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Facilitating ICN deployment with an extended open flow protocol

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Author: Zuraniewski, P. · Adrichem, N. van · Ravesteijn, D. · IJntema, W. · Papadopoulos, C. · Fan, C.
Type:article
Date:2017
Publisher: Association for Computing Machinery, Inc
Source:4th ACM Conference on Information-Centric Networking, ICN 2017. 26 September 2017 through 28 September 2017, 123-133
Identifier: 782436
ISBN: 9781450351225
Keywords: ICN Deployment · Performance Evaluation · Softwarized Networks · Network function virtualization · Software defined networking · Error-prone process · Information-centric · Internet infrastructure · Named data networkings · Network functionality · Internet protocols · 2016 ICT ICT · CSR - Cyber Security & Robustness NTW - Networks · TS - Technical Sciences

Abstract

Named-Data Networking (NDN) is proposed as an approach to evolve the Internet infrastructure from a host- to an informationcentric (ICN) approach, which is better suited to the current usage of the Internet. However, the deployment of a global NDN-based Internet is still a long way out of reach. The most likely scenario for a global NDN network will be the one based on NDN 'islands' or domains, where interior forwarding and routing of packets is based on NDN principles. The interconnection of NDN domains involves human configuration to set up IP tunnels, implying an unscalable, tedious and error-prone process resulting in static con!guration incapable of reacting to ad-hoc requirements or network changes. Leveraging the "exibility of Software-Defined Networking (SDN) can solve aforementioned problems. Due to its dynamic nature, SDN can automatically recognize an NDN service and instruct switches to set up the configuration for actual service deployment. Such a solution significantly eases the deployment of NDN networks. In this paper, we propose a hybrid solution where we combine Software-Defined Networking, more specifically Open Flow, and eBPF to perform control plane configuration and data plane programmability respectively, to realize connectivity within and across NDN domains. To do so, we have designed eBPF filters that match on NDN traffc, extended the Open Flowprotocol to configure switch data planes with these match filters and enhanced an Open Flow switch to act accordingly. Our OpenFlow controller written for Ryu performs routing on NDN names and configures switches correspondingly. Additionally, our controller detects NDN domains and sets up IP tunnels between them. Our evaluation shows that our proof-of-concept on, among others, the SciNet testbed autocon- figures an NDN network, successfully providing end-to-end NDN network functionality across multiple domains.