保证TCP流带宽公平性的自适应机制。

Shun-liang Zhang, Cheng-qing Ye
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引用次数: 1

摘要

端到端TCP(传输控制协议)拥塞控制可以导致多个TCP连接之间的不公平,这些TCP连接具有不同的往返时间(RTT)。TCP连接的吞吐量与其RTT成反比。为了解决这个问题,研究人员提出了许多方法。现有的rtt感知调理器在拥塞水平较低的情况下工作良好。然而,当拥塞水平高时,它们过度保护长RTT流并饿死短RTT流。为此,提出了一种基于自适应思想的改进方法。该机制可以根据网络拥塞程度自适应调整对长RTT流的保护程度。大量的仿真实验表明,该机制能够有效地保证TCP流的带宽公平性,并优于现有的算法。
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An adaptive mechanism to guarantee the bandwidth fairness of TCP flows.

End-to-end TCP (transmission control protocol) congestion control can cause unfairness among multiple TCP connections with different RTT (Round Trip Time). The throughput of TCP connection is inversely proportional to its RTT. To resolve this problem, researchers have proposed many methods. The existing proposals for RTT-aware conditioner work well when congestion level is low. However, they over-protect long RTT flows and starve short RTT flows when congestion level is high. Due to this reason, an improved method based on adaptive thought is proposed. According to the congestion level of networks, the mechanism can adaptively adjust the degree of the protection to long RTT flows. Extensive simulation experiments showed that the proposed mechanism can guarantee the bandwidth fairness of TCP flows effectively and outperforms the existing methods.

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