Research on TCP congestion window smoothing control algorithm based on traffic awareness

Bing Han, Lijun Wang, Zhenliang Li
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Abstract

In view of the current TCP congestion control slow-start algorithm and its waste of bandwidth due to short connections, network congestion and packet loss caused by the rapid growth of the congestion window in the later period, this paper studies the slow-start algorithm part of the TCP transmission protocol. Considering the characteristics of the current relatively high-speed network, this paper proposes an improved slow start algorithm with traffic awareness. By statistical analysis of data transmission in the network, the algorithm dynamically determines the initial congestion window size of slow start, and dynamically adjusts the congestion window by tracking the changes of real-time network traffic. In the slow start stage, the smoothness of the congestion window is further analyzed, and the smoothness of the window growth is corrected in real time, so that the congestion window does not increase exponentially, but increases by a more efficient power function. The results of this experiment show that the improved algorithm slows down the growth rate of the congestion window and improves the smoothness of the window growth. It also significantly improved the data transmission rate and throughput.
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基于流量感知的TCP拥塞窗口平滑控制算法研究
针对目前TCP拥塞控制慢启动算法由于连接短、后期拥塞窗口快速增长导致网络拥塞和丢包而造成的带宽浪费,本文对TCP传输协议的慢启动算法部分进行了研究。针对当前高速网络的特点,提出了一种改进的带流量感知的慢启动算法。该算法通过对网络中数据传输的统计分析,动态确定慢启动的初始拥塞窗口大小,并通过跟踪实时网络流量的变化动态调整拥塞窗口。在慢启动阶段,进一步分析拥塞窗口的平滑性,并实时校正窗口增长的平滑性,使拥塞窗口不呈指数增长,而是以更有效的幂函数增长。实验结果表明,改进算法减缓了拥塞窗口的增长速度,提高了窗口增长的平滑度。它还显著提高了数据传输速率和吞吐量。
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