R5N: Randomized recursive routing for restricted-route networks
Nathan S. Evans, Christian Grothoff
Abstract
Nathan S. Evans, Christian Grothoff
Abstract
This paper describes a new secure DHT routing algorithm for open, decentralized P2P networks operating in a restricted-route environment with malicious participants. We have implemented our routing algorithm and have evaluated its performance under various topologies and in the presence of malicious peers. For small-world topologies, our algorithm provides significantly better performance when compared to existing methods.
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This paper describes a new secure DHT routing algorithm for open, decentralized P2P networks operating in a restricted-route environment with malicious participants. We have implemented our routing algorithm and have evaluated its performance under various topologies and in the presence of malicious peers. For small-world topologies, our algorithm provides significantly better performance when compared to existing methods.
Key concepts: Network topology, Computer science, Routing (electronic design automation), Distributed computing, Computer network, Static routing, Routing algorithm, Policy-based routing