2021 International Conference on Design Innovations for 3Cs Compute Communicate Control (ICDI3C) | 2021
Smart Watering System using Fuzzy Logic
Abstract
This study tells an intelligent Smart Watering System (SWS) for smart water consumption in small and medium sized gardens, which is helped by an Android application. Gardens and fields of a medium scale. The system that has been proposed is based on a set of low-cost and inexpensive sensors obtain information on plants and their surroundings, such as moisture content of soil, intensity of light, humidity of air and Temperature in air.Data from sensors are gathered on a server, the suggested SWS uses a Block-chain and Fuzzy Logic technique to determine the watering schedule. In this scenario, Fuzzy Logic aids in making smart watering decisions, while Block-chain offers the necessary safety in an IoT-enabled system by accessing only trusted devices to allow and manage proposed watering schedules. In the proposed IoT base smart system, Block chain technology takes part an essential character in our approach by offering scalability, insularity, and dependability. Observing and engaging with plants with the help of the SWS Developed on Android (SWS) Application. The SWS triggers the actuators to perform watering activities such as switching water tunnels ON/OFF on a regular basis when the Fuzzy Logic-based system determine on an action based on the values of the input variables.