End-to-end service delivery often includes transparently inserted Network Functions (NFs) in the path. Flexible service chaining will require dynamic instantiation of both NFs and traffic forwarding overlays. Virtualization techniques in compute and networking, like cloud and Software Defined Networking (SDN), promise such flexibility for service providers. However, patching together existing cloud and network control mechanisms necessarily puts one over the above, e.g., OpenDaylight under an OpenStack controller. We designed and implemented a joint cloud and network resource virtualization and programming API. In this demonstration, we show that our abstraction is capable for flexible service chaining control over any technology domains.

Multi-Domain Service Orchestration Over Networks and Clouds: A Unified Approach / Sonkoly, Balázs; Czentye, János; Szabo, Robert; Jocha, Dávid; Elek, János; Sahhaf, Sahel; Tavernier, Wouter; Risso, FULVIO GIOVANNI OTTAVIO. - In: COMPUTER COMMUNICATION REVIEW. - ISSN 0146-4833. - STAMPA. - 45:4(2015), pp. 377-378. [10.1145/2829988.2790041]

Multi-Domain Service Orchestration Over Networks and Clouds: A Unified Approach

RISSO, FULVIO GIOVANNI OTTAVIO
2015

Abstract

End-to-end service delivery often includes transparently inserted Network Functions (NFs) in the path. Flexible service chaining will require dynamic instantiation of both NFs and traffic forwarding overlays. Virtualization techniques in compute and networking, like cloud and Software Defined Networking (SDN), promise such flexibility for service providers. However, patching together existing cloud and network control mechanisms necessarily puts one over the above, e.g., OpenDaylight under an OpenStack controller. We designed and implemented a joint cloud and network resource virtualization and programming API. In this demonstration, we show that our abstraction is capable for flexible service chaining control over any technology domains.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2616021