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Impaired artificial grammar learning in agrammatism

Cognition, 2010
It is often assumed that language is supported by domain-specific neural mechanisms, in part based on neuropsychological data from aphasia. If, however, language relies on domain-general mechanisms, it would be expected that deficits in non-linguistic cognitive processing should co-occur with aphasia.
Morten H, Christiansen   +3 more
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Abstraction Processes in Artificial Grammar Learning

The Quarterly Journal of Experimental Psychology Section A, 1997
Four experiments explored the extent to which abstract knowledge may underlie subjects’ performance when asked to judge the grammaticality of letter strings generated from an artificial grammar. In Experiments 1 and 2 subjects studied grammatical strings instantiated with one set of letters and were then tested on grammatical and ungrammatical strings
D R, Shanks, T, Johnstone, L, Staggs
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Artificial grammar learning

2015
We consider Artificial Grammar Learning (AGL), which is a versatile methodological tool for the study of learning. AGL is fairly unique amongst learning paradigms, in that it allows an instantiation of a wide variety of theories of learning, including rules, similarity, and associative learning theories.
Eleni Ziori, Emmanuel Pothos
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Surface features can deeply affect artificial grammar learning

Consciousness and Cognition, 2020
Three experiments explored the extent to which surface features explain discrimination between grammatical and non-grammatical strings in artificial grammar learning (AGL). Experiment 1 replicated Knowlton and Squire's (1996) paradigm using either letter strings as in the original study, or an analogous set of color strings to further explore if ...
Jimenez, Luis   +2 more
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