Published Paper Details:

The creation of a voice assistant humanoid biped robot signifies a major progress in human- robot interaction and automation. This robot merges the features of a voice-driven AI system with a two- legged robotic structure to produce a flexible, reactive, and physically engaging being. By combining speech recognition, natural language processing, and machine learning techniques, the robot is capable of comprehending and performing verbal instructions in real-time. Its ability to walk on two legs enables it to traverse different settings, engage with items, and imitate human-like movements, creating a more natural and dynamic interface for users. The integration of voice communication and mobility creates numerous applications, ranging from personal assistants in residences and workplaces to sophisticated robots in healthcare, education, and entertainment sectors. The design of this system prioritizes simple interaction, user security, and flexibility for various tasks, making it a crucial advancement in developing robots that can effortlessly fit into human settings.