Mouse-less Interaction Using Augmented Reality

Sheetal  Nilawar; Yashswini  Inamdar; Charusheela  Pandit

Abstract

This project aims to revolutionize computer interaction in augmented reality environments by developing a mouse-less system operated by fingers in the air. The conventional use of physical mouse restricts user movement and immersion in virtual environments. The project's primary objectives revolve around tackling issues related to precision, response time, the identification of gestures, and the seamless integration of augmented reality. The proposed solution involves selecting appropriate motion tracking technologies and designing a hardware prototype that incorporates these technologies. Gesture recognition algorithms are developed to interpret finger movements captured by the motion tracking sensors. A wireless communication module is implemented to establish a real-time connection between the wireless mouse and the computer system. Finally, the developed mouse-less system is integrated with an augmented reality framework to enable interaction with virtual objects and user interfaces. The effectiveness and usability of the solution are evaluated through comprehensive demonstrations in various augmented reality applications and scenarios. This project aims to enhance the overall user experience in augmented reality and revolutionize the way users interact with computers. The wireless finger-operated mouse system has the potential to transform computer interaction and prepare the way for more immersive and natural augmented reality experiences.

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