Live Demonstration on Smart Water Quality Monitoring System Using Wireless Sensor Networks

L. Devi, G. K. Reddy, A. N. Rao
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引用次数: 5

Abstract

Contamination of water is the major cause for waterborne diseases. In order to detect the water contaminants, electrochemical and optical sensors are needed to measure physical and chemical properties of water quality. So this paper proposed a real-time water quality monitoring system which provides support for decision making in prevention of water contamination. In this system, sensors are connected to a micro controller to process and analyze the data. The analyzed data is then transmitted to remote monitoring center(dashboard) through GPRS module. In dashboard the end user, can register into the portal, can able to select deployment region through google maps if the device is connected in that location, can visualize the selected deployment region sensor readings in realtime, can identify alerts and warnings of sensors. The registered user can also get alerts and warnings through SMS service. The proposed system is successfully tested in different water environments for online monitoring of the water parameters such as turbidity, pH and temperature of water bodies. The results will indicate that the system is capable of good detection accuracy and low deployment operation cost. This kind of implementation is suitable for large scale deployments, which enable the sensor network to provide data to the water authorities.
基于无线传感器网络的智能水质监测系统现场演示
水的污染是水传播疾病的主要原因。为了检测水中污染物,需要电化学和光学传感器来测量水质的物理和化学性质。为此,本文提出了一种实时水质监测系统,为水污染防治决策提供支持。在这个系统中,传感器连接到一个微控制器来处理和分析数据。分析后的数据通过GPRS模块传输到远程监控中心(仪表盘)。在仪表板中,最终用户可以注册到门户,如果设备连接在该位置,可以通过谷歌地图选择部署区域,可以实时可视化所选部署区域的传感器读数,可以识别传感器的警报和警告。注册用户还可以通过短信服务获得警报和警告。该系统在不同的水环境中进行了成功的测试,用于在线监测水体的浊度、pH值和温度等水参数。结果表明,该系统具有较好的检测精度和较低的部署运行成本。这种实现适用于大规模部署,使传感器网络能够向水务部门提供数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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