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changes.mady.by.user Adrian OSullivan

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changes.mady.by.user LIN MENG

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Use Case BlueprintSub-BlueprintKey UpdatesBenefits
5G



OOF SON (PCI)

First steps towards realizing Machine Learning (ML) based SON. Offline trained ML model used to provide additional inputs for PCI optimization. Provides interface for fetching PM data to determine additional inputs for SON.

Enables onboarding ML models to realize ML-based SON use cases. 
Service Modeling & DefinitionIncorporating 5G RAN Wireless Network Resource Model into ONAPAllows for RAN Wireless vendors to use 3GPP support TS28.540/TS28.541 5G NRM parameters
Standards Alignment: VESDevelopment of support for Standard Defined VES EventAllows for Standards Bodies such as 3GPP (RAN Wireless) alignment and support of messaging from xNF messages defined by standards to be compatible with ONAP
Standards Alignment: A1

5G NRM (CM)

E2E Network Slicing
  • Realization of RAN, Core and Transport NSSMFs within ONAP, supporting the respective NSSI creation, activation, deactivation and termination. RAN and Core NSSMF interfaces are aligned with 3GPP, while Transport NSSMF's interfaces are aligned with IETF TSCi.
  • Supporting connectivity to an external RAN NSSMF outside ONAP.
  • Basic model provisioning including NSST, sliceProfiles and E2E connection information.
  • Support of a simple Closed Loop scenario involving RAN domain
  • Support of a simple offline trained ML model for Intelligent Slicing in the RAN domain
  • First steps towards KPI monitoring by the operator/slice tenant
  • First steps towards Core NF configuration 
  • Core NF Simulator and RAN NF Simulator enhancement
  • Enables different deployment options of Slice Management functions through a loosely-coupled architecture supporting standards-based interfaces.
  • Supports 2 different deployment configurations for RAN Slicing functionality.
  • Enables new Closed Loop functionalities to be realized with the existing framework.
  • Enables ONAP directly sets up and configures Network Functions.
Bulk PM: PM Control




Intent Based Network

PNFPNF Plug-and-Play

Development of Building Blocks to support PNF Plug and Play Flow

Migration of BPMN Workflow to Building Blocks.

Internal SO development to streamline execution of PNF Plug and Play
Onboarding/Pre-onboardingEnhanced package security ETSI SOL004 option 2 security implementedEnhanced package security
PNF software upgrade

Configuration Persistence Service

(Note this has been renamed to Configuration Persistence Service)

Proof of Concept developed in R7 to demonstrate key concepts in CPS and also to lay foundational software for CPS. 

The PoC has:

  • Demonstrated write/read operations for YANG data fragments using CPS and store them in a generic DB with a very simple generic schema
  • Demonstrated ability to deploy / upgrade YANG models at run-time
  • Demonstrated CPS behavior driven by YANG model
  • Provided architecture vision and roadmap for a target architecture, supported use cases, non-functional requirements towards an ONAP Project
  • Got early performance indication for querying the generic schema
Proof of Concept developed in R7 to demonstrate key concepts in CPS and also to lay foundational software for CPS.
CMPv2

License Management


MDONS Extension

ETSI Alignment

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