[Research on Three-dimensional Medical Image Reconstruction and Interaction Based on HTML5 and Visualization Toolkit]

Area of Science:

• Medical Imaging
• Web Technologies
• Computer Graphics

Background:

• Remote medical collaboration requires efficient image sharing and interaction.
• Current methods often face challenges with large data transfer and client-side hardware limitations.

Purpose of the Study:

• To explore the feasibility of remote medical image reconstruction and interaction using pure web technologies.
• To develop a server-centric approach that minimizes data transfer and client hardware demands.

Main Methods:

• Integration of HTML5 visualization toolkits for interaction, communication, and graphics rendering.
• Implementation of a server-centric method for remote processing and rendering of medical images.
• Testing the system's performance over the internet for real-time effects.

Main Results:

• Successful demonstration of remote medical image reconstruction and interaction via a web interface.
• The server-centric method effectively managed large medical data without local downloads.
• Real-time interaction and 3D rendering were achieved, even on lower-end devices and mobile platforms.

Conclusions:

• A seamless, web-based solution for remote medical image reconstruction and interaction is feasible.
• This approach overcomes limitations of network bandwidth and client hardware, making it accessible on diverse devices.
• The developed method holds significant potential for enhancing remote medical assistance and collaboration.