Sistem Monitoring Dan Kontrol Tanaman Pada Greenhouse Berbasis Android Menggunakan Fuzzy Sugeno

Alvira Fauziah Rahmah; Dwi Sartika Simatupang; Alun Sujjada

doi:10.37859/coscitech.v4i2.5088

Alvira Fauziah Rahmah Mahasiswa
Dwi Sartika Simatupang Universitas Nusa Putra
Alun Sujjada Universitas Nusa Putra

https://doi.org/10.37859/coscitech.v4i2.5088

Keywords: Green House, Tomato Plant, Internet of Things, Prototype, sugeno fuzzy logic

Abstract

Technological developments will continue to develop very quickly in progress in all fields and can facilitate human work, one of which is in the agricultural sector. One of these technological advancements is in control and automation systems. The weather in Indonesia is often erratic, leading to crop failure. This makes farmers use several ways to keep their crops afloat even though the weather often changes, one of which is by using a greenhouse. The problem in the greenhouse for apple tomato plants is that there is no tool for monitoring soil pH, temperature and humidity in real time, apart from that, watering the plants is still manual so that it takes quite a long time in the watering process and the distribution of nutrients is uneven so that the tomato plants do not growing well, apart from that farmers have a little difficulty in checking the water reservoirs because they are still filled manually. To facilitate farmers in watering plants and providing fertilizers and nutrients. This monitoring design uses the prototype method and Sugeno fuzzy logic. From the results of system testing, an error from the soil moisture sensor is obtained by 0.03% with a difference of 2.4, an error from the ultrasonic sensor is 0.08% with a difference of 9.6, and an error from the DHT sensor 11 ( temperature sensor) of 0.036% with a difference of 0.74. The average error resulting from the comparison of the duration of watering between matlab and digital clocks is 0.844%.

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