设计的水质监测系统和自动化鱼缸控制是基于资源的

Rusito, Ilham Febrianto, Iman Saufik, Lukman Santoso
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引用次数: 1

摘要

从目前已经使用自动传感器的技术发展来看,将这一概念应用于该系统可以成为与观赏鱼养殖户打交道的解决方案。在本研究中,制作了一个工具,可以进行进料,温度,水浊度,进料位,水位和水泵的控制,这些信息将由firebase发送给机器人,通过机器人自动监控和控制。该工具的设计易于维护,是现有工具的扩展。物联网技术用于在线监控,基于Firebase和Nodemcu Esp8266。在本研究中,研究者采用Borg and Gall(1987)模型从10步到6步的研究方法。本研究的结果由专家验证测试进行,得到的值为30,这意味着“非常好(有效)”。而10名用户加上专家和员工用户的有效性测试总分为35.16分,即有效性测试为“非常好(有效)”,可以说新系统比旧系统更有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perancangan Sistem Monitoring Kualitas Air Dan Kendali Pakan Aquarium Otomatis Berbasis IoT
By looking at current technological developments that already use automatic sensors, the application of the concept to this system can be a solution for dealing with ornamental fish farming owners. In this research, a tool is made that can perform feeding, checking temperature, water turbidity, feed level, water level and water pump control, from this information will be sent to android by firebase automatically monitored and controlled anywhere via android. This tool is designed with ease of maintenance and is an extension of the existing tools. IoT technology is used to monitor online, based on Firebase and Nodemcu Esp8266. In this study, researchers used the research method of the Borg and Gall (1987) model from 10 steps to 6 steps. The results of this study were carried out by an expert validation test to get a value of 30 which means "Very Good (Valid)". While the effectiveness test by 10 users plus by experts and employee users get a total score of 35.16 which means the effectiveness test is classified as "Very Good (Valid)" it can be said that the new system is more effective than the old system.
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