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Interactivity in map learning: The effect of cognitive load

机译:地图学习中的交互性:认知负荷的影响

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The hypothesis that active learning is beneficial relative to passive observation was assessed in the context of spatial knowledge derived from maps. Active and passive participants studied a map either while performing a simultaneous spatial tapping task (high cognitive load) or in the absence of this task (low cognitive load). Active participants controlled how the map was learned, with passive participants observing map learning without exercising control. Spatial recall was assessed in two tests, directional judgements and map drawing. Map drawing and directional judgments showed a similar pattern of results, with performance detrimentally affected by a high load for active participants, but not for passive participants. The results indicate that activity and cognitive load interact, suggesting that active learning can be detrimental to spatial learning in cognitively demanding tasks.
机译:在从地图派生的空间知识的背景下,评估了主动学习相对于被动观察有益的假设。主动和被动参与者在执行同时的空间拍击任务(高认知负荷)或没有此项任务(低认知负荷)的情况下研究了地图。主动参与者控制地图的学习方式,而被动参与者则在不进行控制的情况下观察地图学习。在两个测试(方向判断和地图绘制)中评估了空间召回率。地图绘制和方向判断显示出相似的结果模式,对于积极参与者,但对于被动参与者,高负荷会对性能产生不利影响。结果表明,活动和认知负荷相互影响,这表明主动学习可能对认知要求较高的任务中的空间学习有害。

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