Physical Education Institute of Hunan Normal University, Hunan 421000, China.
J Healthc Eng. 2021 Oct 6;2021:8099451. doi: 10.1155/2021/8099451. eCollection 2021.
In order to better reduce sports injury, a method based on functional motion biological image data is proposed. Through performing functional motion screening test on wushu athletes, including 7 items of test, each athlete is given a score according to the test standard. This paper summarizes the mistakes and deficiencies of common movement patterns of athletes and makes different intervention plans to improve the effect of sports injury screening. The results show that, at > 0.001, there was a significant difference, and the experimental group FMS total score (15.02 ± 3.7) was lower than the control group FMS total score (18.51 ± 1.45). The recognition rate of the system is higher than that of the system based on single feature, and the recognition performance is better than that of the standard SVM and KNN recognition methods. It is proved that the design of the system is feasible, reliable, and effective.
为了更好地降低运动损伤,提出了一种基于功能运动生物图像数据的方法。通过对武术运动员进行功能运动筛查测试,包括 7 项测试,根据测试标准对每个运动员进行评分。本文总结了运动员常见运动模式的错误和缺陷,并制定了不同的干预计划,以提高运动损伤筛查的效果。结果表明,在 > 0.001 时,差异具有统计学意义,实验组 FMS 总分(15.02 ± 3.7)低于对照组 FMS 总分(18.51 ± 1.45)。该系统的识别率高于基于单一特征的系统,识别性能优于标准 SVM 和 KNN 识别方法。证明了系统的设计是可行的、可靠的和有效的。