Fundamental study on adaptive ACK link control for downloading based on TCP connection in mobile wireless communication

O. Takyu, Yohsuke Seki, T. Yamasaki, T. Fujii, Y. Umeda, Xiaoqiu Wang, S. Konishi
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引用次数: 0

Abstract

TCP service constructs high quality end-to-end communication link. TCP needs two way communication links. First link and second one are necessary for transmitting data packet from source to destination and ACK packet form destination to source, respectively. Therefore, TCP throughput strictly depends on both links. In wireless communication, the link speed is time selective due to shadowing effect. When the link speed is dramatically changed during the event of downloading, the impact of time selective link speed should be significant. In this paper, we clarify the impact of fluctuating link speed to TCP throughput by network simulator. In addition, we propose the adaptive link speed control of ACK link for achieving large ACK throughput. We also confirm the effect of proposed technique by network simulator.
移动无线通信中基于TCP连接的下载自适应ACK链路控制的基础研究
TCP服务构建了高质量的端到端通信链路。TCP需要双向通信链路。第一条链路和第二条链路分别用于数据包从源到目的的传输和ACK数据包从目的到源的传输。因此,TCP吞吐量严格依赖于这两条链路。在无线通信中,由于阴影效应,链路速度具有时间选择性。当下载过程中链路速度发生剧烈变化时,时间选择性链路速度的影响应该是显著的。在本文中,我们阐明了波动的链路速度对TCP吞吐量的影响网络模拟器。此外,为了实现更大的ACK吞吐量,我们提出了ACK链路的自适应链路速度控制。通过网络仿真验证了所提技术的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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