Managing bandwidth allocations between competing recreational and non-recreational traffic on campus networks

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Network performance is a serious concern faced by many campus network managers across the country. As demand for entertainment-based Peer-to-Peer (P2P) applications that involve the transfer of large audio and video files continues to grow, managers are faced with the increasingly difficult task of determining how much bandwidth should be allocated to these applications. Unrestricted P2P traffic has the potential to monopolize bandwidth and severely degrade network performance. University IT managers are placed in a particularly difficult position, because they must juggle demands for non-recreational traffic without severely restricting recreational use of the network. This paper discusses a solution for optimizing bandwidth allocations on a campus gateway Internet link.

论文关键词:Network management,Bandwidth optimization,Peer-to-peer traffic,Goal programming,Markov decision process,Traffic shaping

论文评审过程:Received 1 December 2006, Revised 8 January 2008, Accepted 20 January 2008, Available online 4 February 2008.

论文官网地址:https://doi.org/10.1016/j.dss.2008.01.005