Revolutionary Cursor Control Systems Enhancing Human Computer Interaction
M. A., V Mounica, M. K. Kirubakaran · 2024
This project aims at harnessing Artificial Intelligence to advance virtual mouse systems and elevate the realm of Human Computer Interaction. The purpose of the project is to improve user experiences, enhance productivity, and introduce innovative interaction methods by incorporating AI techniques, including computer vision, gesture recognition, and speech recognition. The virtual mouse system efficiently tracks hand movements, interprets voice commands, recognizes gestures, and processes user inputs for seamless interactions. The project emphasizes inclusivity by tailoring features for design, gaming, accessibility, and productivity domains, catering particularly to individuals with disabilities through alternative input methods and gesture controls. The precision of the virtual mouse system ensures natural and intuitive interactions, while the integration of voice commands enhances communication with electronic devices. The methodology involves a focus on adaptability and inclusivity, envisioning a future where technological advancements cater to diverse user needs, thereby revolutionizing HCI. The findings of the project suggest that the initiative successfully creates a more natural, efficient, and personalized interface for controlling digital devices, fostering improved user experience and accessibility across various applications and environments.