Smart Green House Automation using LabVIEW and myRio

<p><span>The integration of automated technology into agriculture records rapid development through the development of smart greenhouse systems. This project presents the design and implementation of an intelligent greenhouse automation system with LabView and Myrio, improving agricultural productivity by creating a controlled environment that adapts to real-time conditions. The system uses a variety of sensors to monitor environmental factors such as temperature, humidity. These parameters are collected and processed continuously by Myrio hardware, a compact embedded system that provides powerful real-time control. LabView, a graphics programming platform, is used to develop interfaces for systems. This allows for seamless visualization and control of greenhouse conditions. The system automatically adjusts environmental controls such as ventilation and irrigation to maintain optimal plant growth conditions. Additionally, the platform allows remote monitoring and manual intervention when needed, ensuring maximum efficiency and resource protection. This article examines the possibilities of this intelligent greenhouse system to promote sustainable agricultural practices and improve yields, simultaneously reducing operational costs. The proposed system demonstrates the practical application of advanced control techniques in agricultural automation and agrees with the goals of precision breeding and intellectual agriculture.</span></p>