Abstract
To reduce unconsistenly of nutrition sensor data, an analysis which consists of mathemathical model and new control technique is required. In this paper, a simulation of smart garden is performed to simulate a smart green campus. However, the problem appears in this activity, the data form sensor is not consistent and it may harm the plant because sometime the plant may get a much nutrition and another time the plant will get less nutrition. Our propose is on the sensor circuit, we use additional circuit to our TDS meter so the data is normalized using this circuit.
Highlights
To achieve world rank status, some key factors are research publication and academic, and establishment of green environment in the campus
2.1 Internet of Thing (IoT) and Fuzzy Logic Iot comes from electronics which is interacted with internet to make a something that more useful for its electronic products [2]
Sensor exploration must be studied well to avoid disturbance in connection between sensor and board. Because this system exploit internet as communication media, it needs a communication component like Message Queue Telemetry Transport (MQTT) or another kind to create a communication between machine to machine [5]
Summary
To achieve world rank status, some key factors are research publication and academic, and establishment of green environment in the campus. To gain smart thing by computational intelligence that is operated in the cloud may give wrong measure of giving water and nutrition for the plant. Sliding modes strategy is used to regulate the water level This technique is commonly used to convert the energy an implemented in circuit, not programming area. Fuzzy sukamoto is used to enhance controlling water and nutrition It is a simple implementation, but is has been a challenge to this kind of IoT technology. Our object is on programming, not the hardware development sliding mode strategy is used for water level regulation This technique commonly used for energy converter, but it can be used for optimalization [9][10][11][12][13]
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