Rancang Bangun Sistem Intelligence IoT Pengukuran Kualitas Air menggunakan Mikrokontroler WeMos Berbasis Sistem Syaraf Buatan
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Qiptiyani, Titis Faya
Sangadji, Iriansyah BM
Indrianto, Indrianto
Sangadji, Iriansyah BM
Indrianto, Indrianto
Subject
Teknik Informatika
Datestamp
2022-09-23 03:06:50
Abstract :
Water that is not clean often contains germs of diseases or substances that are toxic, thus disrupting the life of fish that live in it. Water with good quality can help fish to breed well. Therefore, a device is needed to monitor water quality. This research aims to maintain the quality of water at the optimal state of temperature with a range between 25oC ? 30oC and pH 6 ? 8 so as to improve the survival of freshwater fish. In the manufacture of this tool used several sensors such as temperature sensors DS18B20, pH sensors, and ultrasonic sensors as a parameter to monitor the quality of water. In determining the quality of water is used method Adaline to classify the water quality either or bad based on the value readable by the sensor. Data transmission uses WeMos based ESP8266 as an intermediary so that it can be monitored on a local web server. As a result of this research, users can monitor the quality of the water on a smartphone or laptop connected to a single network. In the test obtained the average temperature, pH and water quality results are 26oC and pH 6,4.
Water that is not clean often contains germs of diseases or substances that are toxic, thus disrupting the life of fish that live in it. Water with good quality can help fish to breed well. Therefore, a device is needed to monitor water quality. This research aims to maintain the quality of water at the optimal state of temperature with a range between 25oC ? 30oC and pH 6 ? 8 so as to improve the survival of freshwater fish. In the manufacture of this tool used several sensors such as temperature sensors DS18B20, pH sensors, and ultrasonic sensors as a parameter to monitor the quality of water. In determining the quality of water is used method Adaline to classify the water quality either or bad based on the value readable by the sensor. Data transmission uses WeMos based ESP8266 as an intermediary so that it can be monitored on a local web server. As a result of this research, users can monitor the quality of the water on a smartphone or laptop connected to a single network. In the test obtained the average temperature, pH and water quality results are 26oC and pH 6,4.
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