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REAL-TIME WATER QUALITY MONITORING OF AQUACULTURE POND USING WIRELESS SENSOR NETWORK AND INTERNET OF THINGS

机译:使用无线传感器网络和物联网水产养殖池的实时水质监测

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Data monitoring with updated information is important and necessary in today?s era of digital technology. This study proposes a smart water quality monitoring (SWQM) system of aquaculture ponds that uses a Wireless Sensor Network (WSN) at a radio frequency band of 900 MHz in an Internet of Things (IoT) platform. The proposed system provides solution in the monitoring and death prevention of aquatic animals in culture ponds. The important parameters studied in this research are temperature, dissolved oxygen in water and potential Hydrogen (pH) values. The information monitored using the proposed SWQM device is transmitted to an operator through a cloud Internet platform via the router gateway. The operator can utilize the tracked information data on a smart device to achieve real-time monitoring. The data are analyzed and further evaluated on the basis of the results of water conditions. This implementation emphasizes the improvement of the agriculture process for the benefit of economic development at the community, society and national levels.
机译:使用更新信息的数据监控是当今的数字技术时代的重要又需要。本研究提出了一种水产养殖池的智能水质监测(SWQM)系统,它在物联网(物联网)平台上使用了900 MHz的射频频段的无线传感器网络(WSN)。拟议的系统提供了在文化池中的水生动物监测和死亡预防方案中的解决方案。本研究中研究的重要参数是水中的温度,溶解氧和潜在的氢气(pH)值。使用所提出的SWQM设备监视的信息通过路由器网关通过云Internet平台传输到运营商。操作员可以利用智能设备上的跟踪信息数据来实现实时监控。分析数据并进一步基于水条件的结果进行评估。该实施强调了农业进程,为社区,社会和国家层面受益于经济发展。

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