This project aims to develop an AR-based remote surgery assistance system that overlays anatomical guidance and live expert annotations during medical procedures, enhancing surgical precision and collaborative medical training.
Study surgical workflow and AR medical applications.
Develop 3D anatomical overlay models.
Implement real-time video streaming integration.
Add annotation and collaboration features.
Integrate latency optimization algorithms.
Conduct simulation-based surgical trials.
Analyze precision improvements.
Ensure compliance with medical data security standards.
Prepare architecture documentation and validation report.
