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Content for
TS 29.561
Word version: 17.4.0
1…
8…
8
Interworking with DN (IP)
9
Interworking with DN (Unstructured)
10
Interworking with DN (DHCP)
11
Interworking with DN-AAA (RADIUS)
12
Interworking with DN-AAA (Diameter)
13
Interworking with IMS
14
Interworking with DN (Ethernet)
15
Interworking with DN (Multicast Routing Protocol)
16
Interworking with NSS-AAA (RADIUS)
17
Interworking with NSS-AAA (Diameter)
18
Interworking with DN (L2TP tunnel)
18.1
Support L2TP for CUPS across N6
A
Rate control related to 5G Cellular Internet of Things (CIoT) optimisations
$
Change history
8
Interworking with DN (IP)
Word‑p. 12
8.1
General
Word‑p. 12
8.2
DN Interworking Model
Word‑p. 12
8.2.1
General
Word‑p. 12
8.2.2
Access to DN through 5G Network
Word‑p. 13
8.2.2.1
Transparent access to DN
Word‑p. 13
8.2.2.2
IPv4 Non-transparent access to DN
Word‑p. 14
8.2.2.3
IPv6 Non-transparent access to DN
Word‑p. 15
9
Interworking with DN (Unstructured)
Word‑p. 16
9.1
General
Word‑p. 16
9.2
N6 PtP tunnelling based on UDP/IP
Word‑p. 16
9.3
Other N6 tunnelling mechanism
Word‑p. 17
10
Interworking with DN (DHCP)
Word‑p. 18
10.1
General
Word‑p. 18
10.2
DN interworking Model of SMF for DHCP
Word‑p. 18
10.2.1
Introduction
Word‑p. 18
10.2.2
IPv4 Address allocation and IPv4 parameter configuration via DHCPv4
Word‑p. 19
10.2.3
IPv6 Prefix allocation via IPv6 stateless address autoconfiguration via DHCPv6
Word‑p. 20
10.2.4
IPv6 parameter configuration via stateless DHCPv6
Word‑p. 22
10.2.5
IPv6 Prefix Delegation via DHCPv6
|R16|
Word‑p. 22
10.3
3GPP Vendor-Specific Options
|R16|
Word‑p. 23
11
Interworking with DN-AAA (RADIUS)
Word‑p. 23
11.1
RADIUS procedures
Word‑p. 23
11.1.1
RADIUS Authentication and Authorization
Word‑p. 23
11.1.2
RADIUS Accounting
Word‑p. 25
11.2
Message flows on N6 interface
Word‑p. 25
11.2.1
Authentication, Authorization and Accounting procedures
Word‑p. 25
11.2.2
Accounting Update
Word‑p. 29
11.2.3
DN-AAA initiated QoS flow termination
Word‑p. 30
11.2.4
DN-AAA initiated re-authorization
Word‑p. 31
11.3
List of RADIUS attributes
Word‑p. 32
11.3.1
General
Word‑p. 32
11.3.2
Change-of-Authorization Request (optionally sent from DN-AAA server to SMF)
Word‑p. 46
11.3.3
Access-Challenge (sent from DN-AAA server to SMF)
Word‑p. 47
12
Interworking with DN-AAA (Diameter)
Word‑p. 47
12.1
Diameter Procedures
Word‑p. 47
12.1.1
Diameter Authentication and Authorization
Word‑p. 47
12.1.2
Diameter Accounting
Word‑p. 49
12.2
Message flows on N6 interface
Word‑p. 49
12.2.1
Authentication, Authorization and Accounting procedures
Word‑p. 49
12.2.2
Accounting Update
Word‑p. 52
12.2.3
DN-AAA initiated QoS flow termination
Word‑p. 54
12.2.4
DN-AAA initiated re-authorization
Word‑p. 54
12.2.5
DN-AAA initiated re-authentication and re-authorization
|R16|
Word‑p. 55
12.3
N6 specific AVPs
Word‑p. 56
12.4
N6 re-used AVPs
Word‑p. 56
12.4.0
General
Word‑p. 56
12.4.1
Use of the Supported-Features AVP on the N6 reference point
Word‑p. 59
12.5
N6 specific Experimental-Result-Code AVP
Word‑p. 60
12.6
N6 Diameter messages
Word‑p. 60
12.6.1
General
Word‑p. 60
12.6.2
DER Command
Word‑p. 61
12.6.3
DEA Command
Word‑p. 62
12.6.4
RAR Command
Word‑p. 63
12.6.5
RAA Command
Word‑p. 64
13
Interworking with IMS
Word‑p. 64
13.1
General
Word‑p. 64
13.2
IMS interworking Model
Word‑p. 65
13.2.1
Introduction
Word‑p. 65
13.2.2
IMS specific configuration in the SMF
Word‑p. 65
13.2.3
IMS specific procedures in the SMF
Word‑p. 66
13.2.3.1
Provisioning of Signalling Server Address
Word‑p. 66
13.2.3.2
Failure of Signalling Server Address
Word‑p. 66
14
Interworking with DN (Ethernet)
Word‑p. 66
15
Interworking with DN (Multicast Routing Protocol)
|R16|
Word‑p. 67
15.1
General
Word‑p. 67
15.2
DN interworking Model of UPF for PIM
Word‑p. 67
16
Interworking with NSS-AAA (RADIUS)
|R16|
Word‑p. 68
16.1
RADIUS procedures
Word‑p. 68
16.1.1
General
Word‑p. 68
16.1.2
RADIUS Authentication and Authorization
Word‑p. 68
16.2
Message flows for network slice specific authentication
Word‑p. 69
16.2.1
Authentication and Authorization procedures
Word‑p. 69
16.2.2
NSS-AAA initiated revocation of network slice authorization
Word‑p. 70
16.3
List of RADIUS attributes
Word‑p. 71
16.3.1
General
Word‑p. 71
17
Interworking with NSS-AAA (Diameter)
|R16|
Word‑p. 72
17.1
Diameter procedures
Word‑p. 72
17.1.1
General
Word‑p. 72
17.1.2
Diameter Authentication and Authorization
Word‑p. 72
17.2
Message flows for network slice specific authentication
Word‑p. 72
17.2.1
Authentication and Authorization procedures
Word‑p. 72
17.2.2
NSS-AAA initiated revocation of network slice authorization
Word‑p. 74
17.2.3
NSS-AAA initiated re-authentication and re-authorization
Word‑p. 75
17.3
Specific AVPs
Word‑p. 75
17.4
re-used AVPs
Word‑p. 76
17.4.1
General
Word‑p. 76
17.4.2
Use of the Supported-Features AVP
Word‑p. 76
17.5
Specific Experimental-Result-Code AVP
Word‑p. 77
17.6
Diameter messages
Word‑p. 77
17.6.1
General
Word‑p. 77
18
Interworking with DN (L2TP tunnel)
|R17|
Word‑p. 77
18.1
Support L2TP for CUPS across N6
Word‑p. 77
A
(Normative) Rate control related to 5G Cellular Internet of Things (CIoT) optimisations
|R16|
Word‑p. 81
A.1
General
Word‑p. 81
A.2
Support of rate control of user data
Word‑p. 81
A.2.1
General
Word‑p. 81
A.2.2
Small Data Rate Control
Word‑p. 81
A.2.3
Serving PLMN Rate Control information handling
Word‑p. 82
$
Change history
Word‑p. 83