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Piantadosi, Steven T.; Tenenbaum, Joshua B.; Goodman, Noah D. – Cognition, 2012
In acquiring number words, children exhibit a qualitative leap in which they transition from understanding a few number words, to possessing a rich system of interrelated numerical concepts. We present a computational framework for understanding this inductive leap as the consequence of statistical inference over a sufficiently powerful…
Descriptors: Statistical Inference, Number Concepts, Models, Computation
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Flaherty, Molly; Senghas, Ann – Cognition, 2011
What abilities are entailed in being numerate? Certainly, one is the ability to hold the exact quantity of a set in mind, even as it changes, and even after its members can no longer be perceived. Is counting language necessary to track and reproduce exact quantities? Previous work with speakers of languages that lack number words involved…
Descriptors: Deafness, Computation, Sign Language, Adults
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Lyons, Ian M.; Beilock, Sian L. – Cognition, 2011
What predicts human mathematical competence? While detailed models of number representation in the brain have been developed, it remains to be seen exactly how basic number representations link to higher math abilities. We propose that representation of ordinal associations between numerical symbols is one important factor that underpins this…
Descriptors: Mathematics Skills, Competence, Predictor Variables, Arithmetic
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van Dijck, Jean-Philippe; Gevers, Wim; Fias, Wim – Cognition, 2009
In this study, we examined the nature of the spatial-numerical associations underlying the SNARC-effect by imposing a verbal or spatial working memory load during a parity judgment and a magnitude comparison task. The results showed a double dissociation between the type of working memory load and type of task. The SNARC-effect disappeared under…
Descriptors: Short Term Memory, Spatial Ability, Numbers, Numeracy
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Le Corre, Mathieu; Carey, Susan – Cognition, 2007
Since the publication of [Gelman, R., & Gallistel, C. R. (1978). "The child's understanding of number." Cambridge, MA: Harvard University Press.] seminal work on the development of verbal counting as a representation of number, the nature of the ontogenetic sources of the verbal counting principles has been intensely debated. The present…
Descriptors: Logical Thinking, Number Concepts, Computation, Children
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Rousselle, Laurence; Noel, Marie-Pascale – Cognition, 2007
Forty-five children with mathematics learning disabilities, with and without comorbid reading disabilities, were compared to 45 normally achieving peers in tasks assessing basic numerical skills. Children with mathematics disabilities were only impaired when comparing Arabic digits (i.e., symbolic number magnitude) but not when comparing…
Descriptors: Symbols (Mathematics), Reading Difficulties, Mathematics Education, Learning Disabilities
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Roggeman, Chantal; Verguts, Tom; Fias, Wim – Cognition, 2007
Number processing is characterized by the distance and the size effect, but symbolic numbers exhibit smaller effects than non-symbolic numerosities. The difference between symbolic and non-symbolic processing can either be explained by a different kind of underlying representation or by parametric differences within the same type of underlying…
Descriptors: Numeracy, Numbers, Observation, Symbols (Mathematics)
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Sarnecka, Barbara W.; Gelman, Susan A. – Cognition, 2004
This paper examines what children believe about unmapped number words--those number words whose exact meanings children have not yet learned. In Study one, 31 children (ages 2-10 to 4-2) judged that the application of "five" and "six" changes when numerosity changes, although they did not know that equal sets must have the same number word. In…
Descriptors: Numbers, Number Concepts, Preschool Children, Language Acquisition
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Lipton, Jennifer S.; Spelke, Elizabeth S. – Cognition, 2006
Although children take over a year to learn the meanings of the first three number words, they eventually master the logic of counting and the meanings of all the words in their count list. Here, we ask whether children's knowledge applies to number words beyond those they have mastered: Does a child who can only count to 20 infer that number…
Descriptors: Preschool Children, Numbers, Semantics, Emergent Literacy
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Huntley-Fenner, Gavin – Cognition, 2001
Examined analog number representations in 5- to 7- year-olds. Found that subjects accurately estimated rapidly presented groups of 5 to 11 items. Children's data were qualitatively and to some degree quantitatively similar to adult data, with one exception. The ratio of the standard deviation of estimates to mean estimates decreased with age.…
Descriptors: Age Differences, Children, Cognitive Development, Estimation (Mathematics)
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Xu, Fei – Cognition, 2003
Two experiments compared 6-month-olds' numerosity discrimination performance on both large numbers and small numbers with both total filled area and total contour length controlled. Results showed that infants succeeded in discriminating 4 from 8 elements, but failed to discriminate 2 from 4 elements, providing evidence for the existence of two…
Descriptors: Comparative Analysis, Discrimination Learning, Infant Behavior, Infants
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Freeman, Norman H.; Antonucci, Cristina; Lewis, Charlie – Cognition, 2000
Two experiments examined preschoolers' performance on test relying on the uniqueness principle for using evidence from a miscount in inferring a counterfactual cardinal number, with subtests probing associated number-skills. All the 5-year-olds and half the preschoolers passed the test. Results suggest that a crucial preschool step is to start…
Descriptors: Cognitive Development, Computation, Inferences, Number Concepts