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Source monitoring and associative structure

机译:源监视和关联结构

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Paired associates were used to study source memory. In three studies each word of the pairs was presented in one of the four locations of a two by two array. An event code explanation of memory representation, based on the hierarchical propositional network of Anderson and Bower (1974), was used to explain two seemingly paradoxical results: (a) Location identification of the cue word depended on successful target recall, and (b) source memory for the cue and target words was the same. Furthermore, the creation of an event code in memory can explain why the source locations of unrecalled target words were identified above chance level. This explanation seems preferable to a word code explanation in which source information for each item is attached to itself and also to the other item in the pair. It is suggested that the event code explanation may also play a role in accounting for source identification without recognition. (C) 2015 Elsevier Inc. All rights reserved.
机译:配对的同伴用于研究源记忆。在三项研究中,成对的每个单词都出现在二乘二数组的四个位置之一中。基于安德森和鲍尔(1974)的层次命题网络的事件表示法对内存表示的解释被用来解释两个看似自相矛盾的结果:(a)提示词的位置识别取决于成功的目标记忆,以及(b)提示和目标词的源内存是相同的。此外,在内存中创建事件代码可以解释为什么在机会级别以上识别未调用目标词的源位置的原因。该解释似乎比单词代码解释更可取,在单词代码解释中,每个项目的源信息都附加到自身,还附加到该对中的另一个项目。建议事件代码解释也可能在不识别的情况下解释源标识。 (C)2015 Elsevier Inc.保留所有权利。

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