: New Use Case: Decoupled eMBMS content, service, and transport | Qualcomm Incorporated | - |
| S1‑152706 | SMARTER Use Case for Wearable Device Communication | Huawei, Hisilicon, SKT, CATT, China Unicom, China Telecom, ETRI, ZTE, China Mobile, ITRI, NEC, KPN, Sony, LGE | - |
| S1‑152707 | SMARTER Use Case on Best Connection per Traffic Type | Intel Corporation (UK) Ltd | - |
| S1‑152708 | Use case for connected vehicles | Huawei , CATT, Qualcomm, LG Electronics | - |
| S1‑152709 | SMARTER use case for 3GPP / Non-3GPP access network integration | Huawei, Deutsche Telekom, KPN, Telefonica, TeliaSonera, Vodafone | - |
| S1‑152710 | Clarify typical V2V message sizes are between 50-110 bytes without security overhead | Huawei, Qualcomm Inc. | - |
| S1‑152711 | connectivity everywhere | LG Electronics | - |
| S1‑152712 | update the network slicing use case in SMARTER | ZTE Corporation | - |
| S1‑152713 | Clarify the need for slices to be scalable | HUAWEI, Telecom Italia, NTTDOCOMO | - |
| S1‑152714 | Context awareness and automatic network | Huawei, Telecom Italia | - |
| S1‑152715 | New use case for In-network CDN | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152716 | SMARTER Use Case on Wireless Briefcase | Telefonica Europe plc | - |
| S1‑152717 | New use case for local server support | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152718 | Massive connections for constrained cellular internet of things (CIoT) | Huawei, China Mobile, China Telecom, CATR, CATT | - |
| S1‑152719 | Clarify latency requirement for sensors over different access types | Huawei | - |
| S1‑152720 | FS_SMARTER: Use case for low mobility devices | Alcatel-Lucent | - |
| S1‑152721 | FS_SMARTER: Use case for materials and inventory management and location tracking | Alcatel-Lucent, Huawei | - |
| S1‑152722 | SMARTER: Modifications to use case for Connectivity for Drones | Qualcomm Incorporated | - |
| S1‑152723 | SMARTER: Modifications to use case for UAV Remote Control | Qualcomm Incorporated | - |
| S1‑152724 | Enhanced mobile broadband for high accuracy positioning use case | ZTE Corporation, ETRI | - |
| S1‑152725 | SMARTER Use Case on Broadcasting Support | Telefonica Europe plc | - |
| S1‑152726 | SMARTER Use Case on Ad-Hoc Broadcasting | Telefonica Europe plc | - |
| S1‑152727 | SMARTER Use Case: Green Radio | KT Corp. | - |
| S1‑152728 | Clarification for latency signification | Huawei | - |
| S1‑152729 | SMARTER Use Case for IoT Device initialization | NEC, Qualcomm, Alcatel-Lucent, Intel, Huawei, MediaTek | - |
| S1‑152730 | FS_SMARTER: Security key update | Alcatel-Lucent | - |
| S1‑152731 | SMARTER: Use case for access from less trusted networks | Qualcomm Incorporated | - |
| S1‑152732 | Temporary Service for Users of Other Operators in Emergency Case | KDDI | - |
| S1‑152733 | Proposed new FS_SMARTER use case on Sports and Fitness | KPN, Sony, Nokia Networks | - |
| S1‑152734 | Improvement of Network Capabilities to support Vehicular | Huawei, Sony | - |
| S1‑152735 | Proposed WID for Enhancements to User Location Reporting Support | China Unicom, ZTE, CATR, Intel, Huawei, CATT | - |
| S1‑152736 | Cover Page for TR22.816 | Rapporteur | - |
| S1‑152737 | Cover Page for TR22.891 on SMARTER | Rapporteur | - |
| S1‑152738 | WID proposal - Normative Work proposal for LTE support for V2X services | LG Electronics Inc. | - |
| S1‑152739 | Addition of civic location reporting for Emergency Services | Sprint | - |
| S1‑152740 | Use Case X5: Intersection Safety via Vehicle to Infrastructure communication (V2I) | TNO | - |
| S1‑152741 | Enhancing Positional Precision for traffic participants | Nokia Networks | - |
| S1‑152742 | Considerations on V2X Spectrum Usage Scenarios | Rapporteur, LG Electronics Inc., Huawei, Qualcomm Incorporated, Nokia Networks | - |
| S1‑152743 | V2X Overview section - modification and addition of V2I and V2P | Rapporteur | - |
| S1‑152744 | Considerations on V2X Spectrum Usage Scenarios | Rapporteur, LG Electronics Inc., Huawei, Qualcomm Incorporated, Nokia Networks | - |
| S1‑152745 | Status Update for Enhancements to User Location Reporting Support | Rapporteur | - |
| S1‑152746 | Status Update for LTE support for V2X services | Rapporteur | - |
| S1‑152747 | LS to SA2 and SA3 on S3-151524 on public safety discovery | SA1 | - |
| S1‑152748 | Reply LS to SA2, RAN2, SA6 (cc RAN2) on Priorities for ProSe Comms / S2-151810 | SA1 | - |
| S1‑152749 | FS_SMARTER: Security key update | Alcatel-Lucent | - |
| S1‑152750 | Response LS to SA2 (cc Ran2, CT1) on proposed method of restricting access to IOPS cells | Applied Communication Sciences | - |
| S1‑152751 | Support of Emergency sessions over WLAN | Alcatel-Lucent, Sprint | - |
| S1‑152752 | Reply LS to SA2, GSMA RILTE (cc SA, GSMA NG, WBA) on Set of Rel-13 features for the Support of Emergency sessions over WLAN | SA1 | - |
| S1‑152753 | SMARTER: Use case for access from less trusted networks | Qualcomm Incorporated | - |
| S1‑152754 | connectivity everywhere | LG Electronics | - |
| S1‑152755 | New use case for In-network CDN | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152756 | New use case for local server support | HUAWEI TECHNOLOGIES Co. Ltd. | - |
| S1‑152757 | V2X Overview section - modification and addition of V2I and V2P | Rapporteur | - |
| S1‑152758 | FS_MCVideo status update | Rapporteur (French MoI) | - |
| S1‑152759 | FS_V2XLTE status update | Rapporteur (LG Electronics) | - |
| S1‑152760 | TR22.885 v0.3.0 to include agreements at this meeting | Rapporteur | - |
page generated from database: 2024-04-22 07:58:53