3GPP TDocs (written contributions) at meeting
Meeting: S2-110 - 2015-07-06 to 2015-07-10, Dubrovnik
meeting id: S2-110 (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| S2‑152135 | Draft Agenda for SA WG2#110 | SA WG2 Chairman | - |
| S2‑152136 | Draft Report of SA WG2 meeting #109 | SA WG2 Secretary | - |
| S2‑152137 | LS from GERAN WG2: LS on extended DRX in idle mode | GERAN WG2 | - |
| S2‑152138 | LS from CT WG1: LS on Rel-13 MCPTT work | CT WG1 | - |
| S2‑152139 | LS from CT WG1: LS on static configuration for ePDG selection | CT WG1 | - |
| S2‑152140 | LS from SA WG4: LS on proposed WID for Media and Quality Aspects of SRVCC Enhancements | SA WG4 | - |
| S2‑152141 | LS from SA WG6: Reply to Document C1-151620: LS on Rel-13 MCPTT work | SA WG6 | - |
| S2‑152142 | LS from GERAN WG2: Reply LS on paging for MTC | GERAN WG2 | - |
| S2‑152143 | LS from RAN WG3: LS on Paging Optimization considering supported frequency bands | RAN WG3 | - |
| S2‑152144 | LS from RAN WG3: Response LS on Paging Optimization | RAN WG3 | - |
| S2‑152145 | LS from RAN WG2: Reply LS on RAN assumptions from SA2 for FS_eDRX | RAN WG2 | - |
| S2‑152146 | LS from RAN WG2: LS reply on paging for MTC | RAN WG2 | - |
| S2‑152147 | LS from RAN WG2: Response LS on Paging Optimization considering supported frequency bands | RAN WG2 | - |
| S2‑152148 | LS from GSMA RILTE: Reply LS on ePDG selection | GSMA RILTE | - |
| S2‑152149 | LS from GSMA RILTE: LS on ePDG selection | GSMA RILTE | - |
| S2‑152150 | LS from CT WG1: LS on proposed method of restricting access to IOPS cells | CT WG1 | - |
| S2‑152151 | LS from CT WG1: LS on requirement to support EAP-SIM for the ePDG | CT WG1 | - |
| S2‑152152 | LS from CT WG1: LS on combined registration when the CS Mobility Management back off timer is running | CT WG1 | - |
| S2‑152153 | LS from CT WG1: Reply LS on VoLTE Roaming Charging | CT WG1 | - |
| S2‑152154 | LS from CT WG4: Handover procedures without the dynamic PGW ID | CT WG4 | - |
| S2‑152155 | LS from CT WG4: Roaming scenario with selection of a WLAN that interworks with a service provider in EVSP | CT WG4 | - |
| S2‑152156 | LS from TSG GERAN: Reply LS on paging for MTC | TSG GERAN | - |
| S2‑152157 | LS from GERAN WG2: LS on Efficient Small Data Transfer | GERAN WG2 | - |
| S2‑152158 | LS from TSG GERAN: Reply LS on RAN assumptions from SA2 for FS_eDRX | TSG GERAN | - |
| S2‑152159 | LS from RAN WG1: Reply LS on MBMS for Message delivery to Group of devices | RAN WG1 | - |
| S2‑152160 | LS from RAN WG1: Reply LS on public safety discovery from SA WG3 | RAN WG1 | - |
| S2‑152161 | LS from RAN WG2: Response LS on proposed method of restricting access to IOPS cells | RAN WG2 | - |
| S2‑152162 | LS from RAN WG2: Reply LS on RAN assumptions from SA2 for FS_eDRX | RAN WG2 | - |
| S2‑152163 | LS from RAN WG2: Reply LS RAN assumptions from SA2 for FS_eDRX | RAN WG2 | - |
| S2‑152164 | LS from RAN WG3: Response LS on Paging Optimisation | RAN WG3 | - |
| S2‑152165 | LS from RAN WG3: Update of SRVCC Operation | RAN WG3 | - |
| S2‑152166 | LS from RAN WG3: Response LS on Paging for MTC | RAN WG3 | - |
| S2‑152167 | LS from RAN WG3: LS on overload of MME resource quotas in RAN sharing scenarios | RAN WG3 | - |
| S2‑152168 | LS from SA WG5: LS to SA2 on inter-PLMN PS online charging - LBO | SA WG5 | - |
| S2‑152169 | LS from SA WG5: LS to CT4 and CT3 on OCS address for Gy inter-PLMN | SA WG5 | - |
| S2‑152170 | LS from SA WG5: LS to GSMA on inter-PLMN PS online charging | SA WG5 | - |
| S2‑152171 | LS from TSG SA: LS on considerations for clean slate CIoT for Rel-13 | TSG SA | - |
| S2‑152172 | LS from TSG SA: Reply to SA3-LI LS on VoLTE Roaming Architecture impact on LI service | TSG SA | - |
| S2‑152173 | ePDG selection for emergency bearer services | BlackBerry UK Ltd, Qualcomm Incorporated, Alcatel-Lucent | - |
| S2‑152174 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152175 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152176 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152177 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152178 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152179 | ePDG Selection clarification | BlackBerry UK Ltd | - |
| S2‑152180 | ePDG discussion | BlackBerry UK Ltd | - |
| S2‑152181 | ePDG Selection clarification | BlackBerry UK Ltd, Deutsche Telekom AG | - |
| S2‑152182 | Location Based ePDG Selection | Rogers Communications, China Mobile, Intel Corporation, Qualcomm Incorporated, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia, BlackBerry UK Ltd, Ericsson | - |
| S2‑152183 | Discussion on Location Based ePDG Selection | Rogers Communications, China Mobile, Intel, Qualcomm Incorporated, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia, BlackBerry UK Ltd., Ericsson | - |
| S2‑152184 | Revision of ePDG selection procedures | Qualcomm Incorporated, Rogers Communications, Deutsche Telekom, Orange | - |
| S2‑152185 | Revision of ePDG selection procedures | Qualcomm Incorporated | imported from 3GU |
| S2‑152186 | [Draft] LS response on static configuration for ePDG selection | Qualcomm Incorporated | - |
| S2‑152187 | [DRAFT] LS response on ePDG selection | Qualcomm Incorporated | imported from 3GU |
| S2‑152188 | Discussion on system aspects of LAA and LWA | Qualcomm Incorporated | - |
| S2‑152189 | Discussion on Rel. 12 interworking between RAN-assisted WLAN interworking and system level aspects | Qualcomm Incorporated, Motorola Mobility, Blackberry, Intel, Broadcom Corporation, Sony | - |
| S2‑152190 | Correction of Access network selection and traffic steering based on RAN-assisted WLAN interworking | Qualcomm Incorporated, Motorola Mobility, Blackberry, Intel, Broadcom Corporation, Sony | - |
| S2‑152191 | Functional corrections on applicability of Local Operating Environment Information (LOEI) | Motorola Mobility, Qualcomm Incorporated, Broadcom Corporation, Blackberry, Intel, Sony | - |
| S2‑152192 | Correction of Access network selection and traffic steering based on RAN-assisted WLAN interworking | Qualcomm Incorporated, Motorola Mobility, Blackberry, Intel, Broadcom Corporation, Sony | - |
| S2‑152193 | Study on improvement of real-time awareness of user location change | China Unicom, China Telecom, KDDI, Orange, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, Huawei, HiSilicon, ZTE, Allot Communication, CATT | - |
| S2‑152194 | Discussion on Event Trigger for eNodeB granularity | China Mobile, ZTE, China Unicom | - |
| S2‑152195 | Adding eNodeB change reporting in Location Change Reporting Procedure | China Mobile, ZTE, China Unicom | - |
| S2‑152196 | Adding ENODEB_CHANGE event trigger | China Mobile, ZTE, China Unicom | - |
| S2‑152197 | Introduction of Flexible Mobile Service Steering feature into PCC architecture | Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint | - |
| S2‑152198 | Clarifying IMPU/IMPI relationship for WIC registration from a pool of Identities | Ericsson | - |
| S2‑152199 | Support for providing and distinguishing multiple UE provided access information over untusted WLAN access | Ericsson | - |
| S2‑152200 | Support for local control policies during initial IMS registration for Voice Services | BlackBerry UK Ltd | - |
| S2‑152201 | Monitoring for roaming scenarios | Ericsson | - |
| S2‑152202 | Location reporting clarifications for Monitoring | Ericsson | - |
| S2‑152203 | Introducing eDRX for High latency communication | Ericsson | - |
| S2‑152204 | Introducing eDRX for High latency communication | Ericsson | - |
