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Content for  TR 23.734  Word version:  16.2.0

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5  Key Issuesp. 10

6  Solutionsp. 14

6.1  Solution #1: Identification, selection and access control for non-public networksp. 14

6.2  Solution 2: Closed Access Groupp. 16

6.3  Solution #3: Non-public network identification, selection and access controlp. 17

6.4  Solution #4: Identification for non-public networkp. 20

6.5  Solution #5: Solution for Access Controlp. 24

6.6  Solution #6: Architecture framework for integration with TSNp. 26

6.7  Solution #7: 5GS appearing as a TSN link for integration with TSNp. 28

6.8  Solution #8: 5GS appearing as a TSN bridge (black box) for integration with TSNp. 29

6.9  Solution #9: Adapted TSN frameworkp. 31

6.10  Solution #10: Integrated TSN frameworkp. 32

6.11  Solution #11 Options for time synchronisation using TSN (key issue 3.2)p. 33

6.12  Solution #12: 5G LAN-type service and 5GLAN communications using principles in TS 29.561 [10]p. 40

6.13  Solution #13: 5G LAN service network (switch mode) architecturep. 42

6.14  Solution #14: Private DNN for 5GLAN Group Communicationp. 43

6.15  Solution #15: Basic architecture for supporting dynamic 5G LAN-type service and 5GLAN communicationp. 46

6.16  Solution #16: Enhancements to support Deterministic Servicesp. 54

6.17  Solution #17: Deterministic Delay QoS Class for Time Synchronization Support of 3GPP Networkp. 56

6.19  Solution #19: Time synchronization between UE and TSNp. 66

6.20  Solution #20: Supporting service continuity between Public PLMN and non-public network via an N3IWF-like gatewayp. 68

6.21  Solution #21 - Using Dual Radio to access Public and non-public networksp. 75

6.22  Solution #22: Using PLMN connection for NPN servicesp. 78

6.23  Solution #23: Path-based UE to UE packet forwarding for 5GLAN Group Communicationp. 81

6.24  Solution #24: 5G LAN Group Management using the existing network architecturep. 86

6.25  Solution #25: Support of communication between Ethernet type 5GLAN and Ethernet network in data networkp. 92

6.26  Solution 26: One to many communication for 5GLAN service within 5GLAN groupp. 94

6.27  Solution 27: Source Mobility restrictions-based solution for access control during HOp. 96

6.28  Solution #28: TSN Time Synchronization Considering Multiple Clock Domainsp. 97

6.28A  Solution #28A: TSN Time Synchronization Considering Multiple Clock Domainsp. 101

6.29  Solution #29: Unified architecture for 5G LAN-type servicep. 105

6.30  Solution #30p. 106

6.31  Solution #31p. 107

7  Overall Evaluationp. 109

8  Conclusionsp. 109

A  TSN standard/project for consideration in TSN integration in 5GS approachp. 112

B  UE Group Management and Provisioning with Solution 24p. 113

$  Change Historyp. 117


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