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TOPIC | DESCRIPTION | WIKI PAGE | ||||||||||
Requirements Proposal | This is a link to the requirements proposal made on the Requirements Sub-committee | 5G_OOF_SON_usecase_vF2F_rqmts_subcommittee.pptx | ||||||||||
Architecture S/C info | Information on the Architecture sub-committee presentation | |||||||||||
Prior Project "Base" Wiki | Link to the Frankfurt release page for this use case | |||||||||||
Requirements Jira (REQ-###) Ticket | Link to the REQ Jira ticket for this use case |
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Key Use Case Leads & Contacts | USE CASE LEAD: @N. K. Shankar, Swaminathan Seetharaman USE KEY CONTACTS: | |||||||||||
Meetings Register & Recordings | Link to Use Case Team meetings. |
BUSINESS DRIVER
Executive Summary
SON (Self-Organizing Networks) functionality is an essential part of existing 4G mobility networks, and will be even more critical for 5G. SON enables automation to improve network performance and efficiency, improve user experience, and reduce operational expenses and complexity. The objective of the OOF-SON (new name for OOF-PCI) use case is to develop an ONAP-based SON platform using the ONAP Optimization Framework (OOF). We have taken a phased approach since SON is complex, and SON for 5G is still evolving. We started with the Physical Cell Identity (PCI) optimization SON use case in Casablanca, then added some centralized Automated Neighbor Relations (ANR) aspects in Dublin. For Frankfurt, we will address gaps such as PCI assignment during new cell addition, alignment with RAN inventory, etc., In addition, we aim to have enhancements such as: additional optimization functionality (e.g. include the use of AI/ML), use of control loop co-ordination in Policy, and alignment with industry trends for open interfaces and open models for the RAN interactions.
Business Impact
SON is an essential feature in mobility networks, and relevant to every operator. Any ONAP-based network deployment for 5G will benefit from an ONAP-based SON solution, which provides a disaggregation of SON functions into modules aligned with the ONAP architecture. Operators and vendors will both benefit from the ability of vendors to bring best-in-class solutions to each module, while leveraging the benefits of a community-supported open platform. This will enable faster development of innovative solutions. The approach taken could very well be evolved to address SON use cases whose scope extends beyond just the RAN.
Business Markets
SON for 5G is relevant to all 5G operators and markets.
Funding/Financial Impacts
SON functions reduce Opex since the automated self-organizing functions are an efficient approach to continuously optimize network configurations to improve performance and respond to network conditions.
Organization Mgmt, Sales Strategies
There are no additional organizational management or sales strategies for this beyond whatever is required for ONAP deployment to support 5G.
Development Status
PROJECT | PTL | User Story / Epic | Requirement |
A&AI | |||
AAF | |||
APPC | |||
CLAMP | |||
CC-SDK | |||
DCAE | |||
DMaaP | |||
External API | |||
HOLMES | |||
MODELING | |||
Multi-VIM / Cloud | |||
OOF | |||
OOM | |||
POLICY | |||
PORTAL | |||
SDN-C | |||
SDC | |||
SO | |||
VID | |||
VF-C | |||
VNFRQTS | |||
VNF-SDK | |||
CDS |
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Date | Description | File |
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Oct 15, 2020 | Presentation given at LFN vF2F on Honolulu requirements & Roadmap (in detail) Recording: See here. | |
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