Dynamic Service-specific VNF Management: Difference between revisions
(Created page with "== PoC Team == Altice BT Telefonica Atos Synelixis Thales NEC NCSR Demokritos i2cat iMinds Universitat Paderborn == Main Contact == Peer Hasselmeyer, NEC, [mailto...") |
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== PoC Proposal == | == PoC Proposal == | ||
https://docbox.etsi.org/ISG/NFV/05-CONTRIBUTIONS/2018/NFV(18)000081_Dynamic_Service-specific_VNF_Management.docx | |||
== PoC Report == | == PoC Report == | ||
https://docbox.etsi.org/ISG/NFV/TST/05-CONTRIBUTIONS/2018/NFVTST(18)000097_Final_Report_PoC_44_Dynamic_Service-specific_VNF_Management.docx | |||
Latest revision as of 10:16, 31 August 2018
PoC Team
Altice
BT
Telefonica
Atos
Synelixis
Thales
NEC
NCSR Demokritos
i2cat
iMinds
Universitat Paderborn
Main Contact
Peer Hasselmeyer, NEC, peer.hasselmeyer@neclab.eu
PoC Demos
- IEEE NetSoft, Bologna, Italy, 3-7 July 2017
- Network of the Future 2017, London, UK, 22-24 November 2017
- Webinar: April 2018
Abstract
This proof-of-concept focuses on showcasing enhanced programmability of service deployment and management. The demonstrated use case is that of an enhanced virtual content delivery (vCDN) service. The main enhancement here is the introduction of placement and scalability functionality which is specific to the vCDN service. Such functionality is injected dynamically into the MANO system.
PoC Project Goals
- PoC Project Goal #1: The PoC will demonstrate that a MANO system can be dynamically extended with service-specific and element-specific management capabilities.
- PoC Project Goal #2: The PoC will demonstrate that a service function chain (SFC) can be reconfigured on-demand. It will verify that VNFs can be added and removed dynamically.