Sistem monitoring kualitas dan pengukuran debit air menggunakan metode fuzzy logic studi kasus desa ciareteun ilir, cibungbulang, bogor.
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Prabowo, Singgih
Haris, Abdul
Wulandari, Dewi Arianti
Haris, Abdul
Wulandari, Dewi Arianti
Subject
Teknik Informatika
Datestamp
2022-09-23 03:07:42
Abstract :
Water is a natural resource that is very important for human life. In the village of Ciareteun the need and availability of water is increasingly out of balance with its needs along with population growth continues to increase. Various human activities produce waste which causes a decrease in the quality of village river water. Poor water quality will have an impact on humans and the community's lack of concern for water quality due to the limitations and lack of modern media or technology that can provide lessons, information and control of water quality. To find out water quality, a water quality monitoring system can be designed with the support of pH, temperature, clarity and water discharge parameters. The monitoring system uses a fuzzy logic method to determine water quality by determining pH conditions. In this study, the monitoring system is based on water conditions. Based on the test results show the montoring system by getting the results of direct monitoring and testing the fuzzy method to determine the pH condition has an accuracy rate of 90%.
Water is a natural resource that is very important for human life. In the village of Ciareteun the need and availability of water is increasingly out of balance with its needs along with population growth continues to increase. Various human activities produce waste which causes a decrease in the quality of village river water. Poor water quality will have an impact on humans and the community's lack of concern for water quality due to the limitations and lack of modern media or technology that can provide lessons, information and control of water quality. To find out water quality, a water quality monitoring system can be designed with the support of pH, temperature, clarity and water discharge parameters. The monitoring system uses a fuzzy logic method to determine water quality by determining pH conditions. In this study, the monitoring system is based on water conditions. Based on the test results show the montoring system by getting the results of direct monitoring and testing the fuzzy method to determine the pH condition has an accuracy rate of 90%.
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