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      • UT - Faculty of Fisheries and Marine Science
      • UT - Fishing Management and Technology
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      Sistem Cerdas Pengoperasian Bagan Tancap Menggunakan Mikrokontroler

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      Date
      2022-08
      Author
      Haqiqi, Akhmad Muhriz
      Komarudin, Didin
      Yuwandana, Dwi Putra
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      Abstract
      Bagan tancap merupakan alat tangkap yang dioperasikan manual menggunakan tenaga manusia. Kecepatan penarikan jaring tergantung dengan stamina nelayan yang mengoperasikan bagan tersebut. Selain itu, pengoperasian manual akan terjadi hentakan saat penarikan jaring akibat ritme penarikan yang tidak seragam, sehingga diduga ikan akan terusik. Pengoperasian menggunakan sistem cerdas bagan tancap berjalan dengan sendirinya sehingga efisien dan efektif terhadap tenaga dan waktu yang dikeluarkan. Proses penarikan jaring juga akan stabil dan konstan karena menggunakan motor. Penelitian ini bertujuan mendeskripsikan dan membangun sistem cerdas pengoperasian bagan tancap menggunakan mikrokontroler, membuat miniatur sistem cerdas bagan tancap dengan mikrokontroler Arduino Uno pada skala laboratorium dan rancangan sistem operasi bagan tancap sesungguhnya. Metode yang digunakan adalah rancang bagun prototype. Proses penelitian diawali dengan pembuatan miniatur bagan tancap menggunakan skala laboratorium yang dioperasikan dengan sistem cerdas, selanjutnya menyusun skema pengoperasian bagan tancap menggunakan sistem cerdas pada bagan tancap dengan skala aslinya. Hasil penelitian menunjukan pengoperasian menggunakan sistem cerdas bagan tancap berjalan dengan sendirinya, perakitan perangkat keras elektronik meliputi gabungan komponen yang digunakan dan pembuatan perangkat keras non elektronik merupakan proses pembuatan miniatur. Bagan tancap skala aslinya menggunakan komponen-komponen tambahan. Kapasitas diesel dapat menyesuaikan kebutuhan pengoperasian bagan tancap. Fish pump dapat digunakan sebagai pengangkatan full sistem cerdas.
       
      A stationary liftnet is fishing equipment operated manually with human force. The rate at which the net is hauled is decided by the force of fishers working the stationary liftnet. Furthermore, due to a non-uniform pulling rhythm, manual operation will cause a jolt while pulling the net, causing the fish to be disturbed. Operations utilizing an intelligent system of stationary liftnet run autonomously, making them efficient and successful in terms of energy and time invested. The net pulling process will also be stable and constant using a motor. This research aims to describe and build an intelligent stationary liftnet operation system using a microcontroller, build a small stationary liftnet intelligent system on a laboratory scale using an Arduino Uno microcontroller, and design an entire stationary liftnet operating system. The method used is prototype design. The study procedure begins with creating a small stationary liftnet on a laboratory scale controlled by an intelligent system, followed by the compilation of a stationary liftnet operation on a stationary liftnet with the original scale. The study's findings indicate that the operation employing the stationary liftnet intelligent system performs autonomously. Electronic hardware assembly comprises the combination of components, whereas non-electronic hardware is a manufacturing process. The original stationary liftnet has extra components. The diesel capacity can be matched to the operational requirements of the stationary liftnet. The fish pump may be employed as a complete intelligent lifting system.
       
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      http://repository.ipb.ac.id/handle/123456789/113316
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      • UT - Fishing Management and Technology [1276]

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      Copyright © 2020 Library of IPB University
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      Indonesia DSpace Group 
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