Abstract: Home automation has transformed the way electrical appliances are managed, improving convenience, energy efficiency, and accessibility. This research presents a smart voice-controlled appliance management system that allows users to operate household appliances using voice commands transmitted via Bluetooth to myRIO. The system is particularly designed to assist individuals by providing a hands-free and intuitive method for controlling electrical devices. Using LabVIEW, the system processes and interprets voice commands, subsequently triggering the activation or deactivation of appliances through relay control circuits. The methodology includes voice recognition, wireless data transmission via Bluetooth, real-time processing in myRIO, and execution of commands through relay switching. Experimental validation demonstrates high command accuracy, minimal latency, and reliable Bluetooth communication. This paper discusses the system’s design, working principles, testing outcomes, and future improvements. The proposed system is cost-effective, scalable, and practical for integration into smart homes and assistive technology applications.
Keywords: Home Automation, IoT, MyRIO, Bluetooth communication, LabVIEW.
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