| S2‑152205 | Introducing eDRX for High latency communication | Ericsson | - |
| S2‑152206 | Key issue for 'Efficient support of frequent small data transmission in E-UTRAN/EPS based architecture' | Ericsson | - |
| S2‑152207 | Signaling reduction for UE state transitions | Ericsson | - |
| S2‑152208 | Discussion on Voice Retry in CS Domain | NTT DOCOMO | - |
| S2‑152209 | Per subscriber IMS voice over PS session indicator in HSS | NTT DOCOMO | - |
| S2‑152210 | Adding Nt reference point to architecture | Huawei, Hisilicon | - |
| S2‑152211 | Adding Nt reference point to architecture | Huawei, Hisilicon | - |
| S2‑152212 | Remove T4 and Tsms from Figure 4.2-2 | Alcatel-Lucent | - |
| S2‑152213 | MBMS_Enh Key Issue 1 - Solution Evaluation and Conclusion | Alcatel-Lucent, Nokia Networks | - |
| S2‑152214 | MBMS_Enh Key Issue 2 - Solution Evaluation and Conclusion | Alcatel-Lucent, Nokia Networks | - |
| S2‑152215 | Non-Applicability of HLCom Monitoring Events feature to Gn/Gp-SGSN | Alcatel-Lucent | - |
| S2‑152216 | Non-Applicability of HLCom Monitoring Events feature to Gn/Gp-SGSN | Alcatel-Lucent | - |
| S2‑152217 | Non-Applicability of HLCom Monitoring Events feature to Gn/Gp-SGSN | Alcatel-Lucent | - |
| S2‑152218 | Paging optimizations | Ericsson | - |
| S2‑152219 | Paging coordination between CN and UE | Ericsson | - |
| S2‑152220 | Introducing the solution for S/P-GW retransmissions when handling Network originated control plane procedure | Ericsson | - |
| S2‑152221 | Traffic Steering Control Information over Gx, Sd and St reference points | Ericsson, AT&T, NEC | - |
| S2‑152222 | PCC Procedures and Flows including Traffic Steering | Ericsson, ZTE | - |
| S2‑152223 | Reporting metadata over St interface | Ericsson | imported from 3GU |
| S2‑152224 | Clarifications on Call flows and terminology for NBIFOM | Ericsson | - |
| S2‑152225 | [DRAFT] LS reply on overload of MME resource quotas in RAN sharing scenarios. | Ericsson | - |
| S2‑152226 | Support for UE Consumption Reporting towards BM-SC | Ericsson, Qualcomm Incorporated | - |
| S2‑152227 | Conclusion for proximity estimation | Telecom Italia | - |
| S2‑152228 | Conclusion for restricted ProSe Direct Discovery authorization update | Telecom Italia, Qualcomm Incorporated | - |
| S2‑152229 | Removing Filter ID from the Monitor Request procedure | Telecom Italia | - |
| S2‑152230 | Removing Filter ID from the Monitor Request procedure | Telecom Italia, Qualcomm Incorporated | - |
| S2‑152231 | Adding Discovery Entry ID and Requested Timer in open ProSe Direct Discovery | Telecom Italia, Qualcomm Incorporated | - |
| S2‑152232 | Direct Discovery update - open discovery | Telecom Italia, Qualcomm Incorporated | - |
| S2‑152233 | Avoiding combined procedures while CS domain is backed off | Samsung | - |
| S2‑152234 | [DRAFT] Reply LS on combined registration when the CS Mobility Management back off timer is running | Samsung | - |
| S2‑152235 | Removing Editor's Notes to 5.6 to 5.8 of 23.161 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152236 | avoiding signalling chattiness when radio conditions change rapidly | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152237 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152238 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152239 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152240 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152241 | PCC Support of NBIFOM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152242 | Presentation of 23.706 to TSG SA | Alcatel-Lucent | - |
| S2‑152243 | Support of retrieval of Location Information for support of IMS ES for WLAN interworking based on TR 23.771 phase 1 conclusion | Huawei Technologies, Hisilicon | - |
| S2‑152244 | [DRAFT] LS on ProSe coarse proximity estimation based on path loss | Deutsche Telekom AG | - |
| S2‑152245 | Enhancement of ePDG Selection | Nokia Networks, BlackBerry UK Ltd | - |
| S2‑152246 | Enhancements of ePDG selection | Nokia Networks, BlackBerry UK Ltd | - |
| S2‑152247 | General description for UE-to-Network Relay | Nokia Networks | - |
| S2‑152248 | ProSe Priorities in the ProSe UE-to-Network Relay scenario | Nokia Networks | - |
| S2‑152249 | Adding Nt reference point to architecture | Huawei, Hisilicon | - |
| S2‑152250 | Functional corrections on applicability of Local Operating Environment Information (LOEI) | Motorola Mobility, Qualcomm Incorporated, Broadcom Corporation, Blackberry, Intel, Sony | - |
| S2‑152251 | Clarifications for PCC rule actions | Huawei, Hisilicon | - |
| S2‑152252 | Clarifications for PCC rule actions | Huawei, Hisilicon | - |
| S2‑152253 | ePDG Selection Enhancements | Motorola Mobility | - |
| S2‑152254 | Applicability of RAN rules | Motorola Mobility | - |
| S2‑152255 | Adding End Marker Handling for HLCom | ZTE | - |
| S2‑152256 | Adding the end marker handling for HLCom | ZTE | - |
| S2‑152257 | Public Safety Discovery parameter allocation | Qualcomm Incorporated | - |
| S2‑152258 | CIOT Architecture | Qualcomm Incorporated | - |
| S2‑152259 | Efficient small data transmission with S1-based architecture | Qualcomm Incorporated, xxx | - |
| S2‑152260 | Proposal for paging for coverage enhancement | Qualcomm Incorporated | - |
| S2‑152261 | Support for SMS | Qualcomm Incorporated | - |
| S2‑152262 | Support for non IP PDN connections | Qualcomm Incorporated | - |
| S2‑152263 | Key issue for CIOT system architecture | Qualcomm Incorporated | - |
| S2‑152264 | [DRAFT] Reply LS on combined registration when the CS Mobility Management back off timer is running | Qualcomm Incorporated | - |
| S2‑152265 | [DRAFT] LS on usage of ProSe Per-Packet Priority in ProSe UE-Network Relay | Qualcomm Incorporated | - |
| S2‑152266 | ProSe Priority determination in ProSe UE-NW Relay | Qualcomm Incorporated | - |
| S2‑152267 | Relay Service Code handling and allocation | Qualcomm Incorporated | - |
| S2‑152268 | Remote UE resource handling via Nwk Relay | Ericsson | - |
| S2‑152269 | Remote UE resource handling via Nwk Relay | Ericsson LM | imported from 3GU |
| S2‑152270 | Handling overload of MME resource quotas in RAN sharing scenarios | Ericsson | - |
| S2‑152271 | Dedicated Core Networks Enhancements | Ericsson | - |
| S2‑152272 | ePDG Selection clarification - a second approach | BlackBerry UK Ltd, Rogers Communications | - |
| S2‑152273 | .Updates related to Key Issue #2 (Rel-13 MBMS Congestion relief) | Motorola Solutions | - |
| S2‑152274 | [draft] LS on MBMS Congestion mitigation for Rel-13 | Motorola Solutions Germany | - |
| S2‑152275 | Evaluation and update / removal of editorial notes for Solution 4 | Motorola Solutions | - |
| S2‑152276 | Architectural Assumptions for roaming co-existence | T-Mobile USA | - |
| S2‑152277 | Key Issue: Interoperability and co-existence between LBO and HR Roaming Models | T-Mobile USA | - |
| S2‑152278 | Key Issue: Local number translation and routing | T-Mobile USA | - |
| S2‑152279 | NBIFOM RAN rules & LOEI 6.7.1 6.7.2 6.7.3 | ZTE, Qualcomm Incorporated | - |
| S2‑152280 | NBIFOM Adding GERAN & UTRAN Control Flows | ZTE | - |
| S2‑152281 | NBIFOM Miscellaneous editorial clean-up for TS 23.161 | ZTE | - |
| S2‑152282 | Update the architecture to support the FMSS for EPC-routed scenario | ZTE, KDDI | - |
| S2‑152283 | TR 23.720 Skeleton | Intel | - |
| S2‑152284 | TR 23.720 Scope | Intel | - |
| S2‑152285 | Architectural Assumptions for CIoT | Intel | - |
| S2‑152286 | Key Issue - Efficient support of infrequent small data transmission for clean-slate Cellular IoT | Intel | - |
