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Enhancing Multimedia Experience in Satellite Communication Systems with AQM-Based Traffic Controllers

机译:使用基于AQM的交通控制器增强卫星通信系统中的多媒体体验

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This paper deals with an algorithm of the SatelliteTerminal, more precisely, it contributes to the Quality ofService management of the return link, a central problem insatellite network (compared to wire network) due to the satellite delay and the scare uplink resources. Instead of oversizing the connection, which could be very expensive, we aim at reaching an optimal exploitation of uplink resources. In order to solve this problem, we design a congestion control mechanism (an Active Queue Management). This mechanism is equivalent to a controller designed by using the Automatic methods. This article treats two different Active Queue Management strategies, a robust proportional integral and a robust deadtime based controllers. These mechanisms are applied to anexisting model of the Transmission Control Protocol for wirenetwork that we adapt to the satellite network. The different methods are simulated on Network Simulator and compared to the DropTail mechanism.
机译:本文讨论了SatelliteTerminal的算法,更准确地说,它有助于回程链路的服务质量管理,由于卫星延迟和上行链路资源匮乏而导致的卫星网络(与有线网络相比)的中心问题。与其过度连接(这可能会非常昂贵),我们的目标是实现对上行链路资源的最佳利用。为了解决此问题,我们设计了一种拥塞控制机制(Active Queue Management)。该机制等效于使用“自动”方法设计的控制器。本文介绍了两种不同的活动队列管理策略,一个鲁棒的比例积分和一个鲁棒的基于死区时间的控制器。这些机制被应用于我们适应卫星网络的有线网络传输控制协议的现有模型。在Network Simulator上模拟了不同的方法,并将它们与DropTail机制进行了比较。

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