Kurillo Gregorij, Koritnik Tomaz, Bajd Tadej, Bajcsy Ruzena
University of California, Berkeley, CA 94720, USA.
Stud Health Technol Inform. 2011;163:290-6.
We present work in progress on a tele-immersion system for telerehabilitation using real-time stereo vision and virtual environments. Stereo reconstruction is used to capture user's 3D avatar in real time and project it into a shared virtual environment, enabling a patient and therapist to interact remotely. Captured data can also be used to analyze the movement and provide feedback to the patient as we present in a preliminary study of stepping-in-place task. Such tele-presence system could in the future allow patients to interact remotely with remote physical therapist and virtual environment while objectively tracking their performance.
我们展示了一项正在进行的工作，即利用实时立体视觉和虚拟环境开发用于远程康复的远程沉浸系统。立体重建用于实时捕捉用户的3D虚拟形象，并将其投射到共享虚拟环境中，使患者和治疗师能够进行远程互动。如我们在原地踏步任务的初步研究中所呈现的，捕获的数据还可用于分析运动并向患者提供反馈。这种远程临场系统未来可能会让患者在客观跟踪其表现的同时，与远程物理治疗师和虚拟环境进行远程互动。
