RANCANG BANGUN ALAT PEMBERI PAKAN IKAN LELE BERBASIS EMBEDDED SYSTEM
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
DEWI, TRI YUNITA PUTRI
Sangadji, Iriansyah BM
Indrianto, Indrianto
Sangadji, Iriansyah BM
Indrianto, Indrianto
Subject
Teknik Informatika
Datestamp
2022-09-21 04:08:26
Abstract :
Feeding manually has an impact on the inaccuracy in the time of catfish feeding by farmers so that it will indirectly have an impact on the growth of catfish. The feeding process is manually changed to an automation process with an embedded system-based funnel tool. One method that supports the design of this tool is prototype, because it is used as a learning medium that has the same form and function as the original tool or unit. Arduino Uno as a microcontroller that regulates the input process of the Android application. In this automatic catfish feeder, a timer is applied to determine the duration of the funnel opening process that contains catfish feed. The timer can function as a scheduling for feeding activity, while the speed regulator can be set to drive the servo that is integrated with Arduino. Speed and timing settings for feeding are accessed via an Android-based application. This research resulted in a tool and application that are mutually integrated. Applications on Android function to regulate the speed and time of feeding and a tool to output the catfish feed.
Feeding manually has an impact on the inaccuracy in the time of catfish feeding by farmers so that it will indirectly have an impact on the growth of catfish. The feeding process is manually changed to an automation process with an embedded system-based funnel tool. One method that supports the design of this tool is prototype, because it is used as a learning medium that has the same form and function as the original tool or unit. Arduino Uno as a microcontroller that regulates the input process of the Android application. In this automatic catfish feeder, a timer is applied to determine the duration of the funnel opening process that contains catfish feed. The timer can function as a scheduling for feeding activity, while the speed regulator can be set to drive the servo that is integrated with Arduino. Speed and timing settings for feeding are accessed via an Android-based application. This research resulted in a tool and application that are mutually integrated. Applications on Android function to regulate the speed and time of feeding and a tool to output the catfish feed.
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