不同经验水平篮球运动员的周边视觉

Q3 Health Professions
Agata Chaliburda, Logan Markwell, Paweł Wołosz, J. Sadowski
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引用次数: 0

摘要

摘要简介。这项研究的重点是视觉系统传递的感觉信息,特别是在外周视野(PVF)中。视觉能力,特别是检测外围信息的能力,已被确定为团队运动中成功表现的重要因素。运动员通常需要在中心和外围区域之间划分视觉焦点,以实现最佳表现。然而,对不同经验水平的运动员视觉感知的研究仍然有限。本研究的目的是比较不同经验水平的篮球运动员的外围感知。材料和方法。在这项研究中,165名篮球运动员参加了不同经验水平的比赛。一项分析比较了能力、一般视觉功能(即视野)和对视觉刺激的反应时间。外周感知使用维也纳测试系统(VTS,Schuhfried,奥地利)中的外周测试进行检查。在测试期间,记录变量:总视野、左眼和右眼的视角。,跟踪偏差、正确反应的次数、遗漏反应的次数和反应时间中位数——左右刺激。后果结果表明,与U15组相比,E组和U19组对外周视野中出现的刺激的反应时间明显更短。更有经验的两组的视野比U15大。在E组和U19组之间没有观察到统计学上的显著差异。结论。这项研究强调了感知技能的重要性,特别是在预期和决策过程中,对于篮球运动员来说,因为这项运动涉及大量的刺激。了解这些差异可以为培训策略提供信息,并有助于确定可能需要额外关注以获得最佳绩效的领域。大量运动专项练习的积累可能有助于篮球运动员感知专业知识的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Peripheral Vision in Basketball Players at Different Level of Experience
Abstract Introduction. This study focuses on the sensory information delivered by the visual system, particularly in the peripheral visual field (PVF). Visual abilities, especially the ability to detect peripheral information, have been identified as important factors for successful performance in team sports. Athletes often need to divide their visual focus between central and peripheral fields to achieve optimal performance. However, research on visual perception in athletes with varying levels of experience is still limited. The aim of the study was to compare peripheral perception of basketball players at different level of experience. Material and Methods. In study 165 basketball players took part at different level of experience. An analysis compare abilities general visual functions (i.e. field of vision) and reaction time to visual stimuli. Peripheral perception was examined using the peripheral test included in Vienna Test System (VTS, Schuhfried, Austria). During the test variables were recorded: total field of vision, viewing angle of the left and right eye., tracking deviation, number of correct reactions, the number of omitted responses and median reaction time – left and right stimuli. Results. The results indicate that the E and U19 groups had significantly shorter response time to stimuli appearing in the peripheral field of vision compared to U15 group. Two more experienced groups had bigger field of vision than U15. No statistically significant differences were observed between E and U19 group. Conclusions. The study highlights the importance of perceptual skills, particularly in anticipation and decision-making processes, for basketball players due to the high number of stimuli involved in the sport. Understanding these differences can inform training strategies and help identify areas that may require additional attention for optimal performance. The accumulation of high volume of sport specific exercises may facilitate the development of perceptual expertise in basketball players.
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来源期刊
Polish Journal of Sport and Tourism
Polish Journal of Sport and Tourism Health Professions-Physical Therapy, Sports Therapy and Rehabilitation
CiteScore
1.00
自引率
0.00%
发文量
19
审稿时长
8 weeks
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