Title :
Scalable forwarding for information-centric networks
Author :
Weizhen Yang ; Trossen, Dirk ; Tapolcai, Janos
Author_Institution :
Imperial Coll. London, London, UK
Abstract :
Information-centric networking (ICN)1 is a new communication paradigm, which has been increasingly attracting attention in the wider research community. Its focus on information provides an alternative to the endpoint-centric model of today´s Internet. While architectural foundations for ICN have been laid out in many ongoing efforts, solutions to forwarding information in such new networking environment still remain a challenge. Our criteria for a solution to this challenge are efficiency in terms of achievable link speed and scalability in terms of supported sizes of the network, while supporting multicast as a native operation. Our solution in this paper provides scalability through an extensible addressing format while keeping the forwarding operation efficient in terms of required state as well as forwarding performance.
Keywords :
Internet; ICN; Internet; architectural foundations; communication paradigm; endpoint-centric model; forwarding operation efficient; forwarding performance; information-centric networking; link speed; networking environment; scalability; scalable forwarding; Context; Encoding; Internet; Network topology; Prototypes; Scalability; Topology; Bloom filter; information-centric networking;
Conference_Titel :
Communications (ICC), 2013 IEEE International Conference on
Conference_Location :
Budapest
DOI :
10.1109/ICC.2013.6655118