Virtual Mouse: Integrating Eye, Hand and Voice Controls for Enhanced Human-Computer Interaction

An in-depth evaluation of a Virtual Mouse system that combines voice commands, hand gesture detection, and eye tracking to produce a multimodal, hands-free human-computer interaction (HCI) interface is discussed in this work. The Virtual Mouse was created to improve accessibility and efficiency, especially for users who have physical restrictions. It enables users to do tasks using voice input, control a computer pointer using eye movements, and execute orders with hand gestures. We describe the system architecture in detail, talk about implementation issues, and assess performance, emphasizing increased accuracy and user satisfaction over conventional input techniques. Future research will concentrate on improving responsiveness and usability for wider HCI adoption, with potential applications spanning virtual/augmented reality environments, gaming, and accessibility solutions.