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自闭症中的对话启动和动态共鸣:中国 ASD 儿童的创造力与参与竞争。

Dialogic Priming and Dynamic Resonance in Autism: Creativity Competing with Engagement in Chinese Children with ASD.

机构信息

Department of Linguistics and English Language Lancaster University, Lancaster, UK.

Chinese Department of Modern Languages and Cultures, University of Liverpool, Liverpool, UK.

出版信息

J Autism Dev Disord. 2023 Jun;53(6):2458-2474. doi: 10.1007/s10803-022-05505-2. Epub 2022 Mar 31.

Abstract

A growing body of research has focused on the relationship between priming and engagement through dialogue (e.g. Tantucci and Wang in Appl Linguist 43(1):115-146, 2022; Mikulincer et al. in Cognit Emotion 25:519-531, 2011). The present study addresses this issue also in relation to creativity and provides a new applied model to measure intersubjective engagement in ASD vs neurotypical populations' speech. We compared two balanced corpora of naturalistic Mandarin interaction of typically developing children and children diagnosed with ASD (cf. Zhou and Zhang in Xueqian jiaoyu yanjiu [Stud Preschool Educ] 6:72-84, 2020). We fitted a mixed effects linear regression showing that, in both neurotypical and ASD populations, dialogic priming significantly correlates with engagement and with whether the child could creatively re-use the original input to produce a new construction. What we found is that creativity and intersubjective engagement are in competition in children with ASD in contrast with the neurotypical population. This finding points to a relatively impeded ability in ASD to re-combine creatively a priming input during the here-and-now of a dialogic event.

摘要

越来越多的研究关注启动和通过对话参与之间的关系(例如,Tantucci 和 Wang 在《应用语言学》43(1):115-146,2022;Mikulincer 等人在《认知情感》25:519-531,2011)。本研究也关注创造力,并提供了一个新的应用模型来衡量 ASD 和神经典型人群言语中的主体间参与度。我们比较了两个平衡的自然主义普通话互动语料库,一个是正常发育儿童的,另一个是被诊断为 ASD 的儿童(请参阅 Zhou 和 Zhang 在《学前教育研究》6:72-84,2020)。我们拟合了一个混合效应线性回归,结果表明,在神经典型和 ASD 人群中,对话启动与参与度以及儿童是否能够创造性地重新使用原始输入来生成新结构都显著相关。我们发现,与神经典型人群相比,ASD 儿童的创造力和主体间参与度存在竞争。这一发现表明,ASD 儿童在对话事件的此时此刻,相对难以创造性地重新组合启动输入。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3587/10229711/f4d7fd861bba/10803_2022_5505_Fig1_HTML.jpg

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