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Water Quality Data Analysis and Monitoring System in IoT Environment

机译:物联网环境中的水质数据分析与监测系统

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Water quality monitoring is an important aspect to provide safe drinking water to the environment and keep the naturally gifted resource safe from getting contaminated. Old method used for water quality monitoring is to send gathered samples to the lab and then test them to verify the different water parameters. The process may cause the potential errors as well as it is time-consuming and not the cost-effective solution. Solution need to real-time for the process of data acquisition, transmission, and processing of different parameters. This paper represents the system which is cost effective, less time as well as less power consuming solution for water quality monitoring with the help of innovative technology such as: Internet of Things, Wireless sensor network, Modern communication technology and data analysis techniques which will provide you the alert and preventive action to take in case of an emergency. Real-time water quality monitoring system implemented with various sensors (Parameters: Carbon Dioxide, pH, Turbidity, Temperature, Water Level) which will help to gather water parameter, ARM-based microcontroller (STM32 Nucleo-board) which will convert the analogue signal to digital signal, Zig-Bee module which is used to send the data to personal computer, then data analysis operation takes place which will notify the user wirelessly. The system keeps check on pollution of water as well as keep track through analysis on data optimized with the help of optimization data fusion algorithm, and if required, then alert the user to take the preventive action time to time.
机译:水质监测是为环境提供安全的饮用水,并使自然有天赋的资源安全受到污染的重要方面。用于水质监测的旧方法是将收集的样品发送到实验室,然后测试它们以验证不同的水参数。该过程可能导致潜在的错误以及耗时而不是经济有效的解决方案。解决方案需要实时进行数据采集,传输和处理不同参数的过程。本文代表了具有成本效益,更少的时间和较少的水质监测的时间和较少的系统的系统,例如:::物联网,无线传感器网络,现代通信技术和数据分析技术提供在紧急情况下,您可以提醒警报和预防措施。实时水质监控系统采用各种传感器(参数:二氧化碳,pH,浊度,温度,水位),有助于收集水参数,基于臂的微控制器(STM32核电路板),这将转换模拟信号对于数字信号,用于将数据发送到个人计算机的Zig-BEE模块,然后进行数据分析操作,这将是无线通知用户的。该系统通过在优化数据融合算法的帮助下进行了分析,通过分析来检查水的污染以及跟踪,然后,如果需要,请通过分析,然后提醒用户采取预防动作时间。

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