HCI.TOPHCI, made easy

arrow_backBack to questions View categoryarrow_forward

XR/AR/VR Interaction / XR Health Training and Rehabilitation Support

How can the system enhance rehabilitation outcomes through real-time monitoring and feedback?

helpResearch questionXR Health Training and Rehabilitation Support

How can the system enhance rehabilitation outcomes through real-time monitoring and feedback?

UbiComp '24A Wearable Lower Extremity Virtual Rehabilitation System for Patients’ Venous Thromboembolism Prophylaxis

Similar questions

helpResearch questionXR Health Training and Rehabilitation Support

How can wearable virtual rehabilitation systems increase patient engagement in venous thromboembolism (VTE) prevention?

UbiComp '24A Wearable Lower Extremity Virtual Rehabilitation System for Patients’ Venous Thromboembolism Prophylaxis

helpResearch questionXR Health Training and Rehabilitation Support

How can wearable sensors and immersive interfaces improve lower-limb exercise training and completion rates?

UbiComp '24A Wearable Lower Extremity Virtual Rehabilitation System for Patients’ Venous Thromboembolism Prophylaxis

helpResearch questionXR Health Training and Rehabilitation Support

How does hand redirection in VR affect training motivation and outcomes for upper-limb rehabilitation patients?

CHI '24To Reach the Unreachable: Exploring the Potential of VR Hand Redirection for Upper Limb Rehabilitation

helpResearch questionXR Health Training and Rehabilitation Support

Among three hand redirection techniques (fixed offset, scaled offset, rear offset), which more effectively motivates patient effort?

CHI '24To Reach the Unreachable: Exploring the Potential of VR Hand Redirection for Upper Limb Rehabilitation

helpResearch questionXR Health Training and Rehabilitation Support

Does rear offset affect patients' task perception and sense of hand ownership?

CHI '24To Reach the Unreachable: Exploring the Potential of VR Hand Redirection for Upper Limb Rehabilitation

helpResearch questionXR Health Training and Rehabilitation Support

How can pre-movement feedforward and corrective feedback design mechanisms in XR be systematically analyzed and their interactions understood?

CHI '24Design Space of Visual Feedforward And Corrective Feedback in XR-Based Motion Guidance Systems

Related papers

To Reach the Unreachable: Exploring the Potential of VR Hand Redirection for Upper Limb Rehabilitation

Peixuan Xiong, Yukai Zhang, Nandi Zhang

Design Space of Visual Feedforward And Corrective Feedback in XR-Based Motion Guidance Systems

Xingyao Yu, Benjamin Lee, Michael Sedlmair

LightSword: A Customized Virtual Reality Exergame for Long-Term Cognitive Inhibition Training in Older Adults

Qiuxin Du, Zhen Song, Haiyan Jiang

Stairway to Heaven: A Gamified VR Journey for Breath Awareness

Nathan Miner, Amir Abdollahi, Caleb P. Myers

From Letterboards to Holograms: Advancing Assistive Technology for Nonspeaking Autistic Individuals with the HoloBoard

Lorans Alabood, Travis Dow, Kaylyn B Feeley

Examining the Use of VR as a Study Aid for University Students with ADHD

Isabelle Cuber, Juliana G Goncalves de Souza, Irene Jacobs

Starrypia: An AR Gamified Music Adjuvant Treatment Application for Children with Autism Based on Combined Therapy

Yu Cai, Zhao Liu, Zhuo Yang

AR-Enhanced Workouts: Exploring Visual Cues for At-Home Workout Videos in AR Environment

Yihong Wu, Lingyun Yu, Jie Xu

Dementia Eyes: Co-Design and Evaluation of a Dementia Education Augmented Reality Experience for Medical Workers

Ximing Shen, Yun Suen Pai, Dai Kiuchi

FlowAR: How Different Augmented Reality Visualizations of Online Fitness Videos Support Flow for At-Home Yoga Exercises

Hye-Young Jo, Laurenz Seidel, Michel Pahud

Don't Panic! - Influence of Virtual Stressor Representations from the ICU Context on Perceived Stress Levels

Sebastian Weiß, Wilko Heuten

Interactive AR applications for Nonspeaking Autistic People? A Usability Study

Ahmadreza Nazari, Ali Shahidi, Kate M. Kaufman