Immersive data visualization interactive system for education based on optical perception

This study aims to design a deep data display and interactive operation platform for the education industry, focusing on the needs of smart education scenarios, combine virtual reality technology to improve the interpretation and interactive experience of educational information data, adopt a deep experience technology system based on Unity and Unreal Engine, and use D3.s, Th.s and other graphic tools for data presentation. The system preprocesses, fills in values, and transforms space for educational materials, successfully constructs a three-dimensional display of complex data, and improves students’ participation and learning effects through gesture capture, touch operation and other interactive means. By incorporating optical perception technology into the gesture tracking and interaction modules, the system achieves more precise recognition of hand movements and enhances the stability of immersive operations. By integrating intelligent interaction mechanisms and real-time data feedback, the platform actively supports smart education ecosystems. The system’s effect test report in multiple course areas shows that the teaching effect and learning efficiency have been significantly improved, especially in customized recommendation services and tutor adjustment feedback speed. In terms of user experience, the system’s ease of operation, user interaction performance, and operational stability have all been highly recognized. The conclusion shows that the system has great development prospects in terms of education quality and learning experience.