Abstract
Abstract
At present, Taekwondo, as a martial arts event, is popular among social groups with the function of fitness and self-defense. In the promotion and practice of Taekwondo, it is necessary to have reliable theoretical knowledge to lay the foundation, analyze with the help of science and technology and theoretical results, and obtain relevant technical action guidance methods, so as to realize the optimization training of related technical functions, which is very important to improve the teaching and training level of Taekwondo related technical movements. In Taekwondo, cross kicking is common and one of the key movements. It also plays an important role in the scores of related sports competitions. However, the current situation of this technical action in the overall competition score is not ideal, which shows some deficiencies in the relevant technical action teaching. In this regard, this paper studies the technical movement characteristics of Taekwondo cross kick, carries out the training of three-dimensional image analysis, based on “Fighting Event Group Training Tester”, carries out quantitative analysis on cross kick technical movements. Taking the cross kick of excellent Taekwondo athletes as the ideal index, the relevant movement characteristics and rules are studied to promote the realization of the optimal training goal of the cross kick of Taekwondo.
Subject
General Physics and Astronomy
Reference8 articles.
1. Biomechanical Characteristics and Speed Adaptation during Lick Double Poling on Roller Skis in Elite Cross-Country Skiers;Göpfert;Sports Biomechanics,2013
2. Effect of Postactivation Potentiation Induced by Elastic Resistance on Kinematics and Performance in a Roundhouse Kick of Trained Martial Arts Practitioners;Håkon;Journal of Strength and Conditioning Research,2018
3. Analysis on the Knee Joint Movement Characteristics of Downward Chop Technique in Excellent Female Taekwondo Athletes;Wang;Journal of Hefei Normal University,2019
4. Error Prediction Simulation of Athletes’ Starting Motion based on 3D Image;Zhang;Computer Simulation,2017
5. Research and Simulation of Badminton Motion Rationality Judgment Method based on 3D Image;Hua;Science, Technology and Engineering,2017
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