Modeling and Understanding the Round-trip Time in the Fluid Flow Model

机译：建模和理解流体流动模型中的往返时间

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Based on the fluid flow model which described the window-size behavior in transmission control protocol (TCP), V. Misra worked out the expected congestion window size while the round-trip time (RTT) was a constant. However, in this paper, the expected congestion window size and some analytical results are obtained theoretically while RTT varies as an ordinary or a stochastic function. The introduction of stochastic processes for modeling RTT helps to understand the window-size behavior in congestion networks in a brand-new way.

机译：V. Misra基于描述了传输控制协议（TCP）中窗口大小行为的流体模型，计算了预期的拥塞窗口大小，而往返时间（RTT）是一个常数。然而，在本文中，当RTT作为普通函数或随机函数变化时，理论上可以获得预期的拥塞窗口大小和一些分析结果。引入用于建模RTT的随机过程有助于以全新的方式了解拥塞网络中的窗口大小行为。

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《2012 International Conference on Connected Vehicles and Expo》|2012年|120-123|共4页
会议地点 Beijing(CN);Beijing(CN)
作者
Wang Hui; Ji Zhenzhou; Li Xiaofan; Wang Xiangjun;
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Modeling and Understanding the Round-trip Time in the Fluid Flow Model

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