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自闭症中的原型形成

Prototype formation in autism.

作者信息

Klinger L G, Dawson G

机构信息

Department of Psychology, University of Alabama, Tuscaloosa 35487, USA.

出版信息

Dev Psychopathol. 2001 Winter;13(1):111-24. doi: 10.1017/s0954579401001080.

Abstract

Individuals with autism have difficulty integrating information and generalizing previously learned concepts to new situations. It was hypothesized that these problems result from an underlying impairment in category formation. Persons with autism may not abstract a summary representation (a prototype) during category learning and, instead, may form categories by memorizing a list of rules. Children with autism, Down syndrome, and normal development participated in one set of category learning tasks that could be solved using a rule-based approach and a second set of tasks in which there was no rule that defined category membership (prototype tasks). In the rule-based tasks, all groups were successful at using a rule to learn a new category. In the prototype tasks, only the typically developing children were able to learn a new category. Neither the persons with autism nor the persons with Down syndrome appeared to develop a prototype during category learning. These data suggest that persons with autism and Down syndrome have difficulty categorizing new information by forming prototypes and, instead, tend to rely on a rule-based approach to learning.

摘要

患有自闭症的个体在整合信息以及将先前学到的概念应用于新情况时存在困难。据推测,这些问题源于类别形成方面的潜在损伤。自闭症患者在类别学习过程中可能无法抽象出一个概括性的表征(原型),相反,他们可能通过记忆一系列规则来形成类别。患有自闭症、唐氏综合征以及发育正常的儿童参与了一组可以通过基于规则的方法解决的类别学习任务,以及另一组没有定义类别成员资格的规则的任务(原型任务)。在基于规则的任务中,所有组都成功地运用规则学习了一个新类别。在原型任务中,只有发育正常的儿童能够学习一个新类别。自闭症患者和唐氏综合征患者在类别学习过程中似乎都没有形成原型。这些数据表明,自闭症患者和唐氏综合征患者在通过形成原型对新信息进行分类时存在困难,相反,他们倾向于依赖基于规则的学习方法。

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