Kenji Kurata

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According to the past researches, a TCP Ve-gas version is able to achieve higher throughput than TCP Tahoe and Reno versions, which are widely used in the current Internet. However, we need to consider a migration path for TCP Vegas to be deployed in the Internet. By fo-cusing on the situation where TCP Reno and Vegas connections share the bottleneck link,(More)
In this paper, we first investigate the fairness between TCP Reno and TCP Vegas by focus-ing on the situation where Reno and Vegas connections share the bottleneck link. From the analysis and the simulation results, we find that the performance of TCP Vegas is much smaller than that of TCP Reno as opposed to an expectation on TCP Vegas. The RED algorithm(More)
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