Making Trustable Satellite Experiments: An Application to a VoIP Scenario

A. Auger, E. Lochin, N. Kuhn
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引用次数: 11

Abstract

How many times have ever asked yourself: "Can I trust my satellite experiments' outcome?". Performing experiments on real satellite system can either be (1) costly, as the radio resource may be scarce or (2) not possible, as you can hardly change the waveforms transmitted by the satellite platform. Moreover, assessing user applications QoE can hardly be done using only simulated environments while the QoS modeling of a satellite system can often lead to non-conclusive or ambiguous results. The aim of this paper is to bring out representative solutions allowing the networking community to drive consistent experiments using open-source tools. To this end, we compare Mininet and OpenSAND satellite emulator to a real satellite access provided by CNES. We consider VoIP traffic to analyze the trade-off between reliability of the results, ease of use and reproducibility of the experiments.
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建立可信赖的卫星实验:在VoIP场景中的应用
有多少次你问过自己:“我能相信我的卫星实验的结果吗?”在真正的卫星系统上进行实验可能是:(1)昂贵的,因为无线电资源可能是稀缺的;(2)不可能的,因为你很难改变卫星平台发射的波形。此外,仅使用模拟环境很难评估用户应用程序的QoS,而卫星系统的QoS建模通常会导致不确定或模棱两可的结果。本文的目的是提出具有代表性的解决方案,允许网络社区使用开源工具驱动一致的实验。为此,我们将Mininet和OpenSAND卫星模拟器与CNES提供的真实卫星访问进行了比较。我们考虑VoIP流量来分析结果的可靠性,易用性和实验的可重复性之间的权衡。
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