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TS 23.682
Architecture enhancements to facilitate communications
with Packet Data Networks and Applications

3GPP‑Page   ETSI‑search   eToC↓   LoFT↓   fToC →   CONTENT →
V19.2.0 (PDF)  2025/03  138 p.
V18.0.0  2023/03  140 p.
V17.3.0  2022/06  140 p.
V16.10.0  2021/09  137 p.
V15.10.0  2019/12  130 p.
V14.8.0  2018/06  109 p.
V13.11.0  2018/06  94 p.
V12.4.0  2015/06  34 p.
V11.5.0  2013/09  31 p.
Rapporteur:
Mr. Jain, Puneet
Intel Corporation (UK) Ltd
3GPP 23.682 - Architecture for Machine-Type Communication

essential Table of Contents for  TS 23.682  Word version:  19.2.0

each title, in the "available" or "not available yet" area, links to the equivalent title in the CONTENT
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List of Figures and Tables

Figure 4.2-1a3GPP Architecture for Machine-Type Communication (non-roaming)
Figure 4.2-1b3GPP Architecture for Machine-Type Communication (Roaming)
Figure 4.2-23GPP Architecture for Service Capability Exposure
Figure 4.2-33GPP roaming Architecture for Service Capability Exposure
Figure 4.2-43GPP Architecture for RACS
Figure 4.5.13.2-1The usage of PTW and independence of the extended Idle mode DRX cycle from UE state
Figure 5.1.1.1-1Control Plane for S6m interface
Figure 5.2.1-1Device triggering procedure over Tsp
Figure 5.2.2-1T4 Trigger Delivery Flow
Figure 5.2.3.1-1Device trigger recall/replace procedure over Tsp
Figure 5.2.3.2-1Replace procedure for trigger delivery using T4
Figure 5.2.3.3-1Recall procedure for trigger delivery using T4
Table 5.3.1-1SMS-SC trigger information
Table 5.3.2-1SCEF EPS bearer context
Figure 5.5.1-1Group message delivery using MBMS
Figure 5.5.2-1Modification of previously submitted Group Message
Figure 5.5.3-1Group Message Delivery via unicast MT NIDD
Figure 5.6.1.1-1Monitoring event configuration and deletion via HSS procedure
Figure 5.6.2.1-1Monitoring event configuration and deletion directly at MME/SGSN procedure
Figure 5.6.3.1-1Monitoring event reporting procedure
Figure 5.6.4-1Requesting monitoring via PCRF
Figure 5.6.4.1a-1Requesting monitoring via PCRF for a group of UEs
Figure 5.6.5-1Reporting event procedure
Figure 5.6.6.1-1Monitoring event configuration and deletion via HSS procedure
Figure 5.6.8.1-1Monitoring event reporting procedure for roaming scenarios
Figure 5.6.9-1Network-initiated Explicit Monitoring Event Deletion Procedure
Figure 5.7.1.2-1Event Configuration - Availability Notification after DDN Failure
Figure 5.7.1.3-1Notification - Availability Notification after DDN Failure
Figure 5.8.2-1Request procedure for one-time or continuous reporting of network status
Figure 5.8.3-1Report procedure for continuous reporting of network status
Figure 5.8.4-1Removal procedure for continuous reporting of network status
Figure 5.9-1Resource management for background data transfer
Table 5.10.1-1CP parameters
Figure 5.10.2-1Signalling sequence for provisioning of CP Parameters
Figure 5.11-1Setting up an AS session with required QoS
Figure 5.12.1-1Set the chargeable party at AS session set-up
Figure 5.12.2-1Change chargeable party during an AS session
Figure 5.13.1.2-1T6a/T6b Connection Establishment Procedure
Figure 5.13.2-1Configuration for NIDD procedure
Figure 5.13.3-1Mobile Terminated NIDD procedure
Figure 5.13.4-1Mobile Originated NIDD procedure
Figure 5.13.5.2-1MME/SGSN Initiated T6a/T6b Connection Release procedure
Figure 5.13.5.3-1SCEF Initiated T6a/T6b Connection Release procedure
Figure 5.13.6.2-1T6a/T6b and successful TAU/RAU procedure
Figure 5.13.8-1NIDD Authorisation Update procedure
Figure 5.14.1-1procedure for PFD management via SCEF
Figure 5.15-1MSISDN-less MO-SMS via T4
Figure 5.16-1Procedure for Enhanced Coverage Restriction Control via SCEF
Figure 5.17.1-1Device triggering procedure via T8
Figure 5.17.2-1Procedure for triggering recall/replace via T8
Figure 5.17.3-1Procedure for MSISDN-less MO-SMS via T8
Figure 5.18-1Procedure for Network Parameter Configuration via SCEF
Figure 5.19.2-1RACS information provisioning procedure via SCEF
Figure 5.19.3-1RACS information provisioning procedure via T9a
Figure A-1Deployment scenarios for direct and indirect model
Figure A-2Deployment scenarios for hybrid model
Figure C.2-1Triggering flow using OMA Push
Figure D-1Triggering flow using direct model over user plane

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