XR

A Design Lab platform for collaborative, data-driven decisions on complex societal problems, combining data integration, modeling, simulation, and immersive visualization.

Interactive training systems for radiation oncology contouring: iContour, VRContour, and iConTutor deliver practice, immersive delineation, and automated feedback to residents.

Mixed reality for stroke care at a distance: holograms of a patient, or of their imaging, are placed in three-dimensional space and transmitted to a remote stroke neurologist.

Human-centered design and evaluation of automated driving, from the explanations an autonomous vehicle gives its passenger to the sensing and coaching of the person behind the wheel.

Surgical telementoring in mixed reality: a remote expert sees the novice's operating field in three dimensions and guides the procedure from anywhere.

Foundational XR research at HXI: interaction techniques for headsets and spatial displays, and immersive environments used as controlled settings for studying behavior.

XR systems for remote collaboration on physical tasks, using spatial computing and alternate 3D representations to reduce the effort of communicating across distance.

Interfaces spanning 2D documents and 3D space: MemoVis, PaperToPlace, and SweeperBot support design feedback, spatialized instructions, and accessible 3D browsing.

Sketch-based prototyping for augmented reality: designers draw spatial experiences directly in the space where they will be used.

Real-time resuscitation guidance in mixed reality: visual and spatial cues sit on the patient, so a novice sees what to do where it has to be done.