Abstract
In this paper, the project titled "Voice-Controlled Bluetooth-Controlled Obstacle-Avoiding Robot" outlines a robotic system designed for control via both voice commands and Bluetooth communication. This robot is not only capable of obstacle detection, enabling it to navigate and circumvent barriers, but it also responds to voice instructions, offering users an interactive mode of control. Additionally, the Bluetooth feature facilitates remote operation through devices like smartphones. In essence, this project amalgamates voice recognition technology, wireless communication, and obstacle avoidance algorithms to create a versatile and engaging robotic platform. The work carried out is the second semester mini-project by the students of Electronics & Communication Engineering under the guidance of the faculties.
Published Version
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