Implementation Design of Available Bandwidth Measurement Scheme: A Proxy based Approach

A. Paul, Atsuo Tachibana, T. Hasegawa
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引用次数: 2

Abstract

To widely deploy the performance measurement scheme on wireless access networks, in this paper, implementation design of an active measurement scheme with off-the-shelf Android smart-phones is presented and the data transformation server on the network paths is introduced as a proxy server. The presented scheme efficiently estimates the available bandwidth based on a proxy technique that conveys application data by piggybacking inside the probing packets, which results in a significantly fewer overheads of native active measurement. At the same time, since the scheme is accomplished without relying on superuser (root) privileges on off-the-shelf Android smart-phones and without any changes to the existing client applications and legacy servers, it has considerable potential for general acceptance. Through the preliminary experiments with the prototype implementation on the Internet, we confirmed the feasibility and the effectiveness of the proposed scheme where "deployability" is the chief concern.
可用带宽测量方案的实现设计:基于代理的方法
为了在无线接入网络上广泛部署性能测量方案,本文提出了一种基于Android智能手机的有源测量方案的实现设计,并在网络路径上引入数据转换服务器作为代理服务器。该方案基于一种代理技术有效地估计可用带宽,该技术通过在探测包内承载应用程序数据来传输应用程序数据,从而大大减少了本机主动测量的开销。同时,由于该方案的实现不依赖于现成Android智能手机上的超级用户(根)权限,也不需要对现有客户端应用程序和遗留服务器进行任何更改,因此它具有广泛接受的巨大潜力。通过在Internet上原型实现的初步实验,我们证实了所提出方案的可行性和有效性,其中“可部署性”是主要关注的问题。
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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