Home Automation System with a GIU that is Powered by Arduino and MATLAB

Abstract

Background: As home automation systems gain popularity, there is a growing desire for solutions that simplify and improve household device administration. Various technologies may result in more efficient and user-friendly platforms for homeowners. Objective: This article aims to design and build a home automation system using Arduino and MATLAB, using an easy-to-use graphical user interface (GUI). Methods: Arduino handles hardware and sensors, while MATLAB is used to construct GUI. Sensors that detect temperature, light, and motion, and actuators such as motors, relays, and servos are key characteristics. Results: Through the GUI, the finished system provides users with a real-time view of the status of their home gadgets. Users may quickly alter settings and check the state of their house using a computer or smartphone, increasing ease and efficiency in their everyday lives. Conclusion: This project effectively demonstrates the potential and efficacy of a GUI-enhanced home automation system using Arduino and MATLAB capabilities. This technical innovation demonstrates the possibility for future upgrades and the continuous convergence of everyday routines and digital integration for house management.

Keywords

• home automation
• graphical interface
• arduino
• matlab
• sensors
• actuators
• control
• efficiency
• convenience
• household devices
• real-time feedback
• user-friendly