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Autonomous Full-Mesh Network for Large-Scale Outdoor Sensing (Short Paper)

机译:自主的全网格网络,用于大规模户外传感(短论文)

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In recent years, large field sensing has been widely studied whereby an application for representative agricultural and disaster reduction utilizes a wireless sensor network (WSN). However, outdoor field sensing involves problems related to communication quality and distance. Particularly, the communication reliability in portable wireless sensor networks is greatly influenced by the surrounding environmental factors which affects the communication nodes' movement. Unlike fixed wireless sensor networks, radio wave conditions are dynamic, which yields many differences such as the effects of plants. Both the performance and communication quality are addressed by proposing a full-mesh network capable of high speed re-connecting at the time of the failure. We evaluated the problems by deploying outdoor sensor nodes based on our proposed system.
机译:近年来,已经广泛地研究了大范围感测,从而在代表性的农业和减灾应用中利用无线传感器网络(WSN)。然而,户外领域感测涉及与通信质量和距离有关的问题。特别地,便携式无线传感器网络中的通信可靠性受到周围环境因素的极大影响,周围环境因素影响通信节点的移动。与固定无线传感器网络不同,无线电波条件是动态的,这会产生许多差异,例如植物的影响。通过提出一个能够在发生故障时进行高速重新连接的全网状网络来解决性能和通信质量。我们通过基于我们提出的系统部署室外传感器节点来评估问题。

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