A.Cleeremans

B.Jutras

C. M.Conway

D. O.Hebb

D.Wechsler

E.Semel

J.Aitchison

L. M.Dunn

M. J.Cohen

R.Conrad

S. B.Waltzmann

S.Curtiss

T. V.Mitchell

The ability to acquire spoken language depends in part on a sensitivity to the sequential regularities contained within linguistic input. In this chapter, the authors propose that language learning operates via two distinct sequence-learning processes: probabilistic sequence learning, which supports the acquisition of syntax and other structured linguistic patterns, and repetition sequence learning, which supports word learning. First, the authors review work from their lab and others illustrating that performance on tasks that require participants to learn non-linguistic sequential patterns is empirically associated with different measures of language processing. Second, they present recent work from their lab specifically highlighting the role played by probabilistic sequence learning for acquiring syntax in a sample of deaf and hard-of-hearing children. Finally, the authors demonstrate that the learning of repeating sequences is related to vocabulary development in these children. These findings suggest that there may be at least two relatively distinct domain-general sequential processing skills, with each supporting a different aspect of language acquisition.</jats:p

Anne McClure Walk

Christopher M. Conway

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Two Distinct Sequence Learning Mechanisms for Syntax Acquisition and Word Learning

Two Distinct Sequence Learning Mechanisms for Syntax Acquisition and Word Learning

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