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Hannah Sawyer; Colin Bannard; Julian Pine – Developmental Science, 2024
There is substantial evidence that children's apparent omission of grammatical morphemes in utterances such as "She play tennis" and "Mummy eating" is in fact errors of commission in which contextually licensed unmarked forms encountered in the input are reproduced in a context-blind fashion. So how do children stop making such…
Descriptors: Verbs, Computational Linguistics, Preschool Children, Grammar
Unger, Layla; Yim, Hyungwook; Savic, Olivera; Dennis, Simon; Sloutsky, Vladimir M. – Developmental Science, 2023
Recent years have seen a flourishing of Natural Language Processing models that can mimic many aspects of human language fluency. These models harness a simple, decades-old idea: It is possible to learn a lot about word meanings just from exposure to language, because words similar in meaning are used in language in similar ways. The successes of…
Descriptors: Natural Language Processing, Language Usage, Vocabulary Development, Linguistic Input
Lindsay Hippe; Victoria Hennessy; Naja Ferjan Ramirez; T. Christina Zhao – Developmental Science, 2024
Infants are immersed in a world of sounds from the moment their auditory system becomes functional, and experience with the auditory world shapes how their brain processes sounds in their environment. Across cultures, speech and music are two dominant auditory signals in infants' daily lives. Decades of research have repeatedly shown that both…
Descriptors: Infants, North Americans, Family Environment, Music
Áine Ní Choisdealbha; Adam Attaheri; Sinead Rocha; Natasha Mead; Helen Olawole-Scott; Maria Alfaro e Oliveira; Carmel Brough; Perrine Brusini; Samuel Gibbon; Panagiotis Boutris; Christina Grey; Isabel Williams; Sheila Flanagan; Usha Goswami – Developmental Science, 2024
It is known that the rhythms of speech are visible on the face, accurately mirroring changes in the vocal tract. These low-frequency visual temporal movements are tightly correlated with speech output, and both visual speech (e.g., mouth motion) and the acoustic speech amplitude envelope entrain neural oscillations. Low-frequency visual temporal…
Descriptors: Infants, Child Development, Diagnostic Tests, Speech Communication
West, Kelsey L.; Iverson, Jana M. – Developmental Science, 2021
Learning to walk allows infants to travel faster and farther and explore more of their environments. In turn, walking may have a cascading effect on infants' communication and subsequent responses from caregivers. We tested for an "inflection point"--a dramatic shift in the developmental progression--in infant communication and caregiver…
Descriptors: Infants, Infant Behavior, Physical Mobility, Caregiver Child Relationship
Tamis-LeMonda, Catherine S.; Kuchirko, Yana; Luo, Rufan; Escobar, Kelly; Bornstein, Marc H. – Developmental Science, 2017
Methods can powerfully affect conclusions about infant experiences and learning. Data from naturalistic observations may paint a very different picture of learning and development from those based on structured tasks, as illustrated in studies of infant walking, object permanence, intention understanding, and so forth. Using language as a model…
Descriptors: Infants, Language Acquisition, Play, Observation