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Study on the Effect of Route Buffer on TCP Congestion Control and Its Improvement

机译:路由缓冲区对TCP拥塞控制的影响及其改进研究

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摘要

After analyzing the rule of TCP congestion window protocol based on AIMD, the paper deduces the requisite route buffer and queuing delay of standard TCP and N-TCP when link reaches 100% utilization rate, and discusses the effect to the two achieving throughputs (bandwidth utilization) when the router buffer changes. Theoretical analysis and simulation show that, with the router buffer decreasing and other conditions unchanged, TCP Reno's throughput reduces significantly; However N-TCP maintains a high utilization still; it is superior to TCP Reno in adaptability and stability to the variety of router buffer obviously.
机译:在分析了基于AIMD的TCP拥塞窗口协议的规则后,推导了链路达到100%利用率时所需的标准TCP和N-TCP的路由缓冲区和排队延迟,并讨论了这两种对实现吞吐量(带宽利用率)的影响),当路由器缓冲区更改时。理论分析和仿真表明,在路由器缓冲区减少和其他条件不变的情况下,TCP Reno的吞吐量显着降低;但是,N-TCP仍然保持较高的利用率。它对各种路由器缓冲区的适应性和稳定性明显优于TCP Reno。

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