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Agrillo, Christian; Piffer, Laura; Bisazza, Angelo – Cognition, 2011
In quantity discrimination tasks, adults, infants and animals have been sometimes observed to process number only after all continuous variables, such as area or density, have been controlled for. This has been taken as evidence that processing number may be more cognitively demanding than processing continuous variables. We tested this hypothesis…
Descriptors: Animals, Discrimination Learning, Hypothesis Testing, Visual Stimuli
Roberson, Debi; Hanley, J. Richard; Pak, Hyensou – Cognition, 2009
Categorical perception (CP) is said to occur when a continuum of equally spaced physical changes is perceived as unequally spaced as a function of category membership (Harnad, S. (Ed.) (1987). Psychophysical and cognitive aspects of categorical perception: A critical overview. Cambridge: Cambridge University Press). A common suggestion is that CP…
Descriptors: Color, Classification, Visual Discrimination, Task Analysis
Brosch, Michael; Selezneva, Elena; Bucks, Cornelia; Scheich, Henning – Cognition, 2004
This study demonstrates that non-human primates can categorize the direction of the pitch change of tones in a sequence. Two "Macaca fascicularis" were trained in a positive-reinforcement behavioral paradigm in which they listened to sequences of a variable number of different acoustic items. The training of discriminating pitch direction was…
Descriptors: Acoustics, Primatology, Cognitive Processes, Discrimination Learning

Maye, Jessica; Werker, Janet F.; Gerken, LouAnn – Cognition, 2002
Familiarized 6- and 8-month-olds with speech sounds from a phonetic continuum, exhibiting a bimodal or unimodal frequency distribution. Found that only infants in the bimodal condition discriminated tokens from the endpoints of the continuum. Results demonstrate that infants are sensitive to the statistical distribution of speech sounds in the…
Descriptors: Cognitive Development, Cognitive Processes, Discrimination Learning, Infant Behavior