Research in augmented and mixed reality for healthcare and surgical interventions.
An AI product concierge that saw through the customer's camera, answered with contextual video, and turned every support session into design feedback for the next version.
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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