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- Vimal Begwani - AT&T
- Rajesh Gadiyar rajesh.gadiyar@intel.com
- Margaret Chiosi - Huawei
- Sastry Isukapalli - AT&T
- Ankitkumar Patel - AT&T
- Danny Lin - VMware
- Sumit Verdi - VMware
- Xinhui Li - VMware
- Bin Hu - AT&T
- Gil Hellmann - Wind River
- Sarat Puthenpura - AT&T
- Shankaranarayanan Puzhavakath Narayanan - AT&T (Remote - EST)
- Jing Wang - Huawei
- Isaku Yamahata - Intel
- Alex Vul - Intel
- Srinivasa Addepalli - Intel
- Bin Yang - Wind River
- Chuanyu Chen - Huawei
- David Shadmi - AT&T
Ramesh Tammana - VMware
- Gaurav Gupta - VMware
- Arun Arora - VMware
- Maopeng Zhang - ZTE
- Dénes Németh - Nokia
Pam Dragosh - AT&T
Kang Xi - Huawei
Alla Goldner - Amdocs
Chengli Wang - China Mobile
- Stephen Terrill - Ericsson
- Catherine Lefevre - AT&T
- Dan Timoney - AT&T
- Yoav Kluger - Amdocs
- Dénes Németh - Nokia
- Amir Levy - Cloudify
- Nati Shalom - Cloudify
- Nagesha Subramanya - Nokia
- Borislav Glozman - Amdocs
- Bin Yang - Wind River
- William Diego Maza - Orange
- Eric Debeau - Orange
- Pawel Pawlak - Orange
- Vincent Colas - Orange
- Arthur Berezin - Cloudify
- Yang Xu - Huawei
- Earle West (AT&T Remote EST)
- Michela Bevilacqua - Ericsson
- Nikhil Shah - TechM
- Randa Maher (Remote - EST timezone)
- Lingli Deng - China Mobile
- Davide Cherubini - Vodafone
- Michael Lando - AT&T
- Manoj Nair - NetCracker
- Jianguo Zeng - Huawei
- Lusheng Ji - AT&T
Subtopic 1: Multi-Cloud Architectural Vision Introduction
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Presenters: AT&T, VMware, Wind River, Intel (to confirm)
Subtopic 2:
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Performance & Isolation - "Towards a performance-aware and portable cloud-agnostic Infrastructure"
Description: Multi-vendor cloud portability and interoperability while delivering performance is a mandatory feature of distributed DC deployments. The practical challenge in achieving this goal is the lack of standardization of Platform-aware and QoS features, for example extra specs in OpenStack, which results in a vertically integrated solution. This session will focus on a hierarchical cloud-platform-aware architectural framework with separation of collection, storage, processing functions and real-time vs historical analytics components. In this framework, Multi Cloud will deliver a standardized infrastructure class statistics model for driving ONAP component/VNF placement/change management across distributed DC multi cloud instances through ONAP-OF, DCAE and other components. The benefit to ONAP platform, across all use cases, will be delivering the best performance and security while minimizing costhow Multi Cloud can offer policy standardization and translation as a microservice for platform-aware and QoS features (hard-guarantee, min-guarantee, best effort etc.) for addressing this challenge and how NFV application classes such as IMS/EPC Control/Data Plane can benefit from this framework.
Suggested Audience: ONAP-OF, DCAEVNF Requirements/Modelling, A&AI, Policy, SO, OOMVF-C, SDNAPP-C, DMaaPSDC
Estimated Duration: .5 hrs.
Subtopic Lead: Bin Yang, Wind River, AT&Tbin.yang@windriver.com
Presenters: VMware, Wind River, AT&T, Intel
Subtopic 3:
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SDN - "Architectural options for Multi-vendor SDN Controller and Multi Cloud Deployments in a DC"
Description: Multi-vendor cloud portability and interoperability while delivering performance is a mandatory feature of distributed DC deployments. The practical challenge in achieving this goal is the lack of standardization of Platform-aware and QoS features, for example extra specs in OpenStack, which results in a vertically integrated solutioncomponents in a DC including underlay, overlay, gateway and SDN Controllers for the same pose various architectural challenges in terms interoperability, security etc. This session will focus on how Multi Cloud can offer policy standardization and translation as a microservice for platform-aware and QoS features (hard-guarantee, min-guarantee, best effort etc.) for addressing this challenge and how NFV application classes such as IMS/EPC Control/Data Plane can benefit from this frameworkan in depth analysis of the architectural options including related efforts such as OpenStack Gluon. This proposal also addresses communication latency-bound multi-side physical DCs which can be treated as a single virtual DC for management purposes.
Suggested Audience: VNF Requirements/Modelling, A&AI, Policy SDN-C, SO, VF-C, APP-C, SDC, OOM
Estimated Duration: .5 hrs.
Subtopic Lead: Bin Yang, Wind River, bin.yang@windriver.com AT&T
Presenters: Wind RiverAT&T, Intel, Huawei, VMware
Subtopic 4:
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FCAPS Telemetry - "Standardized Infrastructure Class statistics Model"
Description: Multi-vendor components in a DC including underlay, overlay, gateway and SDN Controllers for the same pose various architectural challenges in terms interoperability, security etc. This session will focus on an in depth analysis of the architectural options including related efforts such as OpenStack Gluon. This proposal also addresses communication latency-bound multi-side physical DCs which can be treated as a single virtual DC for management purposesa hierarchical cloud-platform-aware architectural framework with separation of collection, storage, processing functions and real-time vs historical analytics components. In this framework, Multi Cloud will deliver a standardized infrastructure class statistics model for driving ONAP component/VNF placement/change management across distributed DC multi cloud instances through ONAP-OF, DCAE and other components. The benefit to ONAP platform, across all use cases, will be delivering the best performance and security while minimizing cost.
Suggested Audience: SDN-C, SO, VF-C, APP-C, SDC, OOM ONAP-OF, DCAE, A&AI, Policy, OOM, SDN-C, DMaaP
Estimated Duration: .5 hrs.
Subtopic Lead: AT&T
Presenters: VMware, Wind River, AT&T, Intel, Huawei, VMware
Kubernetes vs Dockers Swarm supporting ONAP-OOM on multi-cloud multi-stack environment
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Estimated Duration: 1 hrs.
Desired Scheduling: After Topic 1 and Before Before Architecture and TSC meetings.
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