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Creators/Authors contains: "Keshev, Maayan"

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  1. ; ; ; (, Topics in Cognitive Science)
    Abstract As they process complex linguistic input, language comprehenders must maintain a mapping between lexical items (e.g., morphemes) and their syntactic position in the sentence. We propose a model of how these morpheme‐position bindings are encoded, maintained, and reaccessed in working memory, based on working memory models such as “serial‐order‐in‐a‐box” and its SOB‐Complex Span version. Like those models, our model of linguistic working memory derives a range of attested memory interference effects from the process of binding items to positions in working memory. We present simulation results capturing similarity‐based interference as well as item distortion effects. Our model provides a unified account of these two major classes of interference effects in sentence processing, attributing both types of effects to an associative memory architecture underpinning linguistic computation. 
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