Otomatisasi Pengukuran Ketinggian BBM pada Tangki Pendam
Menggunakan Metode Fuzzy Tahani.
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Aziz, Abdul
Yosrita, Efy
Sudirman, M. Yoga Distra
Yosrita, Efy
Sudirman, M. Yoga Distra
Subject
Teknik Informatika
Datestamp
2022-09-23 03:16:16
Abstract :
Fuel oil is a commodity that has a very important role in economic activities, especially as motor vehicle fuel. The automatic monitoring model for the height and volume of fuel in the filling station of the gas station becomes important for monitoring the fuel at the gas station. In this case, the gas station will have a monitoring system that can display the height of the fuel oil, volume, history of the height and volume of the underground tank. On checking the underground tank just looking at the status and height to the volume of the tank with the help of the android application. Based on this, the author wants to develop a monitoring system with a combination of raspberries and ultrasonic sensors using the python programming language. In designing this system the author uses the fuzzy tahani method and using the prototype model of System Development Life Cycles (SDLC). The fuzzy tahani method is used to determine the level of fuel level and the prototype model is used to determine the stages of making the BBM height monitoring model. The analysis technique used by the writer is Root Mean Squared Error (RMSE) used to determine the level of accuracy of the tool that has been designed whether the error value is small or not. The results to be achieved in this study is to display the height, volume, and status of the fuel oil.
Fuel oil is a commodity that has a very important role in economic activities, especially as motor vehicle fuel. The automatic monitoring model for the height and volume of fuel in the filling station of the gas station becomes important for monitoring the fuel at the gas station. In this case, the gas station will have a monitoring system that can display the height of the fuel oil, volume, history of the height and volume of the underground tank. On checking the underground tank just looking at the status and height to the volume of the tank with the help of the android application. Based on this, the author wants to develop a monitoring system with a combination of raspberries and ultrasonic sensors using the python programming language. In designing this system the author uses the fuzzy tahani method and using the prototype model of System Development Life Cycles (SDLC). The fuzzy tahani method is used to determine the level of fuel level and the prototype model is used to determine the stages of making the BBM height monitoring model. The analysis technique used by the writer is Root Mean Squared Error (RMSE) used to determine the level of accuracy of the tool that has been designed whether the error value is small or not. The results to be achieved in this study is to display the height, volume, and status of the fuel oil.
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