A. Static Analysis: Using an RGB-D camera, we capture front, side, back, and Adam's Test images, and analyze skeletal asymmetry through deep learning. Based on the analyzed data, we evaluate 11 spots such as Forward Head Posture, Asymmetrical Shoulder Height, C7-CSL x-axis distance, and Pelvic Axial Rotation, using physiotherapy theories such as the Janda Approach and Anatomy Trains. Then, we analyze the relative tension and weakness of 87 muscles. Accordingly, we create a digital twin of customers' body data and reconstruct the 3D skeleton and muscles.
B. Dynamic Analysis: Actions such as the Overhead Squat Assessment and Single Leg Stand required, and deep learning used to analyze the pattern of each joint's movement for results.
C. Additional features will be continuously updated in the future.
A. Static Analysis: Using an RGB-D camera, we capture front, side, back, and Adam's Test images, and analyze skeletal asymmetry through deep learning. Based on the analyzed data, we evaluate 11 spots such as Forward Head Posture, Asymmetrical Shoulder Height, C7-CSL x-axis distance, and Pelvic Axial Rotation, using physiotherapy theories such as the Janda Approach and Anatomy Trains. Then, we analyze the relative tension and weakness of 87 muscles. Accordingly, we create a digital twin of customers' body data and reconstruct the 3D skeleton and muscles.
B. Dynamic Analysis: Actions such as the Overhead Squat Assessment and Single Leg Stand required, and deep learning used to analyze the pattern of each joint's movement for results.
C. Additional features will be continuously updated in the future.