无线传感器网络中节点电源类型的识别

Konstantin Mikhaylov, J. Tervonen
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引用次数: 15

摘要

现代无线传感器网络(WSN)节点可以使用三种供电方式中的一种:电网、电池或广泛的能量收集系统。对WSN节点上使用的电源类型进行识别的可能性提供了关于节点潜在资源的有价值的信息,例如可以用于改进整个WSN的生存期。此外,WSN节点电源类型识别(PSTID)的可能性允许通过实现基于已识别电源类型信息的WSN节点运行适应方法来统一节点软件,并允许支持高效的WSN节点电源可变性而无需节点重编程。据我们所知,本文是第一篇关注WSN节点PSTID问题并提出相应解决方案的文章。建议的方法允许以最小的资源消耗实现高效的PSTID,同时不需要向WSN节点添加任何硬件组件。该方法已在不同的WSN节点平台和电源选项上实现并进行了实际测试。最后给出了评价结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Node's Power Source Type Identification in Wireless Sensor Networks
Contemporary Wireless Sensor Network (WSN) nodes can use one of the three options for their power supply: the electricity grid, the batteries or the wide range of energy harvesting systems. The possibility of identification for power source type used on the WSN node provides valuable information on the node potential resources, that could be used e.g. for the improvement of the whole WSN lifetime. Additionally, the possibility of WSN node Power Source Type Identification (PSTID) allows unifying the node's software through implementing the methods for WSN node operation adaptation based on the information about identified power source type and allows the support of efficient WSN node power source changeability without node reprogramming. To the best of our knowledge, this article is the first one which focuses on the problem of WSN node PSTID and suggests the appropriate solution. The suggested method allows implementing efficient PSTID with minimum resource consumption while not requiring any hardware components added to the WSN node. The suggested method has been implemented and tested in practice using different WSN node platforms and power source options. The evaluation results are presented in the paper as well.
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