SMART HYDROPONIC BERBASIS ANDROID DI SMKN 6 KENDAL

Muhammad Aji Saputra, Eko Riyanto, Solikhin
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引用次数: 0

Abstract

The rapid development of technology makes people innovate to make new things and leave old ways to simplify and save time a job. One example is monitoring the value of pH, PPM, room temperature and humidity as well as water temperature of hydroponic plants that used to still use conventional tools, now switching to Android-based IoT technology (Smart Hydroponics), especially at SMKN 6 Kendal. IoT is a way of connecting the Arduino sensor modules needed for hydroponic cultivation, where the results of sensor readings will be actually sent to the user's Android smartphone. The Arduino sensors are pH, TDS, DHT 11, ds1820 sensors. With this smart hydroponics, it is hoped that it can help hydroponic cultivators in the SMKN 6 Kendal environment to monitor their gardens anywhere and anytime and control the hydroponic temperature to be maintained below 30 degrees. From the reading of the value of the smart hydroponic sensor, it works well with existing standards and through MAPE calculations with a value below 10%.
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科技的快速发展使人们不断创新,创造新的东西,抛弃旧的方式来简化和节省工作时间。一个例子是监测pH值,PPM值,室温和湿度以及水培植物的水温,这些植物过去仍然使用传统工具,现在转向基于android的物联网技术(智能水培),特别是在SMKN 6 Kendal。物联网是一种连接水培所需的Arduino传感器模块的方式,传感器读数的结果将实际发送到用户的Android智能手机上。Arduino传感器有pH、TDS、dht11、ds1820传感器。有了这个智能水培系统,希望它可以帮助SMKN 6肯德尔环境下的水培种植者随时随地监控他们的花园,并将水培温度控制在30度以下。从智能水培传感器的读数来看,它可以很好地符合现有标准,并通过MAPE计算,其值低于10%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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