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非局部音乐规则的内隐学习:内隐学习的不止是组块。

Implicit learning of nonlocal musical rules: implicitly learning more than chunks.

作者信息

Kuhn Gustav, Dienes Zoltán

机构信息

Department of Psychology, University of Sussex, Brighton, UK.

出版信息

J Exp Psychol Learn Mem Cogn. 2005 Nov;31(6):1417-32. doi: 10.1037/0278-7393.31.6.1417.

Abstract

Dominant theories of implicit learning assume that implicit learning merely involves the learning of chunks of adjacent elements in a sequence. In the experiments presented here, participants implicitly learned a nonlocal rule, thus suggesting that implicit learning can go beyond the learning of chunks. Participants were exposed to a set of musical tunes that were all generated using a diatonic inversion. In the subsequent test phase, participants either classified test tunes as obeying a rule (direct test) or rated their liking for the tunes (indirect test). Both the direct and indirect tests were sensitive to knowledge of chunks. However, only the indirect test was sensitive to knowledge of the inversion rule. Furthermore, the indirect test was overall significantly more sensitive than the direct test, thus suggesting that knowledge of the inversion rule was below an objective threshold of awareness.

摘要

隐性学习的主流理论认为,隐性学习仅仅涉及对序列中相邻元素组块的学习。在本文呈现的实验中,参与者隐性地学习了一条非局部规则,这表明隐性学习可以超越组块学习。参与者接触了一组均使用全音阶转位生成的音乐曲调。在随后的测试阶段,参与者要么将测试曲调分类为符合规则(直接测试),要么对曲调的喜好程度进行评分(间接测试)。直接测试和间接测试都对组块知识敏感。然而,只有间接测试对转位规则知识敏感。此外,间接测试总体上比直接测试更敏感,这表明转位规则知识低于意识的客观阈值。

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