Rancang Bangun Jemuran Otomatis dengan Pengering Pendukung dan Monitoring Mobile Apps Menggunakan Metode Inferensi Tsukamoto

Abstract

The author designs and builds an automatic clothesline in the form of a prototype (physical simulation) with weak electric current powered by batteries. The design and development of tools will combine hardware and software, where hardware is an electronic device and microcontroller, while the software is a program that will be planted in the microcontroller. The program / software to be built, designed using a fuzzy logic decision-making system in Tsukamoto's reference method. In this study, the authors used experimental research forms. The data collection techniques used are primary data and secondary data. Data collection techniques used are observation, documentation, and literature study. The design tools used in this study are flowcharts, algorithms, and UML. In the design method, this research only focuses on the design and development of the system on the program to be planted in the microcontroller, the design method used is the waterfall model. The results of this design produce a program that will be planted on the device with the C ++ programming language using the arduino IDE. This tool can work practically and automatically in securing clothes from erratic weather conditions, equipped with a dryer that functions to dry clothes when the weather is rainy or cloudy, and mobile applications that can display temperature, humidity, weather conditions, notifications, and manual handling of clothesline automatically to attract clothesline to avoid extreme weather outside the control of the tool.