COMMAND ON CALL: VOICE-RESPONSIVE ROBOTIC VEHICLE FOR SEAMLESS AUTOMATION

Abstract

The advancement of human–machine interaction has led to the integration of voice recognition systems into robotic automation, enabling more natural and efficient communication between humans and machines. This study presents a voice-responsive robotic vehicle that interprets spoken commands and executes corresponding navigational tasks in real time. By leveraging automatic speech recognition (ASR) techniques in combination with microcontroller-based motor control, the proposed system provides an intuitive and contactless mode of operation. The system design emphasizes efficiency, reliability, and scalability, making it suitable for applications in assistive mobility, industrial automation, and surveillance. Experimental results demonstrate a high accuracy rate in voice recognition under controlled environments, while ensuring rapid vehicle response with minimal latency. This research highlights the potential of voice-activated systems in achieving seamless automation and advancing the future of human–robot interaction