Xu Meng, Shi Yaya
Department of Physical Education, Honam University, Gwangju Metropolitan City 62397, Republic of Korea.
Department of Physical Education, Gangneung-Wonju National University, Gangneung 25457, Gangwon-do, Republic of Korea.
Comput Intell Neurosci. 2022 Jul 21;2022:7390836. doi: 10.1155/2022/7390836. eCollection 2022.
In recent years, the physical quality of middle school students in China has generally declined, which has attracted the attention of the state and the Ministry of education. With the development of Internet technology, China's physical education teaching environment has gradually become intelligent. This article mainly studies the mobile terminal equipment and methods of martial arts movement correction in the intelligent physical education environment. 21 young martial arts athletes were selected as the research objects. In the experiment, functional screening (FMS) was used to test the martial arts athletes, followed by FMS tests and scores. A video camera was used to record the motion test from the subjects' sagittal and frontal planes. Using wireless sensor technology to collect the athletes' motion signals, after the twelfth week, the FMS, SEBT, and the number of successful routines were tested on the two groups of athletes, respectively. The pre-test data and the post-correction data of the two test indicators were compared and analyzed. There is no significant difference. The necessary statistics and integration of the obtained data are carried out by using the calculation methods in sports statistics. The experimental data showed that the average total scores of FMS screening test of Changquan athletes and Taijiquan athletes were 14.71 ± 1.52 and 16.20 ± 1.32, respectively. The results of the research on the mobile terminal equipment and methods of martial arts movement correction in the intelligent sports environment show that the mobile terminal equipment can improve the independent training ability of athletes, and at the same time has a good correction effect on irregular movements.
近年来，我国中学生的身体素质普遍下降，这引起了国家和教育部的关注。随着互联网技术的发展，我国体育教学环境逐渐智能化。本文主要研究智能体育环境下武术动作纠正的移动终端设备及方法。选取21名青少年武术运动员作为研究对象。实验中，采用功能筛查（FMS）对武术运动员进行测试，随后进行FMS测试与评分。使用摄像机从受试者的矢状面和额状面记录动作测试。利用无线传感器技术采集运动员的运动信号，在第十二周后，分别对两组运动员进行FMS、SEBT以及成功套路数量的测试。对两项测试指标的测试前数据和纠正后数据进行比较分析。无显著差异。运用体育统计学中的计算方法对所得数据进行必要的统计与整合。实验数据表明，长拳运动员和太极拳运动员FMS筛查测试的平均总分分别为14.71±1.52和16.20±1.32。智能体育环境下武术动作纠正的移动终端设备及方法的研究结果表明，移动终端设备能够提高运动员的自主训练能力，同时对不规范动作具有良好的纠正效果。
