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LEARNING THE VISUAL WORD CODE

机译:学习视觉单词代码

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摘要

Visual words are peculiar cognitive entities living under several apparently conflicting requirements. Although behavioural studies have taught us just how flexible visual word representations are in the brain, the trivial fact that we can distinguish between anagrams demands that these representations somehow carry letter order. In this chapter we present a connectionist network developed so as to test a simple hypothesis on the character of the orthographic code: that its flexibility is a by-product of location invariance. We then illustrate a more explanatory aspect of the modelling approach to gain some insights into the kind of code used by this location invariant network -how it actually keeps track of letter order. Implications for the field of visual word recognition and future research are discussed.
机译:视觉单词是生活在几个明显矛盾的要求下的特殊认知实体。尽管行为研究告诉我们大脑中视觉单词表示的灵活性如何,但我们可以区分字谜的琐碎事实要求这些表示以某种方式带有字母顺序。在本章中,我们介绍了一个连接主义者网络,该网络的建立是为了检验关于正字法代码特征的简单假设:它的灵活性是位置不变性的副产品。然后,我们说明了建模方法的一个更具解释性的方面,以获取对该位置不变网络所使用的代码类型的一些见解-它实际上如何跟踪字母顺序。讨论了对视觉单词识别领域和未来研究的意义。

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