首页> 外文会议>Proceedings of Second International Conference on Electrical Systems, Technology and Information 2015 >Chapter 43 A River Water Level Monitoring System Using Android-Based Wireless Sensor Networks for a Flood Early Warning System
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Chapter 43 A River Water Level Monitoring System Using Android-Based Wireless Sensor Networks for a Flood Early Warning System

机译:第43章使用基于Android的无线传感器网络的河流水位监测系统用于洪水预警系统

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The water level of a river needs to be monitored to anticipate the occurrence of flooding. People who live in flood prone areas should know the height of the river water level early enough before flooding occurs. This study had designed and developed a river water level monitoring systems using ultrasonic sensors and a microcontroller-based Android smartphone. The sensor system sends information about the river water level continuously to the microcontroller. The microcontroler analyzes the information and the analysis results are disseminated to the public by means of the Android smartphone equipped with the flood detection application. The test results on the performance of ultrasonic sensors show an average error rate of 1.121 % and an error rate on the speed of change in the water level of 1 cm. Sending SMS on smartphones gets the average delivery time of 5.414 s. For further research, we will design a system monitoring the water level of the river using wireless ultrasonic sensor network as a flood early warning system based on microcontroller and Android smartphone.
机译:需要监测河流的水位,以预测洪水的发生。生活在易发洪水地区的人们应该在洪水发生之前尽早知道河水高度。这项研究设计并开发了使用超声波传感器和基于微控制器的Android智能手机的河流水位监测系统。传感器系统将有关河流水位的信息连续发送到微控制器。微控制器对信息进行分析,并通过配备了洪水检测应用程序的Android智能手机将分析结果发布给公众。超声波传感器性能的测试结果显示,平均误差率为1.121%,水位变化速度的误差率为1 cm。在智能手机上发送SMS的平均传递时间为5.414 s。为了进一步研究,我们将设计一个系统,该系统使用无线超声传感器网络作为基于微控制器和Android智能手机的洪水预警系统来监控河流的水位。

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