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首页> 外文期刊>Journal of human kinetics. >Attack Coverage in High-Level Men’s Volleyball: Organization on the Edge of Chaos?
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Attack Coverage in High-Level Men’s Volleyball: Organization on the Edge of Chaos?

机译:高水平男排的进攻范围:组织处于混乱边缘吗?

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Change is pervasive, but emerging patterns are occasionally detectable through analysis of systemic behaviors. Match analysis uses these patterns in order to reduce the degree of improvisation and to optimize the training process. However, it is possible that certain game phases elude systematic patterning. In this vein, our aim was to analyze the case of attack coverage in men’s volleyball, as we suspected it would elude systematic patterning and has received negligible attention in scientific research. We analyzed the occurrence of attack coverage in 4544 plays of the 2011 Volleyball World League. A Chi-square test with residual adjusted values was applied to explore significant associations between variables. A Monte Carlo correction was applied, as some cells had n5. Effect sizes were determined using Cramer’s V. Overall, attack coverage occurred in 3.89% of ball possessions, and 23 distinct structures emerged. These structures lacked significant associations with the game complex, setting zone, and effect of attack coverage. Conversely, attack coverage structures showed significant associations with the attack zone and tempo, with very strong effect sizes (V=0.472 and V=0.521, respectively). As certain attack zones are deeply associated with attack tempo, it is apparent that quicker attack plays affect attack coverage structuring, promoting the formation of less complex structures. Ultimately, attack coverage structures seem to depend on momentary constraints, thereby rendering rigid systematization impracticable. Still, we contended that a principle-based approach might be suitable. This invites researchers to rethink how to interpret game regularities.
机译:变化无处不在,但是通过分析系统行为偶尔可以发现新出现的模式。比赛分析使用这些模式以减少即兴程度并优化训练过程。但是,某些游戏阶段可能无法进行系统的构图。在这种情况下,我们的目的是分析男子排球进攻覆盖的情况,因为我们怀疑这可能会绕过系统的模式,并且在科学研究中受到的关注很少。我们分析了2011年世界排球联赛4544场比赛的进攻覆盖范围。使用具有残差调整值的卡方检验来探索变量之间的显着关联。由于某些像元的n <5,因此进行了蒙特卡洛校正。效果大小是使用Cramer的V来确定的。总体而言,攻击覆盖率发生在3.89%的控球率中,并且出现了23种不同的结构。这些结构与游戏复杂度,设置区域和攻击范围的影响缺乏明显的联系。相反,攻击覆盖率结构显示出与攻击区域和节奏的显着关联,效果大小非常强(分别为V = 0.472和V = 0.521)。由于某些攻击区域与攻击速度密切相关,因此显而易见的是,较快的攻击过程会影响攻击覆盖范围的结构,从而促进较简单结构的形成。最终,攻击覆盖结构似乎依赖于瞬时约束,因此使僵化的系统化变得不可行。不过,我们认为基于原则的方法可能是合适的。这邀请研究人员重新思考如何解释游戏规则。

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