2018年11月6日
Visual strategies of elite athletes during attacks
Society for Neuroscience 48th Annual Meeting
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- 記述言語
- 英語
- 会議種別
- ポスター発表
- 主催者
- Society for Neuroscience
- 開催地
- San Diego convention center (San Diego, California)
The purpose of this study was to clarify the visual strategies of elite athletes from eye movement patterns and cerebral activity recorded while attacking.
The peak frequency of the EEG power spectrum in cortical visual areas was lower during the fuzzy condition than the gaze condition in Experiment 1. In Experiment 2, beta power during attacks was equivalent to that during the fuzzy condition and lower than that in the gaze condition. The theta power during attacks was equivalent to that during the fuzzy condition and greater than that during the gaze condition. In the attack phase, the eye movement patterns of the elite athletes showed that they directed their gaze to the specific points of the opponent. Although elite athletes aim their line of sight to important places for successful attacks, the results suggest that they look at the opponent with a peripheral field of view rather than gazing at a particular object or position.
The peak frequency of the EEG power spectrum in cortical visual areas was lower during the fuzzy condition than the gaze condition in Experiment 1. In Experiment 2, beta power during attacks was equivalent to that during the fuzzy condition and lower than that in the gaze condition. The theta power during attacks was equivalent to that during the fuzzy condition and greater than that during the gaze condition. In the attack phase, the eye movement patterns of the elite athletes showed that they directed their gaze to the specific points of the opponent. Although elite athletes aim their line of sight to important places for successful attacks, the results suggest that they look at the opponent with a peripheral field of view rather than gazing at a particular object or position.