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问题间学习在双眼间迁移中的作用。

Role of interproblem learning in interocular transfer.

作者信息

Sheridan C L, Levinson D M, Hottmann T J, Moore D R

出版信息

Percept Mot Skills. 1980 Apr;50(2):343-55. doi: 10.2466/pms.1980.50.2.343.

Abstract

The learning of a pattern discrimination may be divided into two components, one specific to the pattern task and another general to it and other tasks. The purpose of these experiments was to assess the degree to which these different components transfer interocularly, as well as to determine the effects of variations in prior acquisition on interocular transfer. In the first experiment, 28 albino rats were assigned to four equal groups that permitted assessment of the influences, on acquisition or interocular transfer of a pattern discrimination, of prior ipsi-ocular, contra-ocular, or sequential binocular training on a black-white task. Interocular savings were reduced by a factor of three when the black-white task (the general component) was acquired priorly, but there was no difference between the effects of prior contra-ocular training on black-white or pattern on subsequent monocular acquisition of the pattern task. Thus, all interocular transfer might be due to the general component. The second experiment, a partial replication, was performed to clarify whether information specific to the pattern task transferred interocularly. Again, interocular savings were reduced by a factor of three after prior black-white training. However, monocular acquisition of the pattern task facilitated subsequent contra-ocular learning of that same task more so than did prior monocular acquisition of a black-white task, indicating that some contribution is made to interocular savings by the information specific to the pattern task.

摘要

模式辨别学习可分为两个部分,一个部分特定于模式任务,另一个部分则对该模式任务及其他任务具有普遍性。这些实验的目的是评估这些不同部分在眼间转移的程度,以及确定先前习得情况的变化对眼间转移的影响。在第一个实验中,28只白化大鼠被分成四个相等的组,这使得我们能够评估在黑白任务上先前的同侧眼、对侧眼或顺序双眼训练对模式辨别学习的习得或眼间转移的影响。当预先习得黑白任务(通用部分)时,眼间节省减少了三分之一,但先前的对侧眼训练对黑白任务或模式的影响与随后单眼习得模式任务之间没有差异。因此,所有的眼间转移可能都归因于通用部分。进行了第二个实验,即部分重复实验,以澄清特定于模式任务的信息是否会在眼间转移。同样,在先前的黑白训练后,眼间节省减少了三分之一。然而,单眼习得模式任务比先前单眼习得黑白任务更能促进随后对侧眼对同一任务的学习,这表明特定于模式任务的信息对眼间节省有一定贡献。

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