作者
Jo Ueyama, Heitor Freitas, Bruno S Faiçal, PR Geraldo Filho, Pedro Fini, Gustavo Pessin, Pedro H Gomes, Leandro A Villas
发表日期
2014/12/11
期刊
IEEE Communications Magazine
卷号
52
期号
12
页码范围
81-87
出版商
IEEE
简介
A wireless sensor network is liable to suffer faults for several reasons, which include faulty nodes or even the fact that nodes have been destroyed by a natural disaster, such as a flood. These faults can give rise to serious problems if WSNs do not have a reconfiguration mechanism at execution. It should be noted that many WSNs designed to detect natural disasters are deployed in inhospitable places and depend on multihop communication to allow the data to reach a sink node. As a result, a fault in a single node can leave a part of the system inoperable until the node recovers from this failure. In light of this, this article outlines a solution that entails employing unmanned aerial vehicles to reduce the problems arising from faults in a sensor network when monitoring natural disasters like floods and landslides. In the solution put forward, UAVs can be transported to the site of the disaster to mitigate problems caused …
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