PPT:口袋瑜伽私人训练系统

Biaokai Zhu, Lu Zhang, Yuchen Sun, Yi Shi, Yupeng Jia, Lu Li, Xinran Xie, Zejiao Yang, Song Jie, Sanman Liu
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摘要

电子产品的全覆盖促进了人机交互系统的普及,尤其是在运动健身领域。优秀的人机交互技术可以给人类带来高品质的体验。然而,以往的研究主要集中在可穿戴设备的跟踪和对身体部位的射频信号。本文将推出一款轻巧、便携的瑜伽私教系统,可以以教练为主。智能手机可以实现对用户身体运动的实时跟踪,将评估模型反馈与有价值的指导相结合。我们利用该算法预测肢体咬合的组成,并利用分割归一化对骨节点进行精确校准。提高系统的准确性和鲁棒性,同时帮助用户实现自由实用的瑜伽训练。实验结果表明,该系统能够准确评估用户的瑜伽动作,实时向用户提供有意义的反馈,准确率高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PPT: pocket yoga personal training system
The full coverage of electronic products promotes the prevalence of human-computer interaction systems, especially in sports and fitness. Excellent human-computer interaction technology can bring high-quality experiences to human beings. However, the previous research focuses on the tracking of the wearable device and the radio frequency signal to the body part. This article will launch a lightweight, portable yoga private education system that can be mainly in line with coaches. A smartphone can realize real-time tracking of user body motion, combining the evaluation model feedback and valuable guidance. We predict the composition of the limb occlusion by the algorithm and use the segmentation to normalize the accurate calibration of the bone node. Improve the accuracy and robustness of the system while helping users achieve freedom and practical yoga training. The experimental results show that the system can provide meaningful feedback to the user in real-time by accurately assessing the user’s yoga action, high accuracy.
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