Research in augmented and mixed reality for healthcare and surgical interventions.
Remote surgical collaboration enabling expert surgeons and novice practitioners to share a virtual space during complex procedures.
An AR platform leveraging spatial computing and MagicLeap for contextualized ultrasound education and training.
A VR environment that optically simulates AR headsets, enabling controlled studies of calibration errors impossible to isolate on real devices.
What you sketch is what you get. A mixed fidelity prototyping tool combining digital pen sketching with head-mounted displays.
A four-step AR workflow that turns an iPad and a 3D-printed wound model into an interactive training system.
A mixed reality system providing real-time, hands-free CPR guidance through a HoloLens headset during time-critical emergencies.
An immersive art performance placing audiences inside a virtual reality cave surrounded by digital crowd compositions.
Connecting strangers through inclusive digital crowds in interactive art installations that blur real and virtual presence.
A Kinect-based framework enabling dancers and performers to control visual effects through intuitive body gestures.
Innovations in mixed reality surgical telementoring, augmented reality ultrasound, calibration-free tracking, and remote collaboration technologies.
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