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Content for  TS 32.255  Word version:  17.7.0

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5  5G data connectivity charging principles and scenariosp. 20

5.1  5G data connectivity charging principlesp. 20

5.2  5G data connectivity converged online and offline charging scenariosp. 29

5.2.1  Basic principlesp. 29

5.2.2  Message flowsp. 47

5.2.2.1  Generalp. 47

5.2.2.2  PDU session charging from SMFp. 47

5.2.2.3  PDU session charging SSC Mode 1 from SMFp. 51

5.2.2.4  PDU session Charging SSC Mode 2 from SMFp. 52

5.2.2.5  PDU session Charging SSC Mode 3 from SMFp. 54

5.2.2.6  PDU session Charging SSC Mode 3 IPv6 Multi Homed from SMFp. 55

5.2.2.7  Addition of additional PDU Session Anchor and Branching Point or UL CLp. 57

5.2.2.8  Removal of additional PDU Session Anchor and Branching Point or UL CLp. 58

5.2.2.9  Change of additional PDU Session Anchor for IPv6 multi-homing or UL CLp. 59

5.2.2.10  Simultaneous change of Branching Point or UL CL and additional PSA for a PDU Sessionp. 60

5.2.2.11  PDU session charging for interworking with EPCp. 62

5.2.2.12  PDU session charging for roaming in Home routed scenariop. 72

5.2.2.13  PDU session charging - non-3GPP accessp. 77

5.2.2.14  PDU session served by I-SMF and SMF |R16|p. 80

5.2.2.15  PDU session charging from SMF - ATSSS |R16|p. 94

5.2.2.16  PDU session charging - wireline access |R16|p. 102

5.2.2.17  Ultra Reliable Low Latency Communication (URLLC) |R17|p. 106

5.2.2.18  PDU session charging for roaming in Local breakout scenario |R17|p. 108

5.2.2.19  PDU session charging for additional actor (MVNO) |R17|p. 111

5.2.3  CDR generationp. 111

5.2.4  Ga record transfer flowsp. 114

5.2.5  Bd CDR file transferp. 114


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