Hannon Brenda
Department of Psychology and Sociology, Texas A & M - Kingsville.
J Educ Train Stud. 2013 Oct;1(2):286-297. doi: 10.11114/jets.v1i2.225.
Recent studies show that a new strategy called differential-associative processing is effective for learning related concepts. However our knowledge about differential-associative processing is still limited. Therefore the goals of the present study are to assess the duration of knowledge that is acquired from using differential-associative processing, to determine whether the efficacy of differential-associative processing changes with the addition of a 10-minute pre-testing review, and to compare differential-associate processing to two conditions in which students select their own learning strategy. The results revealed that differential-associative processing was a better strategy for learning related concepts than were either of the two comparison conditions. They also revealed that a 10-minute pre-testing review had a positive additive influence on differential-associative processing. Finally, although the knowledge acquired from using differential-associative processing declined with an increase in delay between learning and testing, this decline was equivalent to the decline observed in both comparison conditions.
最近的研究表明,一种名为差异关联处理的新策略在学习相关概念方面是有效的。然而,我们对差异关联处理的了解仍然有限。因此,本研究的目的是评估通过使用差异关联处理所获得知识的持续时间,确定差异关联处理的效果是否会因增加10分钟的预测试复习而改变,并将差异关联处理与学生自行选择学习策略的两种情况进行比较。结果显示,与两种比较情况中的任何一种相比,差异关联处理都是学习相关概念的更好策略。结果还表明,10分钟的预测试复习对差异关联处理有积极的附加影响。最后,虽然通过使用差异关联处理获得的知识会随着学习与测试之间延迟的增加而下降,但这种下降与在两种比较情况中观察到的下降相当。