移动无线传感器网络TestBed

Arnis Salmins, J. Judvaitis, Rihards Balass, K. Nesenbergs
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引用次数: 6

摘要

在开发无线传感器网络或嵌入式设备时,调试和测试是一个耗时且复杂的过程。它涉及繁琐的日常工作,特别是在实际环境中进行测试时。更糟糕的是,模拟和仿真还不足以部署新的嵌入式设备,因为它们与不断变化的现实世界条件相距甚远。其中一些问题可以通过试验台解决,从而大大提高原型速度,但由于试验台节点的移动性有限,试验台仍然在半真实世界的条件下运行。在本文中,作者提出了一种在不牺牲任何功能的情况下在现实环境中提供测试平台功能的方法。作者提供了移动节点的实现和评估,证明它们可以在实际的现实世界场景中用于原型嵌入式设备,同时使用固定测试平台提供的所有功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile wireless sensor network TestBed
When developing a wireless sensor network or embedded device debugging and testing is a time consuming and complex process. It involves tedious routine works, especially when testing is done in real-world environment. To make things worse, simulations and emulations are not sufficient for deployment of new embedded devices, since they are too far from ever changing real world conditions. Some of those problems are solved by testbeds, allowing to increase the prototyping speed by quite a margin, but testbeds still operate in some-what semi real-world conditions due to limited mobility of testbed nodes. In this paper authors present an approach to provide testbed functionality in real-world environment without making any sacrifices on functionality. Authors provide the implementation and evaluation of mobile nodes proving that they can be used to prototype embedded devices in actual real-world scenarios while using all the functionality a stationary testbed provides.
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