Author: Dr. Kavya R. Iyer , Rahul M. Sharma
Abstract: The growing demand for smart homes has led to the integration of automation technologies with robotics. Bluetooth-based home automation systems provide a cost-effective and user-friendly solution to monitor and control various appliances using mobile devices. This paper presents the design and implementation of a Bluetooth-based home automation system operated by a mobile-controlled robot. The proposed system allows users to manage lighting, fans, security, and other household devices seamlessly through a dedicated application. Utilizing microcontrollers, relays, and Bluetooth modules, the robot communicates with and controls appliances wirelessly. This design emphasizes low-cost deployment, scalability, and ease of use, making it ideal for both urban and rural households. The automation system enhances home security, energy efficiency, and comfort while paving the way for advanced AI integration. Experimental results demonstrate reliable communication and efficient control with minimal latency. The paper also explores potential improvements such as voice control and IoT integration to make the system more adaptive and intelligent.
Keywords: Home Automation, Bluetooth, Robots, Wireless Control, Smart Homes, Embedded System.
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