Pattern perception and computational complexity: Introduction to the special issue
SourcePhilosophical Transactions - Royal Society. Biological Sciences, 367, 1598, (2012), pp. 1925-1932
Article / Letter to editor
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SW OZ DCC PL
Philosophical Transactions - Royal Society. Biological Sciences
SubjectDI-BCB_DCC_Theme 1: Language and Communication; Psycholinguistics
Research on pattern perception and rule learning, grounded in formal language theory (FLT) and using artificial grammar learning paradigms, has exploded in the last decade. This approach marries empirical research conducted by neuroscientists, psychologists and ethologists with the theory of computation and FLT, developed by mathematicians, linguists and computer scientists over the last century. Of particular current interest are comparative extensions of this work to non-human animals, and neuroscientific investigations using brain imaging techniques. We provide a short introduction to the history of these fields, and to some of the dominant hypotheses, to help contextualize these ongoing research programmes, and finally briefly introduce the papers in the current issue.
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