WHYNET: a hybrid testbed for large-scale, heterogeneous and adaptive wireless networks

Junlan Zhou, Z. Ji, Maneesh Varshney, Zhiguo Xu, Yi Yang, M. Marina, R. Bagrodia
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引用次数: 36

Abstract

We present an overview of the WHYNET (Wireless HYbrid NETwork) testbed, currently being developed for realistic and scalable evaluation of next-generation wireless network protocols and applications. WHYNET framework enables seamless integration of physical, simulation and emulation components in a single framework, and allows the use of any combination of those components when evaluating a target wireless network scenario. In this article, we describe the rationale behind our hybrid testbed approach, and give an overview of the architectural components of the hybrid testbed and key technical challenges addressed in its design. Further, we present several case studies to demonstrate the value of the hybrid testbed for realistic and scalable evaluation of a broad range of wireless network scenarios, focusing on cross-layer interactions, heterogeneous and large-scale wireless networks.
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WHYNET:用于大规模、异构和自适应无线网络的混合测试平台
我们介绍了WHYNET(无线混合网络)测试平台的概述,该平台目前正在开发中,用于对下一代无线网络协议和应用进行现实和可扩展的评估。WHYNET框架能够在单一框架中无缝集成物理、仿真和仿真组件,并允许在评估目标无线网络场景时使用这些组件的任何组合。在本文中,我们描述了混合测试平台方法背后的基本原理,并概述了混合测试平台的体系结构组件以及在其设计中解决的关键技术挑战。此外,我们提出了几个案例研究,以展示混合测试平台对广泛无线网络场景的现实和可扩展评估的价值,重点是跨层交互,异构和大规模无线网络。
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