| S2‑152287 | Key Issue - Architecture Reference Model for clean-slate CIoT | Intel | - |
| S2‑152288 | NBIFOM mode and validity change of ISRP for IFOM rule | LG Electronics | - |
| S2‑152289 | Triggering condition for adding an additional access | LG Electronics | - |
| S2‑152290 | NBIFOM mode selection | LG Electronics | - |
| S2‑152291 | Introducing Extended Idle mode DRX | Qualcomm Incorporated | - |
| S2‑152292 | Introducing extended Idle mode DRX feature to LTE | Qualcomm Incorporated | - |
| S2‑152293 | Introducing extended Idle mode DRX feature | Qualcomm Incorporated | - |
| S2‑152294 | Conclusion for extended C-DRX in Rel-13 | Qualcomm Incorporated | - |
| S2‑152295 | Mobile Terminating SMS handling for extended I-DRX | Qualcomm Incorporated | - |
| S2‑152296 | Introducing eDRX in HLCom | Qualcomm Incorporated | - |
| S2‑152297 | Introducing eDRX in HLCom | Qualcomm Incorporated | - |
| S2‑152298 | Introducing eDRX in HLCom | Qualcomm Incorporated | - |
| S2‑152299 | Update of Conclusion about metadata | KDDI, China Mobile, Sprint | - |
| S2‑152300 | Providing DL Data Buffer Expiration Time and the Suggested number of buffered downlink Packets | InterDigital Communications | - |
| S2‑152301 | Add reference to the SGSN selection function | NEC | - |
| S2‑152302 | Add reference to the MME/SGSN selection function | NEC | - |
| S2‑152303 | Correction of the definitions and reference points | CATT | - |
| S2‑152304 | The procedure of ProSe discovery UE ID update | CATT | - |
| S2‑152305 | Removal of UE-to-Network Relay text | LG Electronics, Qualcomm Incorporated, Nokia Networks | - |
| S2‑152306 | LTE support for V2X services | LG Electronics | - |
| S2‑152307 | Direct Discovery for Public Safety use | LG Electronics | - |
| S2‑152308 | UE-to-Network Relay initiated Layer-2 link release over PC5 | LG Electronics | - |
| S2‑152309 | Key issue of local number handling | China Mobile | - |
| S2‑152310 | Key issue of restriction of roaming registration from visited network | China Mobile | - |
| S2‑152311 | Overall Evaluation and Conclusions for Solutions to Key Issue 1 | Motorola Solutions | - |
| S2‑152312 | Modification on monitoring event "UE Reachability" for 'HLcom' notification procedure for UE applying eDRX | LG Electronics | - |
| S2‑152313 | Key Issue for 'Infrequent Small Group message delivery for Cellular IoT' | LG Electronics | - |
| S2‑152314 | On the e-CDRX period for UTRAN | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152315 | Solution 'Infrequent Small Group message delivery' | LG Electronics | - |
| S2‑152316 | Conclusion for GTP-C retransmissions with eDRX | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, Cisco Systems | - |
| S2‑152317 | NBIFOM indications in UE-initiated NBIOFM mode | LG Electronics | - |
| S2‑152318 | MT Location procedures when a UE is in Idle eDRX mode | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152319 | Clarification of Link-Local Address in 7.1.2 | ITRI | - |
| S2‑152320 | Changes to Restricted Direct Discovery procedures to ensure metadata delivery to monitoring UE | ITRI | - |
| S2‑152321 | Indication of the default access in UE-initiated mode in SCM | CATT | - |
| S2‑152322 | Response to UE requested IP flow mapping | CATT | - |
| S2‑152323 | Key Issue 'Support of efficient Paging area management for Cellular IoT' | LG Electronics | - |
| S2‑152324 | Solution 'Cell based area update for efficient paging area management' | LG Electronics | - |
| S2‑152325 | Definition of Traffic Steering Control Information | Huawei, Hisilicon, Intel | - |
| S2‑152326 | Paging optimisations | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152327 | [DRAFT] Reply LS on Paging Optimisation | Alcatel-Lucent | - |
| S2‑152328 | Clarification of ePDG selection function | Huawei, HiSilicon | - |
| S2‑152329 | [draft]Reply LS on static configuration for ePDG selection | Huawei, HiSilicon | - |
| S2‑152330 | [draft]Reply LS on roaming scenario with selection of a WLAN that interworks with a service provider in EVSP | Huawei, HiSilicon | - |
| S2‑152331 | Discussion handover without IP address preservation | Huawei, HiSilicon | - |
| S2‑152332 | [DRAFT] Reply LS on Handover procedures without the dynamic PGW ID | Huawei, HiSilicon | - |
| S2‑152333 | Adding call flows for SCM | Huawei, HiSilicon | - |
| S2‑152334 | Corrections of monitoring via PCRF and informing about potential network issues | Huawei, HiSilicon | - |
| S2‑152335 | Discussion of monitoring support via HSS for WLAN access network | Huawei, HiSilicon | - |
| S2‑152336 | Update the OMR-based e2ae media transport solution | ZTE, | - |
| S2‑152337 | Support Minimizing bearer level protocol conversion | ZTE | - |
| S2‑152338 | Solution on providing VPLMN ID in S8 Home Routed | ZTE, | - |
| S2‑152339 | Architecture for CIoT | Huawei, Hisilicon | - |
| S2‑152340 | Data over NAS for infrequent small data transmission | Huawei | - |
| S2‑152341 | Simplification of MM and SM procedures for CIoT | Huawei, Hisilicon | - |
| S2‑152342 | Discussion on overload of MME resource quotas in RAN sharing scenarios | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152343 | Adding PSM parameters in the SGSN/MS contexts | Huawei, HiSilicon | - |
| S2‑152344 | Adding PSM parameters in the SGSN/MS contexts | Huawei, HiSilicon | - |
| S2‑152345 | Adding PSM parameters in the MME/UE contexts | Huawei, HiSilicon | - |
| S2‑152346 | Adding PSM parameters in the MME/UE contexts | Huawei, HiSilicon | - |
| S2‑152347 | Clarification of High latency communication | Huawei, HiSilicon | - |
| S2‑152348 | Clarification of High latency communication | Huawei, HiSilicon | - |
| S2‑152349 | [DRAFT] Reply LS on overload of MME resource quotas in RAN sharing scenarios | Alcatel-Lucent | - |
| S2‑152350 | Removal of OCS proxy in LBO roaming scenario | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | - |
| S2‑152351 | Clarification on user information in discovery message | Huawei, Hisilicon | - |
| S2‑152352 | Maximum ProSe Per-Packet Priority | Huawei, Hisilicon | - |
| S2‑152353 | Reflective Priority in ProSe UE-NW Relay | ZTE | - |
| S2‑152354 | RAN based Extended Idle mode DRX | Qualcomm Incorporated | - |
| S2‑152355 | RAN based Extended Idle mode DRX | Qualcomm Incorporated | - |
| S2‑152356 | [DRAFT] LS on extended C-DRX | Qualcomm Incorporated | - |
| S2‑152357 | SAI broadcast | ZTE Corporation | - |
| S2‑152358 | Cover Sheet for TR 23.770 for Approval at TSG SA | Qualcomm Incorporated | - |
| S2‑152359 | TR 23.718 Version 1.0.0 for Reference | China Mobile | - |
| S2‑152360 | High level requirement and function description of FMSS | China Mobile, KDDI, Intel, ZTE | - |
| S2‑152361 | Introduction of Traffic steering policy control function | China Mobile, KDDI, ZTE, Intel | - |
| S2‑152362 | Feasibility Study on Gateway Control and User Plane Separation | China Mobile, China Telecom, Huawei, Hisilicon, CATT, China Unicom, Deutsche Telekom | - |
| S2‑152363 | Feasibility Study on Core Network Slicing | ZTE | - |
| S2‑152364 | Layer-2 Group ID announcement for eMBMS traffic relay | Samsung | - |
| S2‑152365 | Group member discovery message parameters | Samsung | - |
| S2‑152366 | IP address assignment for one-to-one communication | Samsung | - |
| S2‑152367 | Clarification on ProSe UE-NW relay | Samsung | - |
| S2‑152368 | Layer-2 ID for unicast communication | Samsung | - |
| S2‑152369 | Clarification on definition of Announcer/Discoverer/Discoveree/Target info | Samsung | - |
