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TR 22.852 (SA1)
Study on Radio Access Network (RAN) sharing enhancements

ToC   3GPP‑Page   Help    
V13.1.0 (Wzip)  2014/09  34 p.
V12.0.0  2013/06  29 p.


Rapporteur:  Dr. Swetina, Joerg
See also:  Network-Sharing-related TS/TR

This TR provides a study on scenarios of multiple operators sharing radio network resources and creates potential requirements that complement existing system capabilities for sharing common E-UTRAN resources.

The scenarios illustrate e.g.:
  • Means for efficiently sharing common E-UTRAN resources according to identified RAN sharing scenarios (e.g. pooling of unallocated radio resources).
  • Means to verify that the shared network elements provide allocated E-UTRAN resources according to sharing agreements/policies.
  • Indication of and potential actions upon overload situation in consideration of sharing agreements/policies.


 

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1  Scope2 References3 Definitions, symbols and abbreviations3.1 Definitions3.2 Abbreviations4 Scenarios and use cases4.1 General4.2 Scenario and use case 1 (RAN Sharing Monitoring)4.3 Scenario and use case 2 (MDT Support for RAN operator)4.4 Scenario and use case 3 (Use case regarding RAN sharing granularity)4.5 Scenario and use case 4 (maximizing RAN sharing revenue)4.6 Scenario and use case 5.a (Asymmetric RAN Resource Allocation)4.7 Scenario and use case 5.b (Asymmetric RAN Resource Allocation in a static way)4.8 Use case 6 (Dynamic RAN Sharing Enhancements)4.9 Scenario and use case 7 (On-demand Automated Capacity Brokering)4.10 Scenario and use case 8 (Participating Operator managing allocated resources)4.11 Scenario and use case 9 (Load balancing in shared RAN)4.12 Scenario and use case 10 (RAN Sharing Charging Event Triggering)4.13 Scenario and use case 11 (RAN Sharing Charging Reconciliation)4.14 Scenario and use case 12 (PLMN selection enhancements towards a shared RAN)4.15 Scenario and use case 13 (PWS in shared RAN)4.16 Scenario and use case 14 (Common network shared by multiple operators)4.17 Scenario and use case 15 (Interworking between shared RATs)5 Considerations5.1 General5.2 Considerations on network evolution/rollout5.3 Considerations on security5.4 Difference with pre-Release-12 RAN sharing specification5.5 Impact on RANs6 Potential requirements6.1 General6.2 Consolidated requirements7 Conclusion and recommendationsA Change history

 

1  ScopeWord-p. 7
2  References
3  Definitions, symbols and abbreviations
4  Scenarios and use cases
4.1  General
4.2  Scenario and use case 1 (RAN Sharing Monitoring)Word-p. 10
4.3  Scenario and use case 2 (MDT Support for RAN operator)
4.4  Scenario and use case 3 (Use case regarding RAN sharing granularity)Word-p. 12
4.5  Scenario and use case 4 (maximizing RAN sharing revenue)
4.6  Scenario and use case 5.a (Asymmetric RAN Resource Allocation)Word-p. 14
4.7  Scenario and use case 5.b (Asymmetric RAN Resource Allocation in a static way)
4.8  Use case 6 (Dynamic RAN Sharing Enhancements)Word-p. 17
4.9  Scenario and use case 7 (On-demand Automated Capacity Brokering)Word-p. 18
4.10  Scenario and use case 8 (Participating Operator managing allocated resources)
4.11  Scenario and use case 9 (Load balancing in shared RAN)
4.12  Scenario and use case 10 (RAN Sharing Charging Event Triggering)
4.13  Scenario and use case 11 (RAN Sharing Charging Reconciliation)
4.14  Scenario and use case 12 (PLMN selection enhancements towards a shared RAN)
4.15  Scenario and use case 13 (PWS in shared RAN)
4.16  Scenario and use case 14 (Common network shared by multiple operators)
4.17  Scenario and use case 15 (Interworking between shared RATs)
5  ConsiderationsWord-p. 29
6  Potential requirements
7  Conclusion and recommendationsWord-p. 33Up
A  Change historyWord-p. 34

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