|
|
2014 » Papers » Volume 4 » E-LEARNING AND TECHNOLOGY OF TRANSFER BASED ON VIDEO COMPUTERIZED ANALYSIS OF SPORTS TECHNIQUE OF ACROBATIC EXERCISES ON FLOOR IN WOMEN'S ARTISTIC GYMNASTICS 1. E-LEARNING AND TECHNOLOGY OF TRANSFER BASED ON VIDEO COMPUTERIZED ANALYSIS OF SPORTS TECHNIQUE OF ACROBATIC EXERCISES ON FLOOR IN WOMEN'S ARTISTIC GYMNASTICS Authors: Potop Vladimir, Grigore Vasilica, Timnea Olivia Carmen Volume 4 | DOI: 10.12753/2066-026X-21-256 | Pages: 177-182 | Download PDF | Abstract
This paper is meant to reveal the content of e-Learning and transfer technology of the key elements of sports technique of acrobatic exercises on floor in women's artistic gymnastics.
This scientific approach has led to an ascertaining experimental study that has used the following research methods: 1. Analysis of methodical-scientific literature. 2. Video recording of gymnastics exercises. Use of computerized programs: "Pinnacle Studio", "Kinovea" and "Physics ToolKit". 3. Postural method of movement orientation. 4. Statistical method, by means of "KyPlot" computerized program. The research was conducted from 16th to 18th of November 2012 in the town of One?ti, during the Master Romanian Championship attended by 8 athletes aged 12 -14 years; all of them are components of the Romanian national junior team.
Results. Highlighting and identification of the biomechanical characteristics of sports technique key elements (LP - body launching posture, MP - multiplication of body posture, flight maximum height and CP - concluding body posture - landing) of acrobatic exercises in women's artistic gymnastics at the level of juniors aged 12 to 14; the efficient use of e-learning and transfer technology that deepens the understanding of the phasic structure of sports technique will allow the processing of the modern training programs for their learning.
Conclusions. The use of modern research methods for the video computerized analysis of sports technique key elements of the acrobatic exercises on floor in women's artistic gymnastics is also the basis for the measurement, analysis and assessment of the kinematic and dynamic structure in other sports branches with complex coordination exercises. | Keywords
gymnastics, biomechanics, key elements, phasic structure, performance. |
|
|
|