3D HUMAN MOTION ACQUISITION AND EVALUATION SYSTEM BASED ON OPENPOSE AND 3D RECONSTRUCTION FOR REMOTE REHABILITATION AND EXERCISE

抄録

In this study, we developed a remote rehabilitation and evaluation system based on OpenPose and 3D reconstruction with a single RGB camera. The advantage of this system is low-cost and easy to use, it just needs a single RGB camera and a computer to achieve real-time and intuitive remote rehabilitation, and the training target is the whole body. Furthermore, this system provides the similarity evaluation of motions, which can feedback to users more accuracy and directly. Finally, a series of evaluation experiments showed the positive feasibility, and concluded that this system could be used in practical rehabilitation applications.