How to Study Wireless Mesh Networks: A hybrid Testbed Approach

A. Zimmermann, M. Günes, Martin Wenig, Ulrich Meis, J. Ritzerfeld
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引用次数: 41

Abstract

Simulation is the most famous way to study wireless an mobile networks since they offer a convenient combination of flexibility and controllability. However, their largest disadvantage is that the gained results are difficult to transfer into reality since not only the abstraction of the upper network layer are typically high, but also the environment of mobile and wireless networks is very complex. This is due to two reasons. First there are typically many simplifications in the models of the upper networking layers, and second the environment of mobile and wireless networks is in particular complicated and thus difficult to be considered in all details. In this paper we introduce UMIC-mesh, a hybrid testbed approach, that consists of real mesh nodes and a virtualization environment. On the one hand the virtualization allows the development and testing of software as if it was executed on real mesh routers, but in a more repeatable and controllable way. On the other hand the results and conclusions gained by a software evaluation in the testbed can be easily transferred into reality, since the testbed represents a high degree of realism.
如何研究无线网状网络:一种混合试验台方法
仿真是研究无线和移动网络的最著名的方法,因为它们提供了灵活性和可控性的方便组合。然而,它们最大的缺点是所获得的结果难以转化为现实,不仅上层网络层的抽象性通常很高,而且移动和无线网络的环境非常复杂。这是由于两个原因。首先,在上层网络层的模型中通常有许多简化,其次,移动和无线网络的环境特别复杂,因此很难考虑到所有细节。本文介绍了一种由真实网格节点和虚拟化环境组成的混合测试平台方法UMIC-mesh。一方面,虚拟化允许软件的开发和测试,就像在真实的网状路由器上执行一样,但是以一种更可重复和可控的方式。另一方面,由于测试平台代表了高度的真实感,因此在测试平台中通过软件评估获得的结果和结论可以很容易地转化为现实。
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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