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Content for TS 28.100 Word version: 17.1.0

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4 Concepts and background p. 8

4.1 Autonomous network concept p. 8

4.2 Autonomous network level concept p. 8

4.3 Dimensions for evaluating autonomous network levels. p. 8

4.3.1 Introduction p. 8

4.3.2 Scenarios p. 8

4.3.3 Management scope p. 9

4.3.4 Workflow p. 9

5 Framework approach for evaluating autonomous network levels p. 10

6 Use cases and requirements p. 12

6.1 Network and service planning scenarios p. 12

6.2 Network and service deployment scenarios p. 12

6.2.1 Autonomous network level for RAN NE deployment p. 12

6.3 Network and service maintenance scenarios p. 12

6.3.1 Autonomous network level for fault management p. 12

6.4 Network and service optimization scenarios p. 12

6.4.1 Autonomous network level for radio network coverage optimization p. 12

6.4.2 Autonomous network level for RAN UE throughput optimization p. 12

7 Generic autonomous network level p. 13

7.1 Generic autonomous network level for network optimization p. 13

7.1.1 Generic workflow p. 13

7.1.2 Generic classification of autonomous network level p. 13

7.1.3 Generic autonomy capability description for management system p. 15

7.1.4 Generic MnS requirements p. 16

7.1.4.1 MnS requirements to support autonomous network level 1 p. 16

7.1.4.2 Additional MnS requirements to support autonomous network level 2 p. 16

7.1.4.3 Additional MnS requirements to support autonomous network level 3 p. 16

7.1.4.4 Additional MnS requirements to support autonomous network level 4 p. 16

7.1.5 Solutions for generic MnS requirements p. 16

7.2 Generic autonomous network level for RAN NE deployment p. 17

7.2.1 Generic workflow p. 17

7.2.2 Generic autonomous network level p. 18

7.2.3 Generic autonomy capability description for management system p. 19

7.2.4 Generic MnS requirements p. 19

7.2.4.1 MnS requirements to support autonomous network level 1 p. 19

7.2.4.2 Additional MnS requirements to support autonomous network level 2 p. 20

7.2.4.3 Additional MnS requirements to support autonomous network level 3 p. 20

7.2.4.4 Additional MnS requirements to support autonomous network level 4 p. 20

7.2.5 Solutions for generic MnS requirements p. 20

7.3 Generic autonomous network level for fault management p. 20

7.3.1 Generic workflow p. 20

7.3.2 Generic autonomous network level p. 21

7.3.3 Generic autonomy capability description for management system p. 23

7.3.4 Generic MnS requirements p. 23

7.3.4.1 MnS Requirements to support autonomous network level 1 p. 23

7.3.4.2 Additional MnS requirements to support autonomous network level 2 p. 23

7.3.4.3 Additional MnS requirements to support autonomous network level 3 p. 24

7.3.4.4 Additional MnS requirements to support autonomous network level 4 p. 24

7.3.5 Solutions for generic MnS requirements p. 25

A Examples of Autonomous network level for network and service optimization p. 26

A.1 Autonomous network level for radio network coverage optimization p. 26

A.1.1 Workflow p. 26

A.1.2 Classification of autonomous network level p. 26

A.1.3 Example of mapping autonomous network level requirements for coverage optimization with functional/interface features. p. 29

A.2 Autonomous network level for RAN UE throughput optimization p. 29

A.2.1 Workflow p. 29

A.2.2 Classification of autonomous network level p. 30

$ Change history p. 32