| S2‑152370 | Addition of resource sharing indication | Huawei, Hisilicon | - |
| S2‑152371 | Clarifications on indication of resource sharing | Huawei, Hisilicon | - |
| S2‑152372 | ProSe Open Discovery for Dynamic Metadata | Huawei, Hisilicon, Qualcomm Incorporated, Telecom Italia, ??, | - |
| S2‑152373 | Correction of Discovery Filter related description | Huawei, HiSilicon | - |
| S2‑152374 | Correction on Discoverer UE procedures for Model B in restricted discovery | Huawei, Hisilicon | - |
| S2‑152375 | Clarification of Several IE in Discovery Message | Huawei, HiSilicon | - |
| S2‑152376 | Remote UE Requested PDN Connectivity | Huawei, HiSilicon | - |
| S2‑152377 | Mechanisms of IP Address Assignment for Isolated ProSe One to One Communication | Huawei, HiSilicon | - |
| S2‑152378 | Dedicated SGW for High latency communication | CATT | - |
| S2‑152379 | [DRAFT] Reply LS on update SRVCC Operation | QUALCOMM UK Ltd | - |
| S2‑152380 | TR Outline for Study on S8 home routing architecture for VoLTE | NTT DOCOMO | - |
| S2‑152381 | Scope of TR on S8HR for VoLTE | NTT DOCOMO | - |
| S2‑152382 | Architecture diagram and requirements | NTT DOCOMO | - |
| S2‑152383 | Key Issue: Handling of UE undetectable emergency call | NTT DOCOMO | - |
| S2‑152384 | Key Issue: Determination of VPLMN-ID at IMS entities in HPLMN | NTT DOCOMO | - |
| S2‑152385 | Key Issue: Supporting unauthenticated IMS Emergency Calls | NTT DOCOMO | - |
| S2‑152386 | Corrections for dedicated core network procedures | NTT DOCOMO | - |
| S2‑152387 | Paging assistance information from eNB | NTT DOCOMO | - |
| S2‑152388 | Key Issue: Selection of CIoT CN | NTT DOCOMO | - |
| S2‑152389 | Paging coordination for extended Idle mode DRX | Intel | - |
| S2‑152390 | Paging coordination for extended Idle mode DRX | Intel | - |
| S2‑152391 | Correction on provision of CP parameters | CATT | - |
| S2‑152392 | Introduction of One-to-one ProSe Direct Communication procedures | Intel | - |
| S2‑152393 | Minimizing the need for bearer level protocol conversion | Orange | - |
| S2‑152394 | CIoT architecture for small data transmission | CATT | - |
| S2‑152395 | Introduction of ProSe Priority and QoS | Intel, Alcatel-Lucent | - |
| S2‑152396 | PCC architecture enhancement for traffic steering using St and TSSF | Ericsson | - |
| S2‑152397 | Enhanced HO procedrue for DECOR | Huawei, HiSilicon | - |
| S2‑152398 | Coordination between distributed MCEs managing a single MBSFN area | Samsung | - |
| S2‑152399 | Update to Solution 2 to handle distributed MCE deployments | General Dynamics UK Ltd | - |
| S2‑152400 | Paging for MTC in GERAN | Ericsson | - |
| S2‑152401 | Introduction of support for extended Idle mode DRX for Gb mode | Ericsson | - |
| S2‑152402 | SA2 work on CIoT | SA WG2 Chairman | - |
| S2‑152403 | A MTC/small data optimized EPS mode | Alcatel-Lucent, Alcatel-lucent Shanghai Bell | - |
| S2‑152404 | Addition of User Info in the procedure for secure layer-2 link establishment | Intel | - |
| S2‑152405 | Closing FFS item on Announcer/ Discoverer/ Discoveree Info | Intel | - |
| S2‑152406 | Architectures for Effective IP Header Compression/Removal | Vodafone | - |
| S2‑152407 | Solution 3 elaboration & evaluation for MBMS routing (Key issue #1) | Vodafone Group | imported from 3GU |
| S2‑152408 | Discussion of clarification to BM-SC behaviour in case of overlapping broadcast areas | General Dynamics UK Ltd. | imported from 3GU |
| S2‑152409 | Clarify BM-SC behaviour in case of overlapping broadcast areas | General Dynamics UK Ltd. | imported from 3GU |
| S2‑152410 | Clarify BM-SC behaviour in case of overlapping broadcast areas | General Dynamics UK Ltd. | imported from 3GU |
| S2‑152411 | ePDG Selection clarification - a second approach | BlackBerry UK Ltd, Rogers Communications | imported from 3GU |
| S2‑152412 | Introducing Extended Idle mode DRX | Ericsson | imported from 3GU |
| S2‑152413 | FFS items on ProSe Layer-2 ID assignment | Intel | imported from 3GU |
| S2‑152414 | Cover Sheet 23.718 for Approval | CHINA MOBILE | imported from 3GU |
| S2‑152415 | Update WID on Study on MBMS Enhancements | Nokia Networks | imported from 3GU |
| S2‑152416 | Clean slate Cellular IoT - architectural considerations | Vodafone | imported from 3GU |
| S2‑152417 | Set of Rel-13 features for the Support of Emergency sessions over WLAN | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152418 | LS from IETF Ecrit WG: Liaison Statement on NG eCall support for the EU | IETF Ecrit WG | imported from 3GU |
| S2‑152419 | LS from ETSI SC EMTEL: STF489 LS to 3GPP on Total Conversation for Emergency Communications | ETSI SC EMTEL | imported from 3GU |
| S2‑152420 | Motivation for Core Network Slicing Study in SA WG2 | ZTE | imported from 3GU |
| S2‑152421 | SA WG2#110 Work Planning Worksheet | SA WG2 Chairman | imported from 3GU |
| S2‑152422 | Welcome to Dubrovnik | EF3 | imported from 3GU |
| S2‑152423 | A MTC/small data optimized EPS mode | Alcatel-Lucent, Alcatel-lucent Shanghai Bell | imported from 3GU |
| S2‑152424 | Wrong name used for 'Notify-on-available-after-DDN-failure' event | Alcatel-Lucent | imported from 3GU |
| S2‑152425 | Study on improvement of awareness of user location change | China Unicom, China Telecom, KDDI, Orange, China Mobile, KPN, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Intel, Huawei, HiSilicon, ZTE, Allot Communications, CATT | imported from 3GU |
| S2‑152426 | Dedicated Core Networks Enhancements | Ericsson | imported from 3GU |
| S2‑152427 | Feasibility Study on Gateway Control and User Plane Separation | China Mobile, China Telecom, KDDI, Huawei, Hisilicon, CATT, China Unicom, Deutsche Telekom, Sprint, Broadcom, Cisco, Allot Communications, Intel, Microsoft, Telefónica, NEC, ITRI, Interdigital | imported from 3GU |
| S2‑152428 | PCC Support of NBIFOM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152429 | Indication of the default access in UE-initiated mode in SCM | CATT, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152430 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152431 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152432 | Clarifications for PCC rule actions | Huawei, Hisilicon | imported from 3GU |
| S2‑152433 | Clarifications for PCC rule actions | Huawei, Hisilicon | imported from 3GU |
| S2‑152434 | Correction of Access network selection and traffic steering based on RAN-assisted WLAN interworking | Qualcomm Incorporated, Motorola Mobility, Blackberry, Intel, Broadcom Corporation, Sony | imported from 3GU |
| S2‑152435 | Correction of Access network selection and traffic steering based on RAN-assisted WLAN interworking | Qualcomm Incorporated, Motorola Mobility, Blackberry, Intel, Broadcom Corporation, Sony | imported from 3GU |
| S2‑152436 | [Draft] LS on UE Handling of RAN Rules for WLAN Interworking | SA WG2 | imported from 3GU |
| S2‑152437 | ePDG selection for emergency bearer services | BlackBerry UK Ltd, Qualcomm Incorporated, Alcatel-Lucent | imported from 3GU |
| S2‑152438 | Support for providing and distinguishing multiple UE provided locations over WLAN access | Ericsson, Alcatel-Lucent | imported from 3GU |
| S2‑152439 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152440 | Applicability of RAN rules | Motorola Mobility | imported from 3GU |
| S2‑152441 | Applicability of RAN rules | Motorola Mobility | imported from 3GU |
| S2‑152442 | NBIFOM RAN rules & LOEI 6.7.1 6.7.2 6.7.3 | ZTE, Qualcomm Incorporated | imported from 3GU |
