Please add your session proposals in the table below.
[Note: the current plan for each session is 30 minutes]
| Title | Speaker(s): name/email | Target audience | Abstract (3-5 sentences) | Notes | |
|---|---|---|---|---|---|
| 1 | ETSI NFV & LFN collaboration - VNF Package, VNF Descriptors - | TBD (ETSI NFV representatives) | OPNFV, ONAP developers | The latest status and details of ETSI NFV VNF package specifications including ability to include non-MANO artifacts in a VNF package will be introduced. | Contact: Tetsuya Nakamura (t.nakamura@calelabs.com) |
| 2 | ETSI NFV & LFN collaboration - Functionality, API - | TBD (ETSI NFV representatives) | OPNFV, ONAP developers | A high-level map of the functionalities and concept behind the ETSI NFV APIs will be introduced. Also, support of API client authentication/authorization based on TLS certificates as an alternative to OAuth, management interfaces between MANO and OSS/BSS, and OpenAPI work status will be addressed in order to discuss how ETSI NFV APIs can work with the LFN. | Contact: Tetsuya Nakamura (t.nakamura@calelabs.com) |
| 3 | ETSI NFV & LFN collaboration - Architecture - | TBD (ETSI NFV and ONAP representatives) | OPNFV, ONAP developers | ONAP - ETSI NFV architectural framework alignment proposals will be presented. | Contact: Tetsuya Nakamura (t.nakamura@calelabs.com) |
| 4 | ETSI NFV & LFN collaboration - Testing - | Pierre Lynch / pierre.lynch@keysight.com | OPNFV, ONAP developers, testers | ETSI NFV TST Working Group activities including NFVI compute & network metrics, NFVI benchmarks, and interoperability testing guidelines will be introduced. Direct testing collaboration activities will be discussed. Also,the current ETSI Plugtest operation will be explained, and the collaboration framework for the upcoming co-located Plugfest/Plugtest event in June will be proposed. | Contact: Tetsuya Nakamura (t.nakamura@cablelabs.com) |
| 5 | Cross Community Infra/CICD | TBD | LFN Developers who are interested in how things work across LFN and wider open source ecosystem | All of our communities strive to apply CI/CD and Infra best practices and use certain tools supporting these. There has been substantial amount of work going on in this area and this session will give update on these and how to involve. | Contact: Fatih Degirmenci (fatih.degirmenci@ericsson.com) |
| 6 | ONAP use cases and functional requirements: from Amsterdam to beijing | Alla Goldner alla.goldner@amdocs.com | LFN developers | Description of the evolution we've went through from supporting use cases in Amsterdam to supporting generic functional requirements in Beijing. The process and the scope ofd the requirements will be covered. | Contact: Alla Goldner (alla.goldner@amdocs.com) |
| 7 | Long Duration Stability Test | Yang (Gabriel) Yu , Sridhar | LFN developers | Long duration tests are introduced in OPNFV by test working group and cooperate with Infra working group. Tests for long term stability could be manipulated elaborately to reflect and validate many aspects of the system for stable production usage purpose.The background, methodology, set-ups, specification, upstream and results of stability validation in OPNFV will be discussed. | Contact: Yang (Gabriel) Yu |
| 8 | Build Once Use Many : A Comprehensive Approach to API Validation and collaboration for all stakeholders | sreekalyan devaraj, Luis Gomez | LFN developers, QA professionals, API users, contributors | Automation and programmability are the key aspects of SDN/NFV and thus APIs are at the heart | Contact: sreekalyan devaraj, Luis Gomez |
| 9 | Telecom Service providers PoCs leanings from ONAP Policy Engine with AI/ML predictive inputs | Sana Tariq | Acumous,OPNFV, ONAP developers, Users, contributors | As Cloud and SDN technologies mature, small and large Service Providers around the world are developing their strategy for E2E Service Orchestration. This session will share a service provider’s journey on operationalizing Service orchestration platform, developing evaluation criteria (open source/commercial vendors) architectural issues multiple vs. centralized controllers/orchestration. We will share key learnings from ONAP PoCs using CLAMP project developing advanced use-cases for closed loop orchestration using both real-time analytics and AI/ML predictive inputs to drive policy decisions from ONAP. AI and machine learning will be leveraged to improve resource management in cloud regions, security and drive better customer experience towards 5G | Sana Tariq |
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