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full Table of Contents for  TS 23.501  Word version:   16.2.0

 

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1…   4.2.4   4.2.5…   4.2.8            4.2.9…   4.3…   4.3.3   4.3.4   4.3.5   4.4…   4.4.6…   4.4.8   5…   5.4…   5.6…   5.7…   5.7.4…   5.8…   5.10…   5.16…   5.17   5.18…   5.27…   5.31   5.32   5.33   5.34   5.35   6…   6.3…   7…   7.2…   8…   8.2.4   8.2.5…   8.3…   A…   D…   E…   F   G…   G.3   G.4…

 

 

5.6  Session Management
5.6.1  Overview
5.6.2  Interaction between AMF and SMFWord-p. 99
5.6.3  RoamingWord-p. 101
5.6.4  Single PDU Session with multiple PDU Session Anchors
5.6.4.1  General
5.6.4.2  Usage of an UL Classifier for a PDU SessionWord-p. 102
Reproduction of 3GPP TS 23.501, Figure 5.6.4.2-1: User plane Architecture for the Uplink Classifier
Figure 5.6.4.2-1: User plane Architecture for the Uplink Classifier
5.6.4.3  Usage of IPv6 multi-homing for a PDU SessionWord-p. 103
Reproduction of 3GPP TS 23.501, Figure 5.6.4.3-1: Multi-homed PDU Session: service continuity case
Figure 5.6.4.3-1: Multi-homed PDU Session: service continuity case
Reproduction of 3GPP TS 23.501, Figure 5.6.4.3-2: Multi-homed PDU Session: local access to same DN
Figure 5.6.4.3-2: Multi-homed PDU Session: local access to same DN
5.6.5  Support for Local Area Data NetworkWord-p. 105
5.6.6  Secondary authentication/authorization by a DN-AAA server during the establishment of a PDU SessionWord-p. 107
5.6.7  Application Function influence on traffic routingWord-p. 108
5.6.8  Selective activation and deactivation of UP connection of existing PDU SessionWord-p. 114
5.6.9  Session and Service ContinuityWord-p. 115
5.6.10  Specific aspects of different PDU Session typesWord-p. 117
5.6.11  UE presence in Area of Interest reporting usage by SMFWord-p. 120
5.6.12  Use of Network InstanceWord-p. 121
5.6.13  Always-on PDU session
5.6.14  Support of Framed RoutingWord-p. 122

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