Proportional rate reduction for ns-3 TCP

Viyom Mittal, Vivek Jain, M. Tahiliani
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引用次数: 3

Abstract

The implementation of Transmission Control Protocol (TCP) in the Linux kernel has kept pace with its ongoing research. However, it is not the case with the implementations of TCP in network simulators. This limitation has been a major hindrance in thoroughly evaluating the performance of new TCP extensions, since carrying out real-time experimental evaluations is a non-trivial task. Recently, there have been significant efforts to align the TCP implementation in ns-3 to that of Linux. Nonetheless, there still exist several features that the implementation of TCP in ns-3 lacks. In this work, the TCP implementation in ns-3 has been extended to support Proportional Rate Reduction (PRR) algorithm. PRR is a de facto loss recovery algorithm used since Linux kernel 3.2. This paper describes the implementation and validation of PRR algorithm in ns-3 and also highlights the need to modularize the implementation of loss recovery algorithms in ns-3.
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ns-3 TCP的比例速率降低
传输控制协议(TCP)在Linux内核中的实现一直与它正在进行的研究保持同步。然而,TCP在网络模拟器中的实现并非如此。这个限制已经成为彻底评估新TCP扩展性能的主要障碍,因为执行实时实验评估是一项非常重要的任务。最近,为了使ns-3中的TCP实现与Linux的实现保持一致,已经做了大量的工作。尽管如此,在ns-3中仍然存在一些TCP实现所缺乏的特性。在这项工作中,ns-3中的TCP实现已经扩展到支持比例速率降低(PRR)算法。自Linux内核3.2以来,PRR实际上是一种损失恢复算法。本文描述了ns-3中PRR算法的实现和验证,并强调了ns-3中损失恢复算法实现模块化的必要性。
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