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Intelligent Recognition Method of Human Motion Global Features Based on Kinect Skeleton Information

机译:基于Kinect骨架信息的人体运动全球特征智能识别方法

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In order to solve the problems of low recognition accuracy and poor real-time performance in the existing training and recognition of human movement posture under complex background, an intelligent recognition method of human motion global features based on Kinect skeleton information is designed. The data of skeletal pose feature points is obtained from Kinect, and the pose feature vector is calculated. The current real-time pose feature vector is matched with the preset standard pose feature vector. The matching degree of the two postures is fed back in real time to achieve the purpose of pose recognition. The experimental results show that the method can effectively match and recognize human action posture, with high recognition accuracy and strong real-time performance Scalability.
机译:为了解决复杂背景下现有培训和识别人类运动姿势的低识别准确性和实时性能差的问题,设计了基于Kinect骨架信息的人体运动全球特征的智能识别方法。从Kinect获得骨架姿势特征点的数据,并且计算姿势特征向量。当前实时姿势特征向量与预设标准姿势特征向量匹配。两条姿势的匹配程度实时反馈,以达到构成识别的目的。实验结果表明,该方法可以有效地匹配和识别人类的姿势,具有高识别精度和强大的实时性能可扩展性。

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