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Soska, Kasey C.; Johnson, Scott P. – Infancy, 2013
Three-dimensional (3D) object completion, the ability to perceive the backs of objects seen from a single viewpoint, emerges at around 6 months of age. Yet, only relatively simple 3D objects have been used in assessing its development. This study examined infants' 3D object completion when presented with more complex stimuli. Infants…
Descriptors: Infants, Visual Aids, Visual Perception, Age Differences
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Goldstone, Robert L.; Son, Ji Y.; Byrge, Lisa – Infancy, 2011
Bhatt and Quinn (2011) present a compelling case that human learning is "early" in two very different, but interacting, senses. Learning is "developmentally" early in that even infants show strikingly robust adaptation to the structures present in their world. Learning is also early in an information processing sense because infants adapt their…
Descriptors: Learning Processes, Attention Control, Attention, Infants
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Bhatt, Ramesh S.; Quinn, Paul C. – Infancy, 2011
Bhatt and Quinn (2011) review evidence indicating that learning plays a powerful role in the development of perceptual organization, and provide a theoretical framework for studying this process. The fact that prominent researchers in diverse areas of cognitive development and adult cognition have commented on this paper (Aslin, 2011; Goldstone,…
Descriptors: Infants, Developmental Stages, Cognitive Development, Perceptual Development
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Lewkowicz, David J.; Leo, Irene; Simion, Francesca – Infancy, 2010
Previous studies have shown that infants, including newborns, can match previously unseen and unheard human faces and vocalizations. More recently, it has been reported that infants as young as 4 months of age also can match the faces and vocalizations of other species raising the possibility that such broad multisensory perceptual tuning is…
Descriptors: Neonates, Nonverbal Communication, Visual Stimuli, Visual Perception
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Yoshida, Katherine A.; Pons, Ferran; Maye, Jessica; Werker, Janet F. – Infancy, 2010
Infant phonetic perception reorganizes in accordance with the native language by 10 months of age. One mechanism that may underlie this perceptual change is distributional learning, a statistical analysis of the distributional frequency of speech sounds. Previous distributional learning studies have tested infants of 6-8 months, an age at which…
Descriptors: Articulation (Speech), Phonetics, Toddlers, Infants
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Jaime, Mark; Bahrick, Lorraine; Lickliter, Robert – Infancy, 2010
We explored the amount and timing of temporal synchrony necessary to facilitate prenatal perceptual learning using an animal model, the bobwhite quail. Quail embryos were exposed to various audiovisual combinations of a bobwhite maternal call paired with patterned light during the late stages of prenatal development and were tested postnatally for…
Descriptors: Prenatal Influences, Child Development, Perceptual Development, Animals
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Mattock, Karen; Burnham, Denis – Infancy, 2006
Over half the world's population speaks a tone language, yet infant speech perception research has typically focused on consonants and vowels. Very young infants can discriminate a wide range of native and nonnative consonants and vowels, and then in a process of "perceptual reorganization" over the 1st year, discrimination of most…
Descriptors: Tone Languages, Infants, Chinese, English