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TR 28.910
Study on enhancement of Autonomous network levels

3GPP‑Page   ETSI‑search   fToC↓   Partial Content →
V19.0.0 (PDF)  2025/09  27 p.
V18.0.0  2023/12  27 p.
Rapporteur:
Dr. Cao, Xi
China Mobile Com. Corporation

full Table of Contents for  TR 28.910  Word version:  19.0.0

each clause number in 'red' refers to the equivalent title in the Partial Content
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1Scope  p. 7
2References  p. 7
3Definitions of terms, symbols and abbreviations  p. 8
3.1Terms  p. 8
3.2Symbols  p. 8
3.3Abbreviations  p. 8
4Introduction on relevant study items and work items in 3GPP  p. 8
5Issue investigations and potential solutions for scenarios listed in TS 28.100  p. 9
5.1Key Issue# 5.1: Enhancement of generic autonomous network level for network optimization  p. 9
5.1.1Description  p. 9
5.1.1.1Issue description  p. 9
5.1.1.2Potential requirements  p. 9
5.1.2Potential solutions  p. 9
5.1aKey Issue# 5.1a: Enhancement of autonomous network level for radio network coverage optimization  p. 10
5.1a.1Description  p. 10
5.1a.2Potential solutions  p. 10
5.1bKey Issue# 5.1b: Analysis on the solution for MnS requirements of autonomous network level for RAN UE throughput optimization  p. 11
5.1b.1Description  p. 11
5.1b.2Potential solutions  p. 11
5.2Key Issue# 5.2: Enhancement of generic autonomous network level for RAN NE deployment  p. 12
5.2.1Description  p. 12
5.2.1.1Issue description  p. 12
5.2.1.2Potential requirements  p. 12
5.2.2Potential solutions  p. 12
5.3Key Issue# 5.3: Enhancement of generic autonomous network level for fault management  p. 13
5.3.1Description  p. 13
5.3.1.1Issue description  p. 13
5.3.1.2Potential requirements  p. 13
5.3.2Potential solution  p. 13
6Issue investigations and potential solutions for new scenarios  p. 13
6.1Key Issue# 6-1: Autonomous network level for RAN energy saving use case  p. 13
6.1.1Description  p. 13
6.1.1.1Use case  p. 13
6.1.1.2Workflow  p. 14
6.1.1.3 Classification of autonomous network level  p. 14
6.1.1.4Autonomy capability description for RAN energy saving  p. 16
6.1.1.5Potential MnS requirements  p. 17
6.1.2Potential solutions  p. 17
6.2Key Issue# 6-2: Autonomous network level for 5GC NF deployment  p. 18
6.2.1Description  p. 18
6.2.1.1Use case  p. 18
6.2.1.2Workflow  p. 18
6.2.1.3Classification of autonomous network level  p. 18
6.2.1.4Autonomy capability description for management system  p. 20
6.2.2Potential solutions  p. 20
6.3Key Issue# 6-3: Management of Autonomous Network Level (ANL)  p. 21
6.3.1Description  p. 21
6.3.1.1Introduction  p. 21
6.3.1.2Use case 1 Request autonomy functionalities for certain ANL  p. 21
6.3.1.3Use case 2 Request to control and monitor autonomy functionalities for certain ANL  p. 22
6.3.2Potential requirements  p. 22
7Conclusion and recommendation  p. 22
7.1Conclusion of key issue investigation  p. 22
7.1.1Key Issue# 5.1: generic autonomous network level for network optimization  p. 22
7.1.2Key Issue# 5.1a: autonomous network level for radio network coverage optimization  p. 23
7.1.3Key Issue# 5.1b: autonomous network level for RAN UE throughput optimization  p. 23
7.1.4Key Issue# 5.2: autonomous network level for RAN NE deployment  p. 23
7.1.5Key Issue# 5.3: autonomous network level for fault management  p. 23
7.1.6Key Issue# 6.1: autonomous network level for RAN energy saving  p. 23
7.1.7Key Issue# 6.2: autonomous network level for 5GC NF deployment  p. 23
7.1.8Key Issue# 6.3: management of autonomous network level  p. 23
7.2Conclusion and recommendation in general  p. 23
$Change history  p. 25

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