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首页> 外文期刊>European journal of sport science: EJSS : official journal of the European College of Sport Science >Lets go surfing now, everybody's learning how; attentional strategies on expert and novice surfing performance under both practice and competition conditions
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Lets go surfing now, everybody's learning how; attentional strategies on expert and novice surfing performance under both practice and competition conditions

机译:让我们现在浪费,每个人都在学习如何; 在实践和竞争条件下专家和新手冲浪绩效的注意力策略

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摘要

Research suggests an external focus of attention (EFOA) promotes effective performance and learning compared to an internal focus of attention (IFOA), with explanations proposed by the constrained action hypothesis (CAH) and OPTIMAL theory of motor learning. Specifically, it is proposed that adopting an EFOA prevents the constraining of normally automatic control processes and subsequent performance decrements (typically observed when individuals adopt an IFOA) by simultaneously reducing self-focus strategies and enhancing goal-action coupling. The present study attempted to fill this research lacuna by examining the CAH and OPTIMAL theory in a complex, ecologically valid, motor task under both low and high-pressured conditions. In two separate experiments, novice (n = 23) and advanced (n = 21) surfers completed a surfing task in an artificial Wavegarden under either EFOA or IFOA instructions. Experimental phases included a pre-test, acquisition and competition transfer. Results revealed that advanced and novice surfing performance benefited from adopting an EFOA in both normal and competitive situations. These findings are discussed in terms of the theoretical implications for the CAH and OPTIMAL theory, in addition to the anxiety literature. Reference to applied implications when instructing and performing within ecologically valid surfing settings are also presented.
机译:研究表明,与关注(IFOA)的内部焦点相比,关注的外部焦点(EFOA)促进有效的绩效和学习,并通过受约束的作用假设(CAH)提出的解释和运动学习的最优理论。具体地,提出采用EFOA通过同时减少自我焦点策略并增强目标 - 动作耦合,采用EFOA防止通常自动控制过程和随后的性能递减(通常观察到时,当个体采用IFOA时)。本研究试图通过在低压和高压条件下检查CAH和最优理论,通过检查CAH和最优理论,在较低和高压和高压条件下进行复杂,生态有效的电机任务。在两个单独的实验中,新手(n = 23)和高级(n = 21)冲浪者在efoa或ifoa指令下完成了人工伏德文中的冲浪任务。实验阶段包括预先测试,收购和竞争转移。结果表明,先进和新手冲浪的绩效受益于在正常和竞争情况下采用EFOA。除了焦虑文学之外,还在对CAH和最佳理论的理论影响方面讨论了这些发现。还介绍了在生态上有效的冲浪设置内指示和执行时的应用影响。

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