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Lui, Kelvin F. H.; Lo, Jason C. M.; Maurer, Urs; Ho, Connie S.-H.; McBride, Catherine – Developmental Science, 2021
Research on what neural mechanisms facilitate word reading development in non-alphabetic scripts is relatively rare. The present study was among the first to adopt a multivariate pattern classification analysis to decode electroencephalographic signals recorded for primary school children (N = 236) while performing a Chinese character decision…
Descriptors: Decoding (Reading), Chinese, Cognitive Processes, Elementary School Students
Kersey, Alyssa J.; Emberson, Lauren L. – Developmental Science, 2017
Although infants begin learning about their environment before they are born, little is known about how the infant brain changes during learning. Here, we take the initial steps in documenting how the neural responses in the brain change as infants learn to associate audio and visual stimuli. Using functional near-infrared spectroscopy (fNRIS) to…
Descriptors: Infants, Child Development, Spectroscopy, Brain Hemisphere Functions
Lloyd-Fox, Sarah; Blasi, Anna; McCann, Samantha; Rozhko, Maria; Katus, Laura; Mason, Luke; Austin, Topun; Moore, Sophie E.; Elwell, Clare E. – Developmental Science, 2019
The first 1,000 days of life are a critical window of vulnerability to exposure to socioeconomic and health challenges (i.e. poverty/undernutrition). The Brain Imaging for Global Health (BRIGHT) project has been established to deliver longitudinal measures of brain development from 0 to 24 months in UK and Gambian infants and to assess the impact…
Descriptors: Habituation, Novelty (Stimulus Dimension), Infants, Socioeconomic Status
Munakata, Yuko; Pfaffly, Jason – Developmental Science, 2004
Hebbian learning is a biologically plausible and ecologically valid learning mechanism. In Hebbian learning, "units that fire together, wire together". Such learning may occur at the neural level in terms of long-term potentiation (LTP) and long-term depression (LTD). Many features of Hebbian learning are relevant to developmental theorizing,…
Descriptors: Child Development, Developmental Stages, Neurological Organization, Learning Processes
Raijmakers, Maartje E. J.; Molenaar, Peter C. M. – Developmental Science, 2004
Neural networks are applied to a theoretical subject in developmental psychology: modeling developmental transitions. Two issues that are involved will be discussed: discontinuities and acquiring qualitatively new knowledge. We will argue that by the appearance of a bifurcation, a neural network can show discontinuities and may acquire…
Descriptors: Classification, Developmental Psychology, Neurological Organization, Brain Hemisphere Functions
Sirois, Sylvain – Developmental Science, 2004
This paper presents autoassociator neural networks. A first section reviews the architecture of these models, common learning rules, and presents sample simulations to illustrate their abilities. In a second section, the ability of these models to account for learning phenomena such as habituation is reviewed. The contribution of these networks to…
Descriptors: Simulation, Infants, Cognitive Processes, Cognitive Development