All systems operational
Q4 2023

Computer vision systems and deep learning for the recognition of athlete's movement: A review article

Khalil Ibrahim Alsaif · Ahmed S. Abdullah
10.25130/tjps.v28i6.1600 389 Views 4 Citations
4
Citations
389
Views
Abstract

The process of detecting people in videos and then tracking their movement is one of the very important topics. The process of tracking people and studying their behaviour could result in a large set of information that can help researchers in studying reactions. The techniques of detection and tracking the movement of people are used in the sports field, where the athlete's movement is studied and analyzed within the game. Based on the information obtained from the process of tracking the athlete's movement, it is possible to improve the playing performance as well as avoid injuries and choose the best playing strategy. In some games, the accuracy of athlete's performance is a measure of the points given to the athlete's like gymnastics. This study reviews a set of articles that relied on computer vision as well as deep learning in the process of distinguishing and analysing the athlete's movement. The articles are confined to the years from 2015 to 2022, dealing with different indoor and outdoor sports. Certainly, the study of indoor games is better because the influence of weather conditions is less than that of outdoor ones. Reviewing the articles demonstrates that relying on computer vision systems is more effective than relying on human rulers, as humans are more prone to error. As for relying on the deep learning techniques for detecting the object, the results are very positive, due to the correct detection of the object. The results of the analysis of this object will be more accurate.

Cite this Article (APA)
Khalil, I. A., Ahmed, S. A. (2023). Computer vision systems and deep learning for the recognition of athlete's movement: A review article. Tikrit Journal of Pure Science. https://doi.org/10.25130/tjps.v28i6.1600
Related Papers
19
cites
390
Optical Mark Recognition using Modify Bi-directional Associative Memory
Rusul Hussein Hasan; Inaam Salman Aboud; Rasha Majid Hassoon; Ali saif aldeen   · 2024
3
cites
389
3
cites
388
Existence and uniqueness of Solution for Boundary Value Problem of Fractional Order
Hozan Hilmi; Rebaz Fadhil Mahmood; Siyaman Sidiq Hama · 2024
3
cites
389
Access
View Full Text via DOI
Published in
ISSN 1813-1662
Quartile Q4
AMS Score 61
Field Natural Sciences
Publisher Tikrit University
Country 🇮🇶 Iraq
View Journal Profile →
Authors
Publication Details
Year 2023
Language English
Added 27 Jul 2026