| S2‑152443 | Response to UE requested IP flow mapping | CATT | imported from 3GU |
| S2‑152444 | NBIFOM Adding GERAN & UTRAN Control Flows | ZTE | imported from 3GU |
| S2‑152445 | Adding call flows for SCM | Huawei, HiSilicon | imported from 3GU |
| S2‑152446 | Clarifications on Call flows and terminology for NBIFOM | Ericsson | imported from 3GU |
| S2‑152447 | Removing Editor's Notes to 5.6 to 5.8 of 23.161 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152448 | Clarifying IMPU/IMPI relationship for WIC registration from a pool of Identities | Ericsson, Orange | imported from 3GU |
| S2‑152449 | Support Minimizing bearer level protocol conversion | ZTE, Orange | imported from 3GU |
| S2‑152450 | Presentation of 23.706 to TSG SA | Alcatel-Lucent, China Mobile | imported from 3GU |
| S2‑152451 | Addition of resource sharing indication | Huawei, Hisilicon | imported from 3GU |
| S2‑152452 | Clarifications on indication of resource sharing | Huawei, Hisilicon | imported from 3GU |
| S2‑152453 | [DRAFT] Reply LS on update SRVCC Operation | SA WG2 | imported from 3GU |
| S2‑152454 | Revision of ePDG selection procedures | Qualcomm Incorporated, Rogers Communications, Deutsche Telekom, Orange, Motorola Mobility?, China Mobile?, Intel?, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia?, Nokia Networks?, BlackBerry UK Ltd?, Broadcom Corporation | imported from 3GU |
| S2‑152455 | ePDG Selection clarification | BlackBerry UK Ltd | imported from 3GU |
| S2‑152456 | [Draft] LS response on static configuration for ePDG selection | SA WG2 | imported from 3GU |
| S2‑152457 | Removal of OCS proxy in LBO roaming scenario | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152458 | Adding Nt reference point to architecture | Huawei, Hisilicon | imported from 3GU |
| S2‑152459 | Remove T4 and Tsms from Figure 4.2-2 | Alcatel-Lucent | imported from 3GU |
| S2‑152460 | [DRAFT] Reply LS on Handover procedures without the dynamic PGW ID | SA WG2 | imported from 3GU |
| S2‑152461 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152462 | Support of retrieval of Location Information for support of IMS ES for WLAN interworking based on TR 23.771 phase 1 conclusion | Huawei Technologies, Hisilicon | imported from 3GU |
| S2‑152463 | [DRAFT] Set of Rel13 features for the Support of Emergency sessions over WLAN | SA WG2 | imported from 3GU |
| S2‑152464 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152465 | ePDG selection for emergency bearer services | BlackBerry UK Ltd, Qualcomm Incorporated, Alcatel-Lucent | imported from 3GU |
| S2‑152466 | PCC Support of NBIFOM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152467 | Applicability of RAN rules | Motorola Mobility | imported from 3GU |
| S2‑152468 | Adding call flows for SCM | Huawei, HiSilicon | imported from 3GU |
| S2‑152469 | Removing Editor's Notes to 5.6 to 5.8 of 23.161 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152470 | Presentation of 23.161 to TSG SA | ZTE | imported from 3GU |
| S2‑152471 | Removal of OCS proxy in LBO roaming scenario | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152472 | Reply LS on update SRVCC Operation | SA WG2 | imported from 3GU |
| S2‑152473 | Clarifications on indication of resource sharing | Huawei, Hisilicon | imported from 3GU |
| S2‑152474 | ePDG Selection clarification | BlackBerry UK Ltd | imported from 3GU |
| S2‑152475 | Revision of ePDG selection procedures | Qualcomm Incorporated, Rogers Communications, Deutsche Telekom, Orange, T-Mobile, Motorola Mobility?, China Mobile, Intel, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia?, BlackBerry UK Ltd?, Broadcom Corporation | imported from 3GU |
| S2‑152476 | Introduction of the Support of Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152477 | ePDG selection for emergency bearer services | BlackBerry UK Ltd, Qualcomm Incorporated, Alcatel-Lucent | imported from 3GU |
| S2‑152478 | Signaling reduction for UE state transitions | Ericsson | imported from 3GU |
| S2‑152479 | Adding PSM parameters in the SGSN/MS contexts | Huawei, HiSilicon | imported from 3GU |
| S2‑152480 | Adding PSM parameters in the SGSN/MS contexts | Huawei, HiSilicon | imported from 3GU |
| S2‑152481 | Adding PSM parameters in the MME/UE contexts | Huawei, HiSilicon | imported from 3GU |
| S2‑152482 | Adding PSM parameters in the MME/UE contexts | Huawei,HiSilicon | imported from 3GU |
| S2‑152483 | Clarify BM-SC behaviour in case of overlapping broadcast areas | General Dynamics UK Ltd., Nokia Networks, Ericsson | imported from 3GU |
| S2‑152484 | Clarify BM-SC behaviour in case of overlapping broadcast areas | General Dynamics UK Ltd., Nokia Networks, Ericsson | imported from 3GU |
| S2‑152485 | [DRAFT] Reply LS on overload of MME resource quotas in RAN sharing scenarios | SA WG2 | imported from 3GU |
| S2‑152486 | [DRAFT] Reply LS on combined registration when the CS Mobility Management back off timer is running | SA WG2 | imported from 3GU |
| S2‑152487 | Support for UE Consumption Reporting towards BM SC | Ericsson, Qualcomm Incorporated, General Dynamics | imported from 3GU |
| S2‑152488 | Support for UE Consumption Reporting towards BM-SC | Ericsson, Qualcomm Incorporated, General Dynamics | imported from 3GU |
| S2‑152489 | Corrections for dedicated core network procedures | NTT DOCOMO, Samsung | imported from 3GU |
| S2‑152490 | Update of Conclusion about metadata | KDDI, China Mobile, Sprint | imported from 3GU |
| S2‑152491 | High level requirement of FMSS | China Mobile, KDDI, Intel, ZTE, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint | imported from 3GU |
| S2‑152492 | Introduction of Flexible Mobile Service Steering feature into PCC architecture | Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint | imported from 3GU |
| S2‑152493 | Traffic Steering Control Information over Gx, Sd and St reference points | Ericsson, AT&T, NEC | imported from 3GU |
| S2‑152494 | Definition of Traffic Steering Control Information | Huawei, Hisilicon, Intel, Ericsson?? | imported from 3GU |
| S2‑152495 | PCC architecture enhancement for traffic steering using St and TSSF | Ericsson | imported from 3GU |
| S2‑152496 | Scope of TR on S8HR for VoLTE | NTT DOCOMO | imported from 3GU |
| S2‑152497 | Architecture diagram and requirements | NTT DOCOMO | imported from 3GU |
| S2‑152498 | Architectural Assumptions for roaming co-existence | T-Mobile USA | imported from 3GU |
| S2‑152499 | Key Issue: Local number translation and routing | T-Mobile USA | imported from 3GU |
| S2‑152500 | Monitoring for roaming scenarios | Ericsson | imported from 3GU |
| S2‑152501 | Location reporting clarifications for Monitoring | Ericsson | imported from 3GU |
| S2‑152502 | Corrections of monitoring via PCRF and informing about potential network issues | Huawei, HiSilicon | imported from 3GU |
| S2‑152503 | Correction on provision of CP parameters | CATT | imported from 3GU |
| S2‑152504 | Architectural Assumptions for CIoT | Intel | imported from 3GU |
| S2‑152505 | Key Issue - Architecture Reference Model for clean-slate CIoT | Intel | imported from 3GU |
| S2‑152506 | Key Issue - Efficient support of infrequent small data transmission for clean-slate Cellular IoT | Intel | imported from 3GU |
| S2‑152507 | CIOT Architecture | Qualcomm Incorporated, Huawei?, Intel?, Deutsche Telekom?, Vodafone?, ATT? | imported from 3GU |
| S2‑152508 | Reserved for Puneet's drafting sessions | - | imported from 3GU |
| S2‑152509 | Reserved for Puneet's drafting sessions | - | imported from 3GU |
