Metaverse-Driven Extended Reality for Ultrasound-Guided Invasive Therapeutic and Surgical Training System
Technology Introduction:
This technology presents an XR-based simulator for ultrasound-guided endocrine interventions, integrating real-time AI guidance, haptic feedback, and immersive 3D anatomy. It enables safe, repeatable, and interactive training, accelerating proficiency while enhancing patient safety and minimizing reliance on cadaveric models.
Industry Applicability:
The system is applicable to medical training centers and surgical education programs, offering modular course design, platform licensing, and global scalability. It supports skill certification, remote training, and interdisciplinary applications.
As a national teaching hospital, NTUH is shouldered with three major tasks: teaching, research and service: ·Teaching: The hospital is aligned with the university's curriculum for the education and training of medical professionals and specialists. ·Research: Resources are integrated to establish core laboratories and provide the best research facilities and environment. Our current research focuses are in cancer, immunology, cardiovascular disease, organ transplants, biomedical optics, and medical imaging. ·Service: We emphasize patient safety and strong administrative management, as well as a solid foundation in humanized care. We carry out review and re-designs to all of our service facilities and work flows as part of our efforts to provide high quality and top-notch medical services. Apart from these three main tasks, NTUH is also committed to promoting international cooperation. Through such cooperation, we leverage the experience and knowledge from advanced countries and boost the development of Taiwan’s own medical technology. Looking ahead, NTUH will continue to carry on its fine traditions with our tireless service to the sick.
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Technology maturity:Others
Exhibiting purpose:Display of scientific results
Trading preferences:Negotiate by self
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