Design and implementation of an automated irrigation system using Arduino UNO, sensors and LAMP stack
Date Issued
2023-07
Author(s)
Misheva, Despina
Gorjanov, Matej
Mladenovska, Ana
Stojcheva, Marija
Abstract
This paper introduces an innovative approach
to enhance plant health and development, while minimizing
manual care. Automated systems that integrate sensors and
regulation mechanisms have emerged as a promising solution
for efficient plant care in the agriculture and horticulture
sectors. However, current approaches struggle with high
expenses, bulky structures and water wastage. To address
these issues, we propose a compact and cost-effective plant
care system that employs Arduino hardware and software
to detect environmental data and adjust watering schedules
accordingly. Moreover, the usage of LAMP (Linux, Apache,
MySQL, PHP) stack allows for efficient data processing and
management. The paper outlines the system’s design and
implementation, highlighting its distinctive features.
to enhance plant health and development, while minimizing
manual care. Automated systems that integrate sensors and
regulation mechanisms have emerged as a promising solution
for efficient plant care in the agriculture and horticulture
sectors. However, current approaches struggle with high
expenses, bulky structures and water wastage. To address
these issues, we propose a compact and cost-effective plant
care system that employs Arduino hardware and software
to detect environmental data and adjust watering schedules
accordingly. Moreover, the usage of LAMP (Linux, Apache,
MySQL, PHP) stack allows for efficient data processing and
management. The paper outlines the system’s design and
implementation, highlighting its distinctive features.
Subjects
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