AI Posture assessment

Based on the research results of children's posture in the State key Laboratory of the Ministry of Education for many years, and combined with the deep convolution neural network model, we have developed a posture artificial intelligence evaluation system. By using artificial intelligence and modern science and technology combined with previous big data research, it has realized the fully automatic evaluation from assessment to evaluation, and finally to the solution

AI Gait assessment

Aiming at clinical gait detection, we have developed a solution of Fastmove-Gait gait evaluation system for gait. This solution can complete gait detection with 4 industrial cameras.Without wearing any sensors and marker points during the whole process, the parameters related to the 3D gait, such as step length, step frequency, support period, swing period, gait variability and so on, can be obtained
AI Running Posture assessment
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For running posture evaluation, we have developed a fastmove-gait running evaluation system solution for running. This solution can complete running detection with 2-4 industrial cameras on the basis of fastmove-3dmotionAI analysis system. Without wearing any sensors and marker points during the whole process,the data results related to 3D running, such as center of gravity, 3D angle of the hip joint,3D angle of the knee joint, touch time, running frequency and so on,can be obtained


AI Motor Function assessment

Using image recognition technology to perform motion assessment and evaluation of deep squat and stride movements, and automatically recognize the effect of movement completion

Assessment of Motor Ability of the Elderly with AI

Through the technology of automatic image recognition, this paper evaluates the movement of standing, walking and completing movements of the elderly, and evaluates the cognitive motor ability of the elderly
Assessment of Motor Ability of Children with AI

Using AI image recognition technology to capture children's movement characteristics and evaluate children's motor ability