Wilkinson Leonora, Shanks David R
Department of Psychology, University College London, UK.
J Exp Psychol Learn Mem Cogn. 2004 Mar;30(2):354-69. doi: 10.1037/0278-7393.30.2.354.
Sequence knowledge acquired by repeated exposure to targets in a speeded localization task was studied in 3 experiments that sought to test A. Destrebecqz and A. Cleeremans's (2001, 2003) claim that, under certain circumstances, the expression of such sequence knowledge cannot be brought under intentional control. In Experiment 1 participants were trained on either a deterministic or a probabilistic sequence and then performed a free-generation test under either inclusion or exclusion instructions. Participants were found to be capable of both expressing (inclusion) and avoiding expressing (exclusion) sequence knowledge. These results were confirmed in Experiment 2 with a more exact replication of Destrebecqz and Cleeremans's methodology. In Experiment 3 participants performed a trial-by-trial generation test under both inclusion and exclusion conditions after a much longer period of training. All the findings are consistent with the proposal that information acquired during sequence learning is explicit in nature.
在3个实验中,研究了在快速定位任务中通过反复接触目标所获得的序列知识,这些实验旨在检验A. 德斯特雷贝克兹和A. 克莱尔曼斯(2001年、2003年)的主张,即在某些情况下,这种序列知识的表达无法受到有意控制。在实验1中,参与者接受确定性或概率性序列的训练,然后在包含或排除指令下进行自由生成测试。结果发现参与者既能表达(包含)也能避免表达(排除)序列知识。在实验2中,通过更精确地复制德斯特雷贝克兹和克莱尔曼斯的方法,这些结果得到了证实。在实验3中,参与者在经过更长时间的训练后,在包含和排除条件下进行逐次试验的生成测试。所有的发现都与序列学习过程中获得的信息本质上是明确性这一观点一致。