Design of fine motion control system for aerobics athletes based on light imaging equipment detection and image processing technology.
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| Title: | Design of fine motion control system for aerobics athletes based on light imaging equipment detection and image processing technology. |
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| Authors: | Liu, Ai1 (AUTHOR) liuai0325@163.com |
| Source: | Optical & Quantum Electronics. Apr2024, Vol. 56 Issue 4, p1-15. 15p. |
| Subjects: | Image processing equipment, Lighting equipment, Aerobic exercises, Fine motor ability, High resolution imaging, Posture |
| Abstract: | In traditional aerobics training, the movement control of athletes mainly depends on the observation of human eyes and the guidance of coaches. However, due to the limited visual perception of the human eye, it is impossible to accurately capture and analyze the small changes and details of the athletes, resulting in the limitation of the training effect. In this study, a fine motor control system for aerobics athletes based on optical imaging equipment detection and image processing technology is designed to provide accurate postural and movement feedback. In this study, high resolution optical imaging equipment was used to monitor and capture athletes' body posture in real time. Then the image processing algorithm is used to analyze and identify the athlete's posture, and extract the key movements and technical points. Finally, the results of the analysis are fed back to the athletes and coaches to help them adjust and improve. Through experiments, the system can accurately detect and analyze the athlete's posture and movement, and provide fine movement control and feedback. When athletes use this system for training, they can better understand and grasp the correct postural essentials, improve their technical level and training effect. [ABSTRACT FROM AUTHOR] |
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| Database: | Engineering Source |
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| Abstract: | In traditional aerobics training, the movement control of athletes mainly depends on the observation of human eyes and the guidance of coaches. However, due to the limited visual perception of the human eye, it is impossible to accurately capture and analyze the small changes and details of the athletes, resulting in the limitation of the training effect. In this study, a fine motor control system for aerobics athletes based on optical imaging equipment detection and image processing technology is designed to provide accurate postural and movement feedback. In this study, high resolution optical imaging equipment was used to monitor and capture athletes' body posture in real time. Then the image processing algorithm is used to analyze and identify the athlete's posture, and extract the key movements and technical points. Finally, the results of the analysis are fed back to the athletes and coaches to help them adjust and improve. Through experiments, the system can accurately detect and analyze the athlete's posture and movement, and provide fine movement control and feedback. When athletes use this system for training, they can better understand and grasp the correct postural essentials, improve their technical level and training effect. [ABSTRACT FROM AUTHOR] |
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| ISSN: | 03068919 |
| DOI: | 10.1007/s11082-024-06280-3 |
