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Reading Increases the Compositionality of Visual Word Representations

机译:阅读增加了视觉单词表示的组合性

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摘要

Reading causes widespread changes in the brain, but its effect on visual word representations is unknown. Learning to read may facilitate visual processing by forming specialized detectors for longer strings or by making word responses more predictable from single letters—that is, by increasing compositionality. We provided evidence for the latter hypothesis using experiments that compared nonoverlapping groups of readers of two Indian languages (Telugu and Malayalam). Readers showed increased single-letter discrimination and decreased letter interactions for bigrams during visual search. Importantly, these interactions predicted subjects’ overall reading fluency. In a separate brain-imaging experiment, we observed increased compositionality in readers, whereby responses to bigrams were more predictable from single letters. This effect was specific to the anterior lateral occipital region, where activations best matched behavior. Thus, learning to read facilitates visual processing by increasing the compositionality of visual word representations.
机译:阅读会引起大脑的广泛变化,但它对视觉单词表示的影响尚不清楚。学习阅读可以通过为更长的字符串形成专门的检测器,或者通过使单个字母更容易预测单词的响应(即通过增加组合性)来促进视觉处理。我们使用比较两种印度语言(泰卢固语和马拉雅拉姆语)的读者的不重叠组的实验,为后一种假设提供了证据。读者发现在视觉搜索过程中,双字母的单字母辨别力增加,字母互动减少。重要的是,这些互动可以预测受试者的总体阅读流利程度。在一个单独的脑成像实验中,我们观察到读者的成分增多,从而对单个字母的双字母组的响应更加可预测。这种作用是特定于前外侧枕骨区域的,该区域的激活最匹配行为。因此,通过增加视觉单词表示的组合性,学习阅读有助于视觉处理。

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