Perruchet Pierre, Rey Arnaud, Hivert Eimeric, Pacton Sébastien
Université de Bourgogne, LEAD/CNRS, Pole AAFE, Esplanade Erasme, 21000 Dijon, France.
Mem Cognit. 2006 Jul;34(5):1046-54. doi: 10.3758/bf03193251.
In an associative recognition task, distractors generally consist of a rearrangement of the items composing the study pairs. This makes it possible that processing the distractors generates retroactive interference on memory for the study pairs. In Experiment 1, we explored this possibility in a yes/no recognition test concerning previously learned arbitrary associations between visual symbols and auditory syllables. Rearranged pairs had a deleterious impact on the accuracy and the speed of responses to related correct pairs. This effect did not vary as a function of the number of training blocks, and furthermore, in Experiment 2, the same effect was observed for overlearned small multiplication facts. These results suggest that exposure to potentially confounding information generates interference even if this information is known to be incorrect. Some implications are outlined, especially with regard to the widespread use of multiple-choice tests in knowledge evaluation.
在一项关联识别任务中,干扰项通常由构成学习对子的项目重新排列组成。这使得处理干扰项有可能对学习对子的记忆产生倒摄干扰。在实验1中,我们在一个关于先前学习的视觉符号和听觉音节之间任意关联的是/否识别测试中探究了这种可能性。重新排列的对子对相关正确对子的反应准确性和速度有有害影响。这种效应并不随训练块数而变化,此外,在实验2中,对于过度学习的简单乘法运算事实也观察到了相同的效应。这些结果表明,接触潜在的混淆信息会产生干扰,即使已知这些信息是错误的。我们概述了一些影响,特别是关于在知识评估中广泛使用多项选择题测试的影响。