| S2‑152510 | Reserved for Puneet's drafting sessions | - | imported from 3GU |
| S2‑152511 | Reserved for Puneet's drafting sessions | - | imported from 3GU |
| S2‑152512 | Closing FFS item on Announcer/ Discoverer/ Discoveree Info | Intel, Huawei, Qualcomm, Samsung | imported from 3GU |
| S2‑152513 | FFS items on ProSe Layer-2 ID assignment | Intel, Samsung | imported from 3GU |
| S2‑152514 | LS on assignment of Layer-2 ID for one-to-one ProSe Direct Communication | SA WG2 | imported from 3GU |
| S2‑152515 | Clarification of Link-Local Address in 7.1.2 | ITRI, Samsung, Huawei, HiSilicon | imported from 3GU |
| S2‑152516 | Reserved for Haris' drafting sessions | - | imported from 3GU |
| S2‑152517 | Reserved for Haris' drafting sessions | - | imported from 3GU |
| S2‑152518 | Reserved for Haris' drafting sessions | - | imported from 3GU |
| S2‑152519 | Key Issue: Determination of VPLMN-ID at IMS entities in HPLMN | NTT DOCOMO, ZTE, China Mobile | imported from 3GU |
| S2‑152520 | Key Issue: Handling of UE undetectable emergency call | NTT DOCOMO | imported from 3GU |
| S2‑152521 | Key Issue: Supporting unauthenticated IMS Emergency Calls | NTT DOCOMO | imported from 3GU |
| S2‑152522 | Update the architecture to support the FMSS for EPC-routed scenario | ZTE, KDDI | imported from 3GU |
| S2‑152523 | Introduction of Traffic steering policy control function | China Mobile, KDDI, ZTE, Intel | imported from 3GU |
| S2‑152524 | PCC Procedures and Flows including Traffic Steering | Ericsson, ZTE | imported from 3GU |
| S2‑152525 | [DRAFT] LS on Aspects Related to Flexible Mobile Traffic Steering Work | SA WG2 | imported from 3GU |
| S2‑152526 | Introduction of FMSS into the network architecture | Ericsson | imported from 3GU |
| S2‑152527 | Introduction of FMSS into the network architecture | Ericsson | imported from 3GU |
| S2‑152528 | [DRAFT] LS on Aspects Related to Flexible Mobile Traffic Steering Work | SA WG2 | imported from 3GU |
| S2‑152529 | Introducing Extended Idle mode DRX | Qualcomm Incorporated | imported from 3GU |
| S2‑152530 | Introducing eDRX for High latency communication | Ericsson | imported from 3GU |
| S2‑152531 | Introducing extended Idle mode DRX feature to LTE | Qualcomm Incorporated | imported from 3GU |
| S2‑152532 | Introducing extended Idle mode DRX feature to LTE | Qualcomm Incorporated | imported from 3GU |
| S2‑152533 | Introduction of support for extended Idle mode DRX for Gb mode | Ericsson | imported from 3GU |
| S2‑152534 | Introducing the solution for S/P-GW retransmissions when handling Network originated control plane procedure | Ericsson | imported from 3GU |
| S2‑152535 | Introducing the solution for S/P-GW retransmissions when handling Network originated control plane procedure | Ericsson | imported from 3GU |
| S2‑152536 | Update to Solution 2 to handle distributed MCE deployments | General Dynamics UK Ltd | imported from 3GU |
| S2‑152537 | Solution 3 elaboration & evaluation for MBMS routing (Key issue #1) | Vodafone Group | imported from 3GU |
| S2‑152538 | Evaluation and update / removal of editorial notes for Solution 4 | Motorola Solutions | imported from 3GU |
| S2‑152539 | MBMS_Enh Key Issue 1 - Solution Evaluation and Conclusion | Alcatel-Lucent, Nokia Networks | imported from 3GU |
| S2‑152540 | ProSe Priority determination in ProSe UE-NW Relay | Qualcomm Incorporated, Nokia Networks?, ZTE? | imported from 3GU |
| S2‑152541 | [DRAFT] LS on usage of ProSe Per-Packet Priority in ProSe UE-Network Relay | Qualcomm Incorporated | imported from 3GU |
| S2‑152542 | Enhanced HO procedrue for DECOR | Huawei, HiSilicon | imported from 3GU |
| S2‑152543 | Paging for MTC in GERAN | Ericsson | imported from 3GU |
| S2‑152544 | Paging optimisations | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson | imported from 3GU |
| S2‑152545 | [DRAFT] Reply LS on Paging Optimisation | SA WG2 | imported from 3GU |
| S2‑152546 | Layer-2 Group ID announcement for eMBMS traffic relay | Samsung | imported from 3GU |
| S2‑152547 | Data over NAS for infrequent small data transmission | Huawei, Qualcomm Incorporated? CATT? Intel? | imported from 3GU |
| S2‑152548 | Proposal for paging for coverage enhancement | Qualcomm Incorporated | imported from 3GU |
| S2‑152549 | CIOT Architecture | Qualcomm Incorporated, Intel, KPN, Huawei, HiSilicon | imported from 3GU |
| S2‑152550 | LS from GSMA RiLTE: LS out to 3GPP on handover policy for a terminal reaches the handover collision between from PS to CS and from LTE to WiFi at the same time | GSMA RiLTE | imported from 3GU |
| S2‑152551 | Data over NAS for infrequent small data transmission | Huawei, Qualcomm Incorporated CATT? Intel KPN | imported from 3GU |
| S2‑152552 | Efficient small data transmission with S1-based architecture | Qualcomm Incorporated, xxx | imported from 3GU |
| S2‑152553 | CIoT architecture for small data transmission | CATT | imported from 3GU |
| S2‑152554 | Signaling reduction for UE state transitions | Ericsson | imported from 3GU |
| S2‑152555 | Mobile Terminating SMS handling for extended I-DRX | Qualcomm Incorporated | imported from 3GU |
| S2‑152556 | MT Location procedures when a UE is in Idle eDRX mode | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152557 | Paging coordination for extended Idle mode DRX | Intel | imported from 3GU |
| S2‑152558 | Paging coordination between CN and UE | Ericsson | imported from 3GU |
| S2‑152559 | Paging coordination for extended Idle mode DRX | Intel | imported from 3GU |
| S2‑152560 | LS on paging co-ordination for extended idle mode DRX | SA WG2 | imported from 3GU |
| S2‑152561 | Conclusion for extended C-DRX in Rel-13 | Qualcomm Incorporated | imported from 3GU |
| S2‑152562 | [DRAFT] LS on extended connected mode DRX | SA WG2 | imported from 3GU |
| S2‑152563 | Cover Sheet for TR 23.770 for Approval at TSG SA | Qualcomm Incorporated | imported from 3GU |
| S2‑152564 | Conclusion for proximity estimation | Telecom Italia | imported from 3GU |
| S2‑152565 | [DRAFT] LS on ProSe coarse proximity estimation based on path loss | Deutsche Telekom AG | imported from 3GU |
| S2‑152566 | UE-to-Network Relay initiated Layer-2 link release over PC5 | LG Electronics | imported from 3GU |
| S2‑152567 | Addition of User Info in the procedure for secure layer-2 link establishment | LG Electronics | imported from 3GU |
| S2‑152568 | Clarification of Several IE in Discovery Message | Huawei, HiSilicon | imported from 3GU |
| S2‑152569 | Group member discovery message parameters | Samsung | imported from 3GU |
| S2‑152570 | Clarification on ProSe UE-NW relay | Samsung | imported from 3GU |
| S2‑152571 | A MTC/small data optimized EPS mode | Alcatel-Lucent, Alcatel-lucent Shanghai Bell | imported from 3GU |
| S2‑152572 | Key issue for 'Efficient support of frequent small data transmission in E-UTRAN/EPS based architecture' | Ericsson | imported from 3GU |
| S2‑152573 | Signaling reduction for UE state transitions | Ericsson | imported from 3GU |
| S2‑152574 | Introducing eDRX for High latency communication | Ericsson | imported from 3GU |
| S2‑152575 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152576 | Introducing eDRX for High latency communication | Ericsson | imported from 3GU |
| S2‑152577 | Providing DL Data Buffer Expiration Time and the Suggested number of buffered downlink Packets | InterDigital Communications | imported from 3GU |
| S2‑152578 | Clarification of High latency communication | Huawei, HiSilicon | imported from 3GU |
