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Data Visualization on Shrimp Pond Monitoring System Based on Temperature, pH, and DO (Dissolved Oxygen) with IoT

机译:基于温度,pH的虾池监测系统的数据可视化,与IOT进行(溶解氧)

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Water quality is a major factor determining the survival of shrimp which will also affect shrimp production. To find out the contents contained in the water in shrimp ponds, many developments have been made to the device to monitor the state of water in shrimp ponds. Previously, a monitoring system had been developed in the form of an application to monitor ponds. The monitoring system that was developed was only able to detect a value at a point so that it could not see the overall state of the pond. The application made has been able to display monitoring ponds into six sections with each parameter. From the test results obtained by the accuracy of the calibration tool of 95.21676% for temperature sensors and 99.79013% for pH sensors. The use of long cables in testing get an accuracy of 99.38381% for temperature sensors and 99.90461% for pH sensors.
机译:水质是确定虾的存活率的主要因素,这也会影响虾生产。为了了解虾池中的水中包含的内容,还对设备进行了许多发展,以监测虾池中的水状态。此前,监控系统是以申请的形式开发的,以监测池塘。开发的监控系统只能在一个点检测值,以便它看不到池塘的整体状态。所做的应用程序能够将监测池塘与每个参数显示为六个部分。从测试结果通过校准工具的精度为95.21676%,对于温度传感器和99.79013%的pH传感器。使用长电缆在测试中获得99.38381%的温度传感器的精度,对pH传感器的99.90461%为99.90461%。

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