PROTOTYPE ALAT PENGUKUR KETINGGIAN AIR SUNGAI DENGAN PENDEKATAN INTERNET OF THINGS MENGGUNAKAN METODE FUZZY TAHANI
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Pretty, Zelin Lelisiana Maria
Rifai, Mochamad Farid
Prayitno, Budi
Rifai, Mochamad Farid
Prayitno, Budi
Subject
Teknik Informatika
Datestamp
2022-09-27 02:09:42
Abstract :
Flood is a kind of natural disaster that may causes lot of loss and damage for people who are living around in the affected area, and it may causes many casualties. This research focused on build the river water level sensor prototype. This system can be used by KP2C operator to monitor the water level and it can notify the warning sign earlier if there any flood possibility. For monitoring the water level, Ultrasonic US-015 sensor is needed to measure the water level, and the output is data of water level. And that output will be processed with Fuzzy Tahani method so the final result is a data of water level category, started from normal condition, alert level 4, alert level 3, alert level 2, and alert level 1. This monitoring system is made using Internet of Things (IoT) approachment. Product of this research is a river water level detection system which can inform each alert level increment through onesignal notification
Flood is a kind of natural disaster that may causes lot of loss and damage for people who are living around in the affected area, and it may causes many casualties. This research focused on build the river water level sensor prototype. This system can be used by KP2C operator to monitor the water level and it can notify the warning sign earlier if there any flood possibility. For monitoring the water level, Ultrasonic US-015 sensor is needed to measure the water level, and the output is data of water level. And that output will be processed with Fuzzy Tahani method so the final result is a data of water level category, started from normal condition, alert level 4, alert level 3, alert level 2, and alert level 1. This monitoring system is made using Internet of Things (IoT) approachment. Product of this research is a river water level detection system which can inform each alert level increment through onesignal notification
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