CMT-SCTP在真实网络实验室中的实现

I. A. Halepoto, F. Lau, Zhixiong Niu
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引用次数: 3

摘要

在本研究中,我们在真实的实验室网际网路设置中实现CMT-SCTP(流控制传输协议的并发多路径传输扩展)。SCTP是一种创新的传输层协议,它具有可靠的性能,提供了多宿主和多流传输等服务。CMT扩展允许同时利用多路径在两台主机之间达到更高的数据传输速率,这有利于新兴的多接口设备。在CMT-SCTP优化方面的文献表明,研究人员使用了几种仿真工具来进行性能评估、验证命题以及实验SCTP/CMT-SCTP的进一步扩展。事实上,这样的工具很方便,可以快速验证提案的结果。我们首先建立了一个真实的实验室Internet设置,然后设计了一些CMT-SCTP的测试场景。为了验证我们的实现,需要在测试场景上进行模拟,以便在实验室设置实验之前设置参考输出。CMT-SCTP在实际实验室装置上成功实现的实验结果与参考输出比较吻合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of CMT-SCTP in real internet lab setup
In this study we implement CMT-SCTP (Concurrent Multipath Transfer extension of the Stream Control Transmission Protocol) in a real lab Internet setup. SCTP is an innovative transport layer protocol, which is reliable and provides services such as multihoming and multistreaming. CMT extension allows simultaneous utilization of multipaths for reaching the higher data transmission rate between two hosts, which is beneficial for the emerging multi-interface devices. The literature on CMT-SCTP optimization shows that, there are several simulation tools used by the researchers for performance evaluation, to validate propositions and to experiment the further extensions of SCTP/CMT-SCTP. Indeed, such tools are convenient and can quickly verify the proposal results. We establish a real lab Internet setup first and then design a number of test scenarios for CMT-SCTP. To verify our implementation the simulations needs to be performed on the test scenarios to set a reference output prior to the lab setup experiments. The experiment results from the successful implementation of CMT-SCTP on the real lab setup agrees to the reference output reasonably.
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