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首页> 外文期刊>NeuroQuantology: an interdisciplinary journal of neuroscience and quantum physics >On the Characteristics of On-the-Spot Tactical Decision Making and Cognitive Mechanism in Tennis Teaching
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On the Characteristics of On-the-Spot Tactical Decision Making and Cognitive Mechanism in Tennis Teaching

机译:网球教学中战术战术决策和认知机制的特点

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Tennis is a skill-oriented antagonistic net-separating sport. It requires players to change speed and give responses very quickly and make accurate judgments and decisions on the path of the ball. Based on electroencephalography (EEG), this paper assigns general-situation and specific-situation decision making tasks to tennis players and college students, and analyzes the cognitive mechanisms of tennis players. The experimental results show that: college students’ decision-making response time was obviously longer than that of the player group, and that the decision scores and accuracy of the player group were significantly higher than those of the college student group. After specialized training, tennis players had intuitions when making decisions. Their intuitive decision-making abilities were much stronger than those of the college student group. Due to the spatial positioning or stimulatory interference suppression effects of the players’ brains, stimulus conditions induced P1 and P2 waveforms, and with the peak amplitude increasing and the latency period becoming longer, such phenomena of the player group were increasingly obvious.
机译:网球是一项针对技能的对抗性网分离运动。它要求球员改变速度并非常迅速地做出回应,并对球的运动做出准确的判断和决定。本文基于脑电图(EEG),为网球运动员和大学生分配一般情况和特殊情况的决策任务,并分析网球运动员的认知机制。实验结果表明:大学生决策反应时间明显长于参与者群体,决策者的决策得分和准确性明显高于大学生群体。经过专门培训,网球运动员在做出决定时具有直觉。他们的直觉决策能力比大学生群体要强得多。由于玩家大脑的空间定位或刺激性干扰抑制效果,刺激条件诱发了P1和P2波形,并且随着峰值幅度的增加和潜伏期的延长,这种现象在玩家群体中变得越来越明显。

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