基于Arduino单片机的石斑鱼鱼塘水质监测样机

Fahrul Rizal, G. S. Santyadiputra, G. Pradnyana
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引用次数: 1

摘要

石斑鱼池水质的原型监测是为了改善石斑鱼池的水质,如果有空气质量的变化,如酸度,空气温度和空气浊度水平,这可能是由鱼类或鱼类呼吸鱼引起的,可以使鱼类变得紧张,不能正常繁殖,并可能导致鱼类死亡。为了克服这些问题,需要一种可以根据标准进行研究和控制的技术。它还可以方便池塘养殖户方便池塘空气质量和水质指标的自动化标准化。这一发展在原型与农民之间的数据通信中使用了与互联网相关的事项。使用的开发模型是原型。对于测试过程,进行了(3)试验:(1)评估测试,用测试结果、样机,得到一个百分百的非常有效的类别。(2)效度测试,误差幅度为4.38%,传感器整体测试结果在4.38%以下。(3)实际测试,得到的结果92.2%的受访者表示,这种原型的监测是非常实用的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prototype of Water Quality Monitoring for Grouper Fish Pond Based on Microcontroller Arduino
Prototype monitoring of grouper pond water quality is intended to improve the water quality of grouper ponds if there is a change in air quality such as acidity, air temperature, and air turbidity level, which can be caused by fish or fish that can be used on fish breathing fish that can make fish become stressful and cannot multiply properly and can cause death in fish. To overcome these problems, a technology that can be studied and controlled according to the standards is needed. It can also facilitate pond farmers to facilitate pond air quality and the automation of standardization of water quality indicators. This development uses internet-related matters in data communication between prototypes with farm farmers. The development model used is prototyping. For the testing process, (3) trials are conducted: (1) evaluation testing, with test results, prototypes, get a percentage of 100% with a very effective category. (2) validity testing, with a margin of error of 4.38% and the overall sensor test results under 4.38%. (3) practically test, obtained by the results of 92.2% of respondents stated that monitoring of this prototype is very practical.
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