| S2‑152579 | Clarification of High latency communication | Huawei, HiSilicon | imported from 3GU |
| S2‑152580 | Non-Applicability of HLCom Monitoring Events feature to Gn/Gp-SGSN | Alcatel-Lucent | imported from 3GU |
| S2‑152581 | Support for SMS | Qualcomm Incorporated | imported from 3GU |
| S2‑152582 | Key Issue: Selection of CIoT CN | NTT DOCOMO | imported from 3GU |
| S2‑152583 | Support for non IP PDN connections | Qualcomm Incorporated | imported from 3GU |
| S2‑152584 | Key issue for support of non IP data | Alcatel-Lucent | imported from 3GU |
| S2‑152585 | Solution 'Cell based area update for efficient paging area management' | LG Electronics | imported from 3GU |
| S2‑152586 | Simplification of MM and SM procedures for CIoT | Huawei, Hisilicon | imported from 3GU |
| S2‑152587 | Introducing Extended Idle mode DRX | Ericsson | imported from 3GU |
| S2‑152588 | High level requirement of FMSS | China Mobile, KDDI, Intel, ZTE, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint, Ericsson | imported from 3GU |
| S2‑152589 | Introduction of Flexible Mobile Service Steering feature into PCC architecture | Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint | imported from 3GU |
| S2‑152590 | Definition of Traffic Steering Control Information | Huawei, Hisilicon, Intel, Ericsson, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell | imported from 3GU |
| S2‑152591 | PCC architecture enhancement for traffic steering using St and TSSF | Ericsson | imported from 3GU |
| S2‑152592 | Update the architecture to support the FMSS for EPC-routed scenario | ZTE, KDDI | imported from 3GU |
| S2‑152593 | Reserved for Frank's parallel sessions | - | imported from 3GU |
| S2‑152594 | Reserved for Frank's parallel sessions | - | imported from 3GU |
| S2‑152595 | Reserved for Frank's parallel sessions | - | imported from 3GU |
| S2‑152596 | Reserved for Frank's parallel sessions | - | imported from 3GU |
| S2‑152597 | Reserved for Frank's parallel sessions | - | imported from 3GU |
| S2‑152598 | MBMS_Enh Key Issue 1 - Solution Evaluation and Conclusion | Alcatel-Lucent, Nokia Networks | imported from 3GU |
| S2‑152599 | Relay Service Code handling and allocation | Qualcomm Incorporated | imported from 3GU |
| S2‑152600 | Direct Discovery for Public Safety use | LG Electronics, Samsung | imported from 3GU |
| S2‑152601 | Introduction of One-to-one ProSe Direct Communication procedures | Intel, Samsung | imported from 3GU |
| S2‑152602 | General description for UE-to-Network Relay | Nokia Networks, Ericsson | imported from 3GU |
| S2‑152603 | Introduction of ProSe Priority and QoS | Intel, Alcatel-Lucent, Qualcomm Incorporated | imported from 3GU |
| S2‑152604 | ProSe Open Discovery for Dynamic Metadata | Huawei, Hisilicon, Qualcomm Incorporated, Telecom Italia | imported from 3GU |
| S2‑152605 | Adding Discovery Entry ID and Requested Timer in open ProSe Direct Discovery | Telecom Italia, Qualcomm Incorporated | imported from 3GU |
| S2‑152606 | Direct Discovery update - open discovery | Telecom Italia, Qualcomm Incorporated | imported from 3GU |
| S2‑152607 | Correction of the definitions and reference points | CATT | imported from 3GU |
| S2‑152608 | The procedure of ProSe discovery UE ID update | CATT | imported from 3GU |
| S2‑152609 | Correction on Discoverer UE procedures for Model B in restricted discovery | Huawei, Hisilicon | imported from 3GU |
| S2‑152610 | Architectural Assumptions for CIoT | Intel | imported from 3GU |
| S2‑152611 | Key Issue - Efficient support of infrequent small data transmission for clean-slate Cellular IoT | Intel | imported from 3GU |
| S2‑152612 | Key issue for support of non IP data | Alcatel-Lucent | imported from 3GU |
| S2‑152613 | CIOT Architecture | Qualcomm Incorporated, Intel, KPN, Huawei, HiSilicon, NEC, Cisco | imported from 3GU |
| S2‑152614 | Efficient small data transmission with S1-based architecture | Qualcomm Incorporated, xxx | imported from 3GU |
| S2‑152615 | Data over NAS for infrequent small data transmission | Huawei, Qualcomm Incorporated, CATT, Intel, KPN | imported from 3GU |
| S2‑152616 | Introducing Extended Idle mode DRX | Qualcomm Incorporated | imported from 3GU |
| S2‑152617 | Introducing Extended Idle mode DRX | Ericsson | imported from 3GU |
| S2‑152618 | Introducing extended Idle mode DRX feature to LTE | Qualcomm Incorporated | imported from 3GU |
| S2‑152619 | Introducing extended Idle mode DRX feature to LTE | Qualcomm Incorporated | imported from 3GU |
| S2‑152620 | Introduction of support for extended Idle mode DRX for Gb mode | Ericsson | imported from 3GU |
| S2‑152621 | Mobile Terminating SMS handling for extended I-DRX | Qualcomm Incorporated | imported from 3GU |
| S2‑152622 | Paging coordination between CN and UE | Ericsson, Intel | imported from 3GU |
| S2‑152623 | PCC Procedures and Flows including Traffic Steering | Ericsson, ZTE | imported from 3GU |
| S2‑152624 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152625 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152626 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152627 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152628 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152629 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152630 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152631 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152632 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152633 | Reserved for Krisztian's parallel sessions | - | imported from 3GU |
| S2‑152634 | Solution 3 elaboration & evaluation for MBMS routing (Key issue #1) | Vodafone Group | imported from 3GU |
| S2‑152635 | MBMS_Enh Key Issue 1 - Solution Evaluation and Conclusion | Alcatel-Lucent, Nokia Networks | imported from 3GU |
| S2‑152636 | Evaluation and update / removal of editorial notes for Solution 4 | Motorola Solutions | imported from 3GU |
| S2‑152637 | SA WG2#110 Work Planning Worksheet | SA WG2 Chairman | imported from 3GU |
| S2‑152638 | High level requirement of FMSS | China Mobile, KDDI, Intel, ZTE, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint, Ericsson | imported from 3GU |
| S2‑152639 | Introduction of Flexible Mobile Service Steering feature into PCC architecture | Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, Huawei, HiSilicon, Comverse, Sprint, China Mobile, Ericsson | imported from 3GU |
| S2‑152640 | Definition of Traffic Steering Control Information | Huawei, Hisilicon, Intel, Ericsson, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell | imported from 3GU |
| S2‑152641 | PCC architecture enhancement for traffic steering using St and TSSF | Ericsson | imported from 3GU |
| S2‑152642 | PCC Procedures and Flows including Traffic Steering | Ericsson, ZTE | imported from 3GU |
| S2‑152643 | Closing FFS item on Announcer/ Discoverer/ Discoveree Info | Intel, Huawei, Qualcomm, Samsung | imported from 3GU |
| S2‑152644 | Addition of User Info in the procedure for secure layer-2 link establishment | Intel | imported from 3GU |
| S2‑152645 | Relay Service Code handling and allocation | Qualcomm Incorporated | imported from 3GU |
| S2‑152646 | General description for UE-to-Network Relay | Nokia Networks, Ericsson, Intel, Samsung | imported from 3GU |
| S2‑152647 | Correction of the definitions and reference points | CATT | imported from 3GU |
| S2‑152648 | Support for UE Consumption Reporting towards BM SC | Ericsson, Qualcomm Incorporated, General Dynamics | imported from 3GU |
