Design And Implementation Of Smart Irrigation System
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Date
2022-04
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Department of Electrical and Electronic Engineering
Abstract
Due to climate change and unpredictable rainfall, ground water levels are currently
declining as well. For agricultural plants and crops, water is a need. Therefore, I have
created a novel proposal for a smart irrigation system for the benefit of farmers as well as
for farms. The water vapor level and temperature around the plant are both sensed by the
humidity and temperature sensor. When a plant's soil moisture is low enough, water will be
supplied from a reservoir using a level sensor, which monitors the reservoir's water level
and then communicates the information to the controlling unit (Arduino Nano). Data is
collected from sensors by the controlling unit (Arduino Nano), processed, and sent through
IoT to the destination. This article provides an overview of system installation, system
design, and system operation.
Description
submitted by Gazi Mohammed Arman Rafee, bearing Matric ID. ET171029 of
session Spring 2021