Voice Control Robot – Design & Development for Various Domestic Applications

Abstract

Creating a voice-controlled humanoid robot is a sophisticated undertaking that involves multiple components working together seamlessly. At its core, this project entails building a physical humanoid robot with advanced hardware and software capabilities. The hardware aspect involves designing and constructing the robot itself. This typically includes installing servos, sensors, microphones, and speakers. These components enable the robot to move, perceive its environment, hear spoken commands, and respond with speech. The abstract of the project “Voice-Controlled Bluetooth-Controlled Obstacle-Avoiding Robot” describes a robotic system that can be controlled both through voice commands and Bluetooth communication. The robot is equipped with obstacle detection capabilities, allowing it to navigate and avoid obstacles in its path. The voice control aspect enables users to provide commands to the robot using spoken instructions, while the Bluetooth control feature enables remote operation through a smartphone or other Bluetooth-enabled device. This project combines voice recognition technology, wireless communication, and obstacle avoidance algorithms to create a versatile and interactive robotic platform. Developing a voice-controlled humanoid robot is a multidisciplinary endeavour that combines robotics, artificial intelligence, and human-computer interaction. It has numerous applications, from assisting people with tasks to providing information and entertainment. This field continues to evolve with ongoing research and technological advancements.