| S2‑152649 | Support for UE Consumption Reporting towards BM-SC | Ericsson, Qualcomm Incorporated, General Dynamics | imported from 3GU |
| S2‑152650 | Paging optimisations | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, Samsung | imported from 3GU |
| S2‑152651 | Paging for MTC in GERAN | Ericsson | imported from 3GU |
| S2‑152652 | Correction on provision of CP parameters | CATT | imported from 3GU |
| S2‑152653 | Corrections of monitoring via PCRF and informing about potential network issues | Huawei, HiSilicon | imported from 3GU |
| S2‑152654 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152655 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152656 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152657 | Architectural Assumptions for roaming co-existence | T-Mobile USA | imported from 3GU |
| S2‑152658 | Key Issue: Determination of VPLMN-ID at IMS entities in HPLMN | NTT DOCOMO, ZTE, China Mobile, Deutsche Telekom AG | imported from 3GU |
| S2‑152659 | Key Issue: Handling of UE undetectable emergency call | NTT DOCOMO, Deutsche Telekom AG | imported from 3GU |
| S2‑152660 | Key Issue: Supporting unauthenticated IMS Emergency Calls | NTT DOCOMO, Deutsche Telekom AG | imported from 3GU |
| S2‑152661 | New SID: Study on Enhancements of Dedicated Core Network selection mechanism | Ericsson | imported from 3GU |
| S2‑152662 | Feasibility Study on Gateway Control and User Plane Separation | China Mobile, China Telecom, KDDI, Huawei, Hisilicon, CATT, China Unicom, Deutsche Telekom, Sprint, Broadcom, Cisco, Allot Communications, Intel, Microsoft, Telefónica, NEC, ITRI, Interdigital, Nokia Networks, ZTE | imported from 3GU |
| S2‑152663 | CIOT Architecture | Qualcomm Incorporated, Intel, KPN, Huawei, HiSilicon, NEC, Cisco | imported from 3GU |
| S2‑152664 | Efficient small data transmission with S1-based architecture | Qualcomm Incorporated, xxx | imported from 3GU |
| S2‑152665 | Data over NAS for infrequent small data transmission | Huawei, Qualcomm Incorporated, CATT, Intel, KPN, NEC | imported from 3GU |
| S2‑152666 | CIoT architecture for small data transmission | CATT | imported from 3GU |
| S2‑152667 | Signaling reduction for UE state transitions | Ericsson | imported from 3GU |
| S2‑152668 | A MTC/small data optimized EPS mode | Alcatel-Lucent, Alcatel-lucent Shanghai Bell | imported from 3GU |
| S2‑152669 | Key issue for 'Efficient support of frequent small data transmission in E-UTRAN/EPS based architecture' | Ericsson, Mediatek | imported from 3GU |
| S2‑152670 | Key Issue: Selection of CIoT CN | NTT DOCOMO | imported from 3GU |
| S2‑152671 | Introduction of support for extended Idle mode DRX for Gb mode | Ericsson | imported from 3GU |
| S2‑152672 | Paging coordination between CN and UE | Ericsson, Intel | imported from 3GU |
| S2‑152673 | Paging coordination for extended Idle mode DRX | Intel | imported from 3GU |
| S2‑152674 | PCC Support of NBIFOM | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152675 | Removing Editor's Notes to 5.6 to 5.8 of 23.161 | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell | imported from 3GU |
| S2‑152676 | Revision of ePDG selection procedures | Qualcomm Incorporated, Rogers Communications, Deutsche Telekom, Orange, T-Mobile, Motorola Mobility?, China Mobile, Intel, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia?, BlackBerry UK Ltd?, Broadcom Corporation | imported from 3GU |
| S2‑152677 | Support for providing and distinguishing multiple UE provided locations over WLAN access | Ericsson, Alcatel-Lucent | imported from 3GU |
| S2‑152678 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152679 | Location to Support Emergency services over WLAN access to EPC | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Broadcom Corporation | imported from 3GU |
| S2‑152680 | Definition of Traffic Steering Control Information | Huawei, Hisilicon, Intel, Ericsson, Allot Communications, Cisco, Alcatel Lucent, Alcatel Lucent Shanghai Bell, China Unicom | imported from 3GU |
| S2‑152681 | ProSe Priority determination in ProSe UE-NW Relay | Qualcomm Incorporated, Nokia Networks?, ZTE? | imported from 3GU |
| S2‑152682 | General description for UE-to-Network Relay | Nokia Networks, Ericsson, Intel, Samsung | imported from 3GU |
| S2‑152683 | Paging optimisations | Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Ericsson, Samsung | imported from 3GU |
| S2‑152684 | Support for providing and distinguishing multiple UE provided locations over WLAN access | Ericsson, Alcatel-Lucent | imported from 3GU |
| S2‑152685 | Cover Sheet 23.718 for Approval | CHINA MOBILE | imported from 3GU |
| S2‑152686 | LS on UE Handling of RAN Rules for WLAN Interworking | SA WG2 | imported from 3GU |
| S2‑152687 | Presentation of 23.706 to TSG SA | Alcatel-Lucent, China Mobile | imported from 3GU |
| S2‑152688 | LS response on static configuration for ePDG selection | SA WG2 | imported from 3GU |
| S2‑152689 | Revision of ePDG selection procedures | Qualcomm Incorporated, Rogers Communications, Deutsche Telekom, Orange, T-Mobile, China Mobile, Intel, Ericsson, Alcatel-Lucent, Alcatel-Lucent Shanghai Bell, Telecom Italia, Broadcom Corporation | imported from 3GU |
| S2‑152690 | Reply LS on Handover procedures without the dynamic PGW ID | SA WG2 | imported from 3GU |
| S2‑152691 | Set of Rel13 features for the Support of Emergency sessions over WLAN | SA WG2 | imported from 3GU |
| S2‑152692 | Reply LS on overload of MME resource quotas in RAN sharing scenarios | SA WG2 | imported from 3GU |
| S2‑152693 | LS on assignment of Layer-2 ID for one-to-one ProSe Direct Communication | SA WG2 | imported from 3GU |
| S2‑152694 | LS on Aspects Related to Flexible Mobile Traffic Steering Work | SA WG2 | imported from 3GU |
| S2‑152695 | LS on usage of ProSe Per-Packet Priority in ProSe UE-Network Relay | SA WG2 | imported from 3GU |
| S2‑152696 | Reply LS on Paging Optimisation | SA WG2 | imported from 3GU |
| S2‑152697 | LS on paging co-ordination for extended idle mode DRX | SA WG2 | imported from 3GU |
| S2‑152698 | LS on extended connected mode DRX | SA WG2 | imported from 3GU |
| S2‑152699 | LS on ProSe coarse proximity estimation based on path loss | SA WG2 | imported from 3GU |
| S2‑152700 | Support for SMS | Qualcomm Incorporated | imported from 3GU |
| S2‑152701 | Support for non IP PDN connections | Qualcomm Incorporated, Cisco | imported from 3GU |
| S2‑152702 | Solution 'Cell based area update for efficient paging area management' | LG Electronics | imported from 3GU |
| S2‑152703 | Simplification of MM and SM procedures for CIoT | Huawei, Hisilicon | imported from 3GU |
| S2‑152704 | Update the architecture to support the FMSS for EPC-routed scenario | ZTE, KDDI | imported from 3GU |
| S2‑152705 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152706 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152707 | Introducing eDRX for High latency communication | Ericsson, Qualcomm Incorporated | imported from 3GU |
| S2‑152708 | Key Issue: Handling of UE undetectable emergency call | NTT DOCOMO, Deutsche Telekom AG | imported from 3GU |
| S2‑152709 | Feasibility Study on Control and User Plane Separation of EPC nodes | China Mobile, China Telecom, KDDI, Huawei, Hisilicon, CATT, China Unicom, Deutsche Telekom, Sprint, Broadcom, Cisco, Allot Communications, Intel, Microsoft, Telefónica, NEC, ITRI, Interdigital, Nokia Networks, ZTE | imported from 3GU |
| S2‑152710 | Key Issue: Selection of CIoT-specialized EPC Instance | NTT DOCOMO | imported from 3GU |
page generated from database: 2024-04-13 13:51:47