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Ullman, Tomer D.; Goodman, Noah D.; Tenenbaum, Joshua B. – Cognitive Development, 2012
We present an algorithmic model for the development of children's intuitive theories within a hierarchical Bayesian framework, where theories are described as sets of logical laws generated by a probabilistic context-free grammar. We contrast our approach with connectionist and other emergentist approaches to modeling cognitive development. While…
Descriptors: Children, Learning, Child Development, Intuition
Allen, Jedediah W. P.; Bickhard, Mark H. – Cognitive Development, 2013
We argue that the nativist-empiricist debate in developmental psychology is distorted, both theoretically and methodologically, by a shared framework of assumptions concerning the nature of representation. In particular, both sides of the debate assume models of representation that make the emergence of representation impossible. This, in turn,…
Descriptors: Developmental Psychology, Cognitive Development, Experiments, Models
Schlesinger, Matthew; McMurray, Bob – Cognitive Development, 2012
Does modeling matter? We address this question by providing a broad survey of the computational models of cognitive development that have been proposed and studied over the last three decades. We begin by noting the advantages and limitations of computational models. We then describe four key dimensions across which models of development can be…
Descriptors: Computation, Models, Cognitive Development, Taxonomy
Westermann, Gert; Mareschal, Denis – Cognitive Development, 2012
Computational models are tools for testing mechanistic theories of learning and development. Formal models allow us to instantiate theories of cognitive development in computer simulations. Model behavior can then be compared to real performance. Connectionist models, loosely based on neural information processing, have been successful in…
Descriptors: Classification, Infants, Cognitive Development, Computation
Bunch, Katie M.; Andrews, Glenda; Halford, Graeme S. – Cognitive Development, 2007
The children's gambling task (CGT [Kerr, A., & Zelazo, P. D. (2004). Development of "Hot" executive function: The children's gambling task. "Brain and Cognition," 55, 148-157]) involves integrating information about losses and gains to maximize winnings when selecting cards from two decks. Both cognitive complexity and control (CCC) theory and…
Descriptors: Cognitive Development, Achievement Gains, Epistemology, Difficulty Level
Peer reviewedMervis, Carolyn B.; And Others – Cognitive Development, 1993
Comments on the article by Jones and Smith in this issue. Describes a program of research that demonstrates the important influence of perception on the structure of concepts. Proposes that both perceptual and nonperceptual information are important to conceptual structure throughout the continuum of knowledge acquisition and that perception is a…
Descriptors: Child Language, Cognitive Processes, Concept Formation, Early Childhood Education
Dowlati, Ramezan; Abravanel, Eugene – Cognitive Development, 2006
Utilization of a footprint trail for locating a hidden person may indicate the extension of semiotics to the spatial domain of search. We sought to determine whether young children implemented footprint tracking, and found that at 3-years they successfully tracked footprints on only 3% of trials, at 4-years on 9% of trials, and at 5-years on 41%…
Descriptors: Young Children, Spatial Ability, Cognitive Processes, Cognitive Development
Helwig, Charles C. – Cognitive Development, 2006
It is argued here that autonomy entails universal psychological needs pertaining to agency and identity formation, expressed in different ways over different developmental periods. As children develop skills and abilities related to psychological needs for self-expression and competence, they will claim areas related to the exercise of these…
Descriptors: Psychological Needs, Freedom, Personal Autonomy, Psychology
Language-Specific Effects on Number Computation in Toddlers: A European Cross-Linguistic Cartography
Lubin, Amelie; Pineau, Arlette; Hodent, Celia; Houde, Olivier – Cognitive Development, 2006
A fundamental question in developmental science is how brains with and without language compute numbers. Measuring young children's verbal reactions in Spain and Finland, we show that, although there is a general arithmetic ability for small numbers that is shared by monkeys and preverbal infants, the development of such initial knowledge in…
Descriptors: Foreign Countries, Cartography, Numbers, Computation

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