Experience with a wireless network testbed based on signal propagation emulation

Kevin C. Borries, Xiaohui Wang, Glenn Judd, P. Steenkiste, D. Stancil
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引用次数: 14

Abstract

The evaluation of wireless research is challenging because signals traveling through the ether are affected by the physical environment, including movement by people and objects. As a result, testbed experiments are hard to control and are non-repeatable. We have developed a wireless networking testbed based on digital signal propagation emulation that provides control over the signal propagation environment. The testbed has been in regular use for research and education since early 2007. In this paper we present measurements illustrating the properties of the emulator testbed. We also compare the results of various experiments on the emulator with simulation results to shed some light on when the increased accuracy of the emulator testbed is important. Finally, we use the experience gained on the emulator to identify classes of experiments for which the emulator is well suited, compared with other evaluation platforms.
具有基于信号传播仿真的无线网络试验台经验
无线研究的评估具有挑战性,因为通过以太传播的信号受到物理环境的影响,包括人和物体的运动。因此,试验台实验难以控制且不可重复。我们开发了一个基于数字信号传播仿真的无线网络测试平台,提供了对信号传播环境的控制。自2007年初以来,该试验台一直定期用于研究和教育。在本文中,我们给出了说明仿真试验台性能的测量结果。我们还将仿真器上的各种实验结果与仿真结果进行了比较,以说明在什么情况下提高仿真试验台的精度是重要的。最后,我们利用在仿真器上获得的经验来确定与其他评估平台相比,仿真器非常适合的实验类别。
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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