Abstract
To realize accurate positioning and recognition of human acupoints in medical treatment, the automatic human acupoints recognition system based on computer binocular vision technology is considered by us. We studied a camera calibration method by plane calibration lattice. To verify and accurately locate human acupoints in medical treatment, the method adopted the principle of binocular vision technology to collect different images of human body limbs to obtain three-dimensional coordinates of space, and the positioning errors of each marker point measured by binocular vision calculation and three-dimensional coordinate measuring instrument are compared. The results show that the system can assist medical personnel to complete the human acupoints recognition and positioning, and respond to the needs of the clinical application.
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