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Study of Wireless Sensor Network(WSN) using for slope stability monitoring

机译:无线传感器网络用于边坡稳定性监测的研究

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The traditional monitoring equipment cannot satisfy the request of immediate response for slope instability. This study is aim to provide a simple, effective and immediate alarm system to reduce the damage as much as possible by real time before disasters happens, and take reaction at once. The advanced, high technology of Wireless Sensor Network (WSN) is firstly introduced for this application in Taiwan. MEMS tilt meter, sensitivity with 0.5 degree in X Y direction is used for monitoring the changes from features of slope stability IEEE standard of ZigBee is applied for wireless communication network. Since this intelligent WSN system contains sensors, wireless transmission, and low power supply, each single node becomes a data collection and transmission base. This study, a trial program has significant results show that for any movement from the slope surface, the sensor data can pass through all the nodes. And to reach the server station, then the reaction from management office can be taken at once.
机译:传统的监测设备不能满足对边坡失稳的立即响应的要求。这项研究旨在提供一种简单,有效和即时的警报系统,以在灾难发生之前尽可能实时地减少损失,并立即做出反应。台湾首次为此应用引入了无线传感器网络(WSN)的先进高科技。 MEMS倾斜仪,在X Y方向灵敏度为0.5度,用于监测坡度稳定性特征的变化。ZigBee的IEEE标准适用于无线通信网络。由于此智能WSN系统包含传感器,无线传输和低功耗电源,因此每个单个节点都将成为数据收集和传输的基础。该研究的一个试验程序具有重要结果,该结果表明,对于从斜坡表面进行的任何移动,传感器数据都可以通过所有节点。到达服务器站后,可以立即采取来自管理办公室的反应。

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