Physical Education College, Shandong University of Finance and Ecomonics, Jinan 250014, Shandong, China.
Comput Intell Neurosci. 2022 May 13;2022:9542397. doi: 10.1155/2022/9542397. eCollection 2022.
Exercise-induced fatigue refers to the symptom that the body cannot continue to maintain the original training volume after a certain period of continuous training. Competitive aerobics athletes have a large amount of daily training exercise, and their bodies are prone to exercise fatigue. The health monitoring technology can monitor the physical state in real time and diagnose and treat the diseases caused by the body in time. This article aims at applying the health monitoring technology to the research of sports fatigue recovery of competitive aerobics athletes. This article first briefly introduces the theoretical review of exercise-induced fatigue, and it includes the definition, classification, and determination methods of exercise-induced fatigue, and then uses the health monitoring system to describe it, and finally conducts an experiment in the diagnosis and rehabilitation of exercise-induced fatigue. The health monitoring technology was compared with traditional medical methods, and the four aspects of speed, accuracy, recovery rate, and athlete's treatment satisfaction were tested. The experimental results show that the diagnostic accuracy based on health monitoring technology is the same as that of traditional manual medical diagnosis, reaching about 85%, which verifies its effectiveness.
运动性疲劳是指在连续一段时间的持续训练后,身体无法继续维持原训练量的症状。竞技健美操运动员日常训练量大,身体容易出现运动性疲劳。健康监测技术可以实时监测身体状态,及时诊断和治疗因身体原因引起的疾病。本文旨在将健康监测技术应用于竞技健美操运动员运动性疲劳恢复的研究。本文首先简要介绍了运动性疲劳的理论综述,包括运动性疲劳的定义、分类和测定方法,然后使用健康监测系统进行描述,最后对运动性疲劳的诊断和康复进行实验。将健康监测技术与传统医学方法进行比较,从速度、准确性、恢复率和运动员治疗满意度四个方面进行了测试。实验结果表明,基于健康监测技术的诊断准确率与传统的手动医学诊断相同,达到 85%左右,验证了其有效性。