Clinical context
Designed around spatial neglect after stroke.
The task format supports repeated practice of exploration, reaching, and placement behaviors relevant to supervised rehabilitation research.
Research prototype
ARBingo
AI-adaptive spatial neglect training in augmented reality
A headset-based rehabilitation research system designed to make spatial neglect practice active, repeatable, and easier to review across sessions.
01 Active visual exploration
02 Natural hand interaction
03 Adaptive support over time
Why it exists
Spatial neglect rehabilitation should feel active, familiar, and repeatable.
ARBingo uses an augmented-reality bingo task to encourage visual exploration and cross-midline movement while preserving the feel of working in a real physical environment.
Interaction
Physical-room training, not flat-screen tapping.
Patients interact with virtual task objects while remaining seated at a real table, keeping the experience grounded in everyday movement.
Adaptation
Cueing support can change with practice.
The system is structured for patient-specific support across repeated sessions without exposing technical model details on the public site.
Workflow
Explore
Search for targets in the surrounding workspace.
Move
Reach, grasp, and place objects through natural hand interaction.
Adapt
Receive cueing support that can change across repeated sessions.
Status
Currently presented as a research prototype for supervised rehabilitation workflows, not as a standalone medical product.