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Simulations of TCP Congestion Control Mechanism Model With Large Buffer Size

机译:大缓冲区大小的TCP拥塞控制机制模型的仿真

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Transmission Control Protocol(TCP) is the main protocol of the transport layer in today's Internet. Many works have studied the performance of TCP and researcher are trying to analytically characterizing the throughput of TCP's congestion control mechanism. In this paper, we summarize the works and present the simulation result with large buffer size and give an qualitative analysis of the result. Our conclusion is that the RTT is not increased by linear, but by quadric when the buffer size of the bottleneck is large enough. Our goal is to estimate the average queue length of the buffer size and develop a TCP model based on RTT and the average queue length.
机译:传输控制协议(TCP)是当今Internet传输层的主要协议。许多工作已经研究了TCP的性能,研究人员正在尝试分析表征TCP的拥塞控制机制的吞吐量。在本文中,我们总结了工作,并给出了具有较大缓冲区大小的仿真结果,并对结果进行了定性分析。我们的结论是,当瓶颈的缓冲区大小足够大时,RTT不会线性增加,而会增加二次。我们的目标是估计缓冲区大小的平均队列长度,并基于RTT和平均队列长度开发TCP模型。

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