曲棍球运动中任务相关线索的检测

S. G. Doody, S. Huddleston, C. Beavers, Marchell M. Austin
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引用次数: 4

摘要

教练和参与者都很清楚,在复杂的运动环境中,有效的表现需要感知和身体技能。技术水平与对运动或游戏相关线索的感知之间的关系已经在几个环境中进行了研究(例如,Allard, Graham, & Paarsalu, 1980;蔡斯和西蒙,1973;deGroot, 1965)。Chase和Simon(1973)以及deGroot(1965, 1966)已经证明,只有当棋子在象棋比赛中正常排列时,熟练的棋手才能比不熟练的棋手更好地回忆起棋子在简短展示中的位置。当显示器显示随机的棋子模式时,熟练的玩家对显示器的记忆并不比不熟练的玩家好。Allard等人(1980)发现,当被试被要求回忆篮球比赛照片幻灯片中球员的位置时,技术水平和所呈现信息的结构之间存在关键的相互作用。从技能水平和游戏结构的相互作用推断,经验丰富的参与者通过参与形成了有效的感知策略。然而,使用游戏结构作为感知辅助的明显能力在所有体育和游戏感知调查中并不明显。Allard和Starkes(1980)比较了排球运动员和非运动员信号检测的速度和准确性。在排球情景的摄影幻灯片中,运动员在检测排球的存在方面与非运动员一样准确,而且要快得多。然而,经验丰富的玩家的优势是显而易见的,无论在幻灯片中呈现的游戏结构的程度如何。最近,Saariluoma(1985)测试了经验在国际象棋选手检测任务相关线索中的作用。所有三种技能水平的玩家在发现和分类游戏位置方面都比随机位置要快。没有注意到经验和结构之间的相互作用。
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Detection of Task-Relevant Cues in Field Hockey
Coaches and participants are well aware that effective performance in complex sport situations requires perceptual as well as physical skill. The relationship between skill level and perception of sport or game-relevant cues has been investigated in several settings (e.g., Allard, Graham, & Paarsalu, 1980; Chase & Simon, 1973; deGroot, 1965). Chase and Simon (1973) and deGroot (1965, 1966) have demonstrated that skilled chess players recall the positions of chess pieces on a briefly presented display better than do unskilled players only when displays present arrangements of the playing pieces that normally occur in the game of chess. When the displays present random patterns of playing pieces, skilled players recall the display no better than do unskilled players. Allard et al. (1980) found the critical interaction between skill level and structure of the presented information when subjects were asked to recall the positions of players in photographic slides of basketball games. It has been inferred from the interaction of skill level and game structure that experienced participants have developed effective perceptual strategies through their participation. The apparent ability to use game structure as an aid to perception has not been evident in all investigations of percepiion in sport and games, however. Allard and Starkes (1980) compared the speed and accuracy of signal detection of volleyball players and nonplayers. Players were as accurate as and much more rapid than nonplayers at the task of detecting the presence of the volleyball in photographic slides of volleyball situations. However, the advantage of the experienced player was evident regardless of the degree of game structure present in the displayed slides. More recently, Saariluoma (1985) tested the role of experience in the detection of task-relevant cues by chess players. Players of all three skill levels were faster at detecting and classifying game positions than random positions. No interaction between experience and structure was noted.
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