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Differences in pre-planned agility and reactive agility performance in sport games

机译:体育游戏中预先计划的敏捷性和反应敏捷性性能的差异

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Background: Authors in their contribution point to the differences in the methods of measurement of agility in the practice. Based on the experience of coaches as well as on their own experience have come to the conclusion that the Illinois Agility Test, which has long been used for the testing of agility in fact does not measure perception abilities and decision-making processes, since motor activity performed during the testing procedure represents a closed skill, where the only task of the tested person is to accelerate, decelerate and change the direction of running, while the task is known in advance. On the contrary, some authors recommend the testing of agility using apparatuses measuring selective reaction, such as Fitro Agility Check. Objective: The aim of the research was to find out differences in the performance of players from the point of view of sport specialization and also to assess the relationship between the performance of players in two agility tests (Illinois Agility Test, measuring the ability of simple reaction, acceleration, deceleration and changes of movement direction, as well as Fitro Agility Check, measuring the above mentioned processes plus the ones of perception and decision-making). Methods: The sample comprised basketball (G1), volleyball (G2) and?soccer (G3) players (N?=?55 boys, Mage?=?15.78 years, age range?=?14-17 years) from sport clubs in?Slovakia. Illinois Agility Test (IAT) was used for testing acceleration and deceleration speed, simple reaction as well as changes of direction. Time of the trial was recorded by Microgate photocells. Fitro Agility Check (FAC) was used for the testing of reactive agility. Differences between independent groups were assessed using Kruskal-Wallis H test, or Mann-Whitney U test. Non-parametric Spearman correlation coefficient was used for detecting whether any correlation between the two variables exists (results in FAC vs IAT). Results: The greatest differences were found between the performances of players in IAT, on the contrary in the?test FAC we found agreement in performances of players of different specializations. The value of statistical significance (p?=?.774) point to the non-existence of a relationship between the performance in IAT vs FAC and stress fundamental difference between both variables. Conclusions: This study provides evidence supporting the experience of coaches that when developing agility it is inevitable to transfer from performing exercises with the change of direction planned in advance realized in static conditions onto the practice of open skills, in which reaction to the changing conditions of the match is combined with anticipation of the resulting optimum solution of the given situation.
机译:背景:作者的贡献指出了实践中敏捷度测量方法的差异。根据教练的经验以及他们自己的经验得出的结论是,长期以来一直用于敏捷性测试的伊利诺伊州敏捷性测试实际上并不衡量感知能力和决策过程,因为运动活动在测试过程中执行的测试表示一项封闭的技能,其中,被测人的唯一任务是加速,减速和改变行驶方向,而该任务是事先已知的。相反,一些作者建议使用测量选择性反应的设备(例如Fitro Agility Check)来测试敏捷性。目的:该研究的目的是从运动专业化的角度发现运动员的表现差异,并评估两次敏捷测试(伊利诺伊州敏捷测试,衡量简单能力)之间的关系。反应,加速,减速和运动方向变化,以及Fitro敏捷性检查(测量上述过程以及感知和决策过程)。方法:样本包括篮球(G1),排球(G2)和足球(G3)球员(N?=?55个男孩,M 年龄 =?15.78岁,年龄范围?=?14-17岁)来自斯洛伐克的体育俱乐部。伊利诺伊州敏捷性测试(IAT)用于测试加速和减速速度,简单的反应以及方向变化。试验时间由Microgate光电管记录。 Fitro Agility Check(FAC)用于测试反应敏捷性。使用Kruskal-Wallis H检验或Mann-Whitney U检验评估独立组之间的差异。非参数Spearman相关系数用于检测两个变量之间是否存在任何相关性(FAC与IAT的结果)。结果:IAT的球员之间的表现差异最大,相反,在测试FAC中,我们发现不同专业球员的表现是一致的。统计显着性值(p?= ?. 774)指出IAT与FAC的表现与两个变量之间的压力基本差异之间不存在关系。结论:这项研究提供了支持教练经验的证据,即在发展敏捷性时,不可避免地要从在静态条件下预先计划的改变方向的练习中转移到开放技能的练习中,在此过程中,对敏捷技能的变化条件做出反应该匹配与给定情况下预期的最佳解决方案相结合。

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