Hand-Controlled Virtual Mouse for Windows Enabled Devices

Abstract

This report provides an overview of a hand-controlled virtual mouse designed for Windows-enabled devices. The technology aims to enhance accessibility and user experience by allowing individuals to control the cursor using hand gestures, eliminating the need for a physical mouse or trackpad. The report discusses the working principle, features, benefits, and potential applications of the hand-controlled virtual mouse. By leveraging computer vision or sensor-based technologies, the system captures and interprets hand movements, translating them into cursor actions. The virtual mouse offers gesture recognition, cursor control, clicking and selection capabilities, as well as scrolling functionality. Its benefits include improved accessibility for individuals with physical limitations, convenience and reduced strain, flexibility in various environments, and a more intuitive means of interaction. The hand-controlled virtual mouse has potential applications in accessibility solutions, gaming, presentations and demos, and industrial and medical settings. It empowers individuals with disabilities, enhances gaming experiences, aids presenters, and finds use in specialized environments where traditional input devices are impractical. Overall, the hand-controlled virtual mouse presents a promising solution for improving accessibility and user interfaces on Windows devices, and it is expected to contribute to the future advancement of gesture-based interfaces.