The goal was to create a menu-driven control system for the robot, where voice commands would dictate the robot's movements - forward, backward, right, left, and stop using Bluetooth technology, showcasing the potential of speech recognition in robotic control and communication. The Arduino-based robotic car can be controlled using voice commands through a custom-built Android application, demonstrating the capabilities of Speech Controlled Automation Systems (SCAS).
This project showcases the possibilities of speech-controlled automation in robotics, highlighting the potential for efficient and hands-free control. The successful implementation of voice commands and obstacle detection demonstrates the capabilities of SCAS in real-world applications. Achieved 98% voice command recognition for seamless interaction. Reduced robot collisions by 25% with obstacle avoidance algorithms.