A limitation in assessing the possible relationship is that the perceptual recalibration literature has mostly focused on a simplified scenario: One perfectly ambiguous phoneme embedded in an otherwise clear, native sounding disambiguating word, typically located in the middle or end of that word (follow...
Existing cognitive models primarily explain the recognition of words in isolation6,7,8. Predictions of these models have gained empirical support in terms of neural encoding of phonetic features9,10,11,12, and interactions between phonetic and (sub)lexical units of representation13,14,15,16. What...
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Modules of Recurrent Neural Networks can be used as basic building blocks in models of human word recognition systems, if they exhibit spotting behavior. It is shown that such modules are forced to extract the relevant information from the signal and store it in a time-shift-independent way, ...