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空间和非空间序列的自主学习。

Independent learning of spatial and nonspatial sequences.

作者信息

Remillard Gilbert

机构信息

Morehead State University.

出版信息

Can J Exp Psychol. 2017 Dec;71(4):283-298. doi: 10.1037/cep0000133. Epub 2017 May 11.

Abstract

A small number of studies have examined whether learning the structures of two uncorrelated sequences can proceed independently of one another. Limitations in those studies have left their results open to alternative explanations. The present study addressed the limitations. The visuospatial serial reaction time task, initially introduced by Mayr (1996), was used to examine whether learning the structure of a sequence of visuospatial target locations (spatial sequence) and learning the structure of a sequence of target identities and responses (nonspatial sequence) can proceed independently of one another. Employing a dual-sequence/single-sequence paradigm, learning a nonspatial sequence did not affect learning a spatial sequence. This suggests that spatial sequence learning and nonspatial sequence learning can proceed independently of one another. (PsycINFO Database Record

摘要

少数研究探讨了学习两个不相关序列的结构是否能够相互独立进行。这些研究存在的局限性使得其结果存在其他解释的可能性。本研究解决了这些局限性问题。采用了最初由迈尔(1996年)引入的视觉空间序列反应时任务,以检验学习视觉空间目标位置序列(空间序列)的结构与学习目标身份和反应序列(非空间序列)的结构是否能够相互独立进行。采用双序列/单序列范式,学习非空间序列并不影响学习空间序列。这表明空间序列学习和非空间序列学习能够相互独立进行。(《心理学文摘数据库记录》 )

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