A rehabilitation training intelligent optimization method and system for knee joint rehabilitation population

Abstract

The present application relates to a kind of rehabilitation training intelligent optimization method and system for knee joint rehabilitation crowd, the method includes: the multi-modal biomechanical data of target user under the preset training action is collected, and the individualized neuromusculoskeletal model of target user is constructed;Based on individualized neuromusculoskeletal model, generate the rehabilitation training prescription containing motion parameter;Based on rehabilitation training prescription, guide target user to execute rehabilitation training, the knee joint motion execution data of target user is collected in rehabilitation training process to optimize the motion parameter in rehabilitation training prescription.The method constructs the whole process of modeling-prescription-execution-regulation-optimization, forms the rehabilitation training closed loop of physiological drive, internal organization load prediction, real-time feedback, dynamic adjustment, and promotes the development of knee joint rehabilitation to intelligent, precision, systematization direction.

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