Implementation of the Internet of Things for Monitoring the Feasibility of the Louhan Fish Aquarium Water Faiz M. Kaffah (a*), Edi Mulyana (b) Febri Ardi Saputra(c), khaerul Manaf(d)
a) Informatics, Universitas Informatika dan Bisnis Indonesia ,Jl.Soekarno-Hatta St No.643, Bandung 40285, Indonesia.
b,c)Informatics,Faculty of Science and Technology,UIN Sunan Gunung Djati Bandung Jl. A.H. Nasution No.105, Bandung 40614, Indonesia.
d) Information Systems,Faculty of Engineering,Universitas Sangga Buana,Jalan PHH Mustofa No.68 , Bandung 40124, Indonesia.
Abstract
Water is a place for fish, one of which is ornamental flowerhorn. This fish has an attractive shape and color, which makes this fish has a high enough selling price, so that the flowerhorn must be treated properly and correctly, one of them is by paying attention to the water occupied by the fish periodically. Therefore, it is necessary to have a technology to be able to facilitate the maintenance of flowerhorn in monitoring aquarium water, one of which is the Internet of Things technology. This study aims to
find out how to design and build internet of things technology to help facilitate water monitoring activities, and to find out how Tsukamotos fuzzy performance in determining the feasibility of flowerhorn aquarium water. The method used is the Fuzzy Tsukamoto method, and uses a microcontroller ATMEGA328 (Arduino Uno) device as a tool for monitoring water in a flowerhorn aquarium. The results of research conducted obtained the level of accuracy of the device that has been made in
reading the values of ph, temperature, and turbidity parameters: 98.55% for the ph sensor, 94.93% for the temperature sensor, and 100% for the turbidity sensor.
Keywords: Flowerhorn, Water aquarium, Internet of Things, Fuzzy Tsukamoto.
