基于语音识别和行为捕捉的体育教育在公共卫生中的作用

Guodong Hu
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引用次数: 0

摘要

基于语音识别和行为捕捉,设计了人体运动校正。在运动过程中,实时识别人体姿态的运动变化,并给出运动后的运动校正分析结果。在运动捕捉和校正过程中,应考虑人体骨关节的位置数据,并利用相邻关节形成肢体的方向,进行实时运动校正。具体地,根据与待检测动作的关节点坐标对应的标准动作,当关节点骨骼数据和待检测动作估计值在允许范围内时,判断为符合标准动作;相反,根据关节点和估计值之间的误差符号,判断并校正要检测的动作的偏离方向。由于动作序列的差异可以看作是动作序列中特征的差异,因此根据骨关节位置数据组成的动作序列,选择合适的特征来描述运动差异的过程。对于动作比较分析,考虑到存在不同长度的动作序列,首先,使用动态时间扭曲方法对动作序列进行对齐;然后提取对齐动作序列的特征向量,利用余弦相似度判断动作相似度,利用角度特征描述运动轨迹,得到动作比较分析的结果。。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physical Education’s Role in Public Health based on the combination of speech recognition and behavior capture
Based on speech recognition and behavior capture, human motion correction is designed. In the process of movement, the real-time movement change of human posture is recognized, and the result of movement correction analysis is given after the movement. In the process of motion capture and correction, the position data of human bone joints should be taken into account, and the adjacent joints should be used to form the direction of the limb to carry out real-time motion correction. Specifically, according to the standard action corresponding to the joint point coordinates of the action to be detected, when the joint point bone data and the estimated value of the action to be detected are within the allowable range, it is judged to be in line with the standard action; on the contrary, according to the symbol of the error between the joint point and the estimated value, the deviation direction of the action to be detected is judged and corrected. Because the difference of action sequence can be regarded as the difference of feature in action sequence, the appropriate feature is selected to describe the process of motion difference according to the action sequence composed of bone joint position data. For action comparison analysis, considering the existence of action sequences with different lengths, firstly, the dynamic time warping method is used to align the action sequence; then the feature vector of the aligned action sequence is extracted, the cosine similarity is used to judge the action similarity, and the angle feature is used to describe the motion trajectory to obtain the result of action comparison analysis..
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