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Investigating high-speed transport protocol flows on 10-gigabit testbed JGNII; with monitoring the Linux kernel internally

机译:研究10 Gb测试台JGNII上的高速传输协议流;内部监控Linux内核

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The recent deployment of high-speed network equipment has made it possible for us to enjoy the benefit of high-speed transport protocols in 10-gigabit-class networks. However, a TCP flow in such high-speed environments might cause extremely bursty traffic that could create a bottleneck anywhere in the end-to-end path, i.e., sender/receiver hosts could be bottlenecks. Therefore, we have been developing TCPVisible, an easy-to-use tool for monitoring TCP/UDP-related internal dynamics at sender and receiver hosts in detail, which allows us to know when and where packet losses have occurred internally in the kernel. We introduce preliminary experiments in this paper investigating the performance of two kinds of high-speed transport protocols (HTCP and BIC) in 10-Gbps paths between the US and Japan, where the usefulness of TCPVisible could be demonstrated.
机译:高速网络设备的最新部署使我们有可能在10 Gb级网络中享受高速传输协议的好处。但是,在这样的高速环境中,TCP流可能会导致极度突发的流量,从而可能在端到端路径中的任何地方产生瓶颈,即,发送方/接收方主机可能会成为瓶颈。因此,我们一直在开发TCPVisible,这是一种易于使用的工具,用于详细监视发送方和接收方主机上与TCP / UDP相关的内部动态,这使我们能够知道内核内部何时何地发生数据包丢失。在本文中,我们将进行初步实验,以研究两种高速传输协议(HTCP和BIC)在美国和日本之间的10 Gbps路径中的性能,从而可以证明TCPVisible的有用性。

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