Leveraging Social Interaction: Stroke Rehabilitation Using Extended Reality

Area of Science:

• Neurorehabilitation
• Virtual Reality (VR) in Healthcare
• Human-Computer Interaction

Background:

• Stroke survivors face physical and cognitive deficits impacting quality of life.
• Current rehabilitation methods lack personalization, social interaction, and can be demotivating.
• Virtual reality offers potential for engaging and personalized rehabilitation experiences.

Purpose of the Study:

• To introduce an extended reality (XR) rehabilitation framework to enhance motivation in stroke survivors.
• To assess the acceptance of XR rehabilitation by healthcare professionals and patients.
• To explore the impact of collaborative versus competitive multiuser dynamics in XR rehabilitation.

Main Methods:

• A longitudinal study utilizing a virtual reality supermarket environment.
• Development of a broader extended reality rehabilitation framework.
• Evaluation of user acceptance and exploration of collaborative/competitive dynamics in multiuser XR settings.

Main Results:

• Initial results indicate positive acceptance of XR rehabilitation by healthcare professionals and stroke survivors.
• Exploration of collaborative and competitive dynamics suggests potential for engagement.
• Augmented reality shows promise for integrating rehabilitation into daily living environments.

Conclusions:

• Extended reality, particularly multiuser virtual reality, offers a promising avenue for improving motivation and functional recovery in stroke rehabilitation.
• Collaborative XR experiences may enhance engagement and social interaction.
• Further research into AR applications can bridge rehabilitation with real-world activities.