Architecture of the hybrid MCG-mesh testbed

A. Zimmermann, M. Günes, Martin Wenig, J. Ritzerfeld, Ulrich Meis
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引用次数: 15

Abstract

The study of wireless and mobile networks is mainly based on simulations. Although simulation environments offer a convenient combination of flexibility and controllability, their largest disadvantage is that the results gained by using them are difficult to transfer into reality. This is due to the complex environment of mobile and wireless networks.In this paper we introduce a hybrid testbed approach, which consists of real mesh nodes and a virtualization environment. This combination provides on the one hand a flexible development environment for distributed network protocols and applications, and on the other hand a high degree in realism. Therefore, it allows the design and conduction of large scale networks where the results are easily transferred to the real world.
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混合MCG-mesh试验台结构
无线和移动网络的研究主要基于仿真。尽管仿真环境提供了灵活性和可控性的便利组合,但其最大的缺点是使用它们获得的结果难以转化为现实。这是由于移动和无线网络的复杂环境。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。这种组合一方面为分布式网络协议和应用程序提供了灵活的开发环境,另一方面又提供了高度的现实性。因此,它允许大规模网络的设计和传导,其结果很容易转移到现实世界。
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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