Abstract:
In conclusion, our research has led to an innovative application at the forefront of automated medical volume visualization in augmented reality. By combining advanced algorithms, interactive features, and a user-friendly interface, our system has the potential to reshape medical training, diagnosis, and planning. The successful integration of the server and client components, user-controlled rendering styles, and immersive learning features make our application a valuable tool for healthcare professionals and students. The positive outcomes from usability testing and the iterative design process underscore the effectiveness of our approach, promising a significant contribution to medical visualization and augmented reality applications. Looking ahead, We are planning a user study at AIIMS with medical professionals and trainees to provide comprehensive feedback on the application's usability, functionality, and effectiveness in a real-world medical setting. The user study results will provide a better picture of the application's usability and help us improve the experience with our features and overall application.