Enhanced redirection strategy for peer to peer services in high-speed and large-capacity ethernet passive optical networks

Abstract

<jats:title>Abstract</jats:title><jats:p>An important problem of network traffic is how to efficiently carry massive amounts of data traffic generated by Peer-to-Peer (P2P) services in high-speed and large-capacity optical access networks. P2P file-sharing traffic is regarded as one of the biggest bandwidth consumption in the world. Internet service providers can reduce the bandwidth burden in the feeder fiber by localizing the network traffic. In this paper, we propose an enhanced redirection strategy based on the optimized MPCP protocol (ERS-MPCP) to redirect the traffic into the access network and reduce the latency. A Markov chain is used for mathematical modeling. In the proposed strategy, we build a simulation platform for network simulation. Simulation results show that our strategy can improve the overall redirection success rate by up to 9%, thereby reducing the data traffic burden on the core network.</jats:p>

Cloud‐edge collaboration based peer to peer services redirection strategy for passive optical network

“…The relationship between OLT and ONU is master/slave communication. The OLT communicates with ONU to handle requests from users [11]. OLT centrally manages computing resources and storage resources.…”