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Lewkowicz, David J.; Flom, Ross – Child Development, 2014
Binding is key in multisensory perception. This study investigated the audio-visual (A-V) temporal binding window in 4-, 5-, and 6-year-old children (total N = 120). Children watched a person uttering a syllable whose auditory and visual components were either temporally synchronized or desynchronized by 366, 500, or 666 ms. They were asked…
Descriptors: Auditory Perception, Visual Perception, Time, Child Development
Steinbrink, Claudia; Zimmer, Karin; Lachmann, Thomas; Dirichs, Martin; Kammer, Thomas – Child Development, 2014
In a longitudinal study, auditory and visual temporal order thresholds (TOTs) were investigated in primary school children (N = 236; mean age at first data point = 6;7) at the beginning of Grade 1 and the end of Grade 2 to test whether rapid temporal processing abilities predict reading and spelling at the end of Grades 1 and 2. Auditory and…
Descriptors: Elementary School Students, Grade 1, Grade 2, Longitudinal Studies
Peer reviewedWeiner, Alan S. – Child Development, 1975
Differences in the rates of visual information-processing in 8- and 10-year-old reflective and impulsive children were measured. (JMB)
Descriptors: Cognitive Processes, Conceptual Tempo, Elementary Education, Reaction Time
Peer reviewedCohen, Leslie B. – Child Development, 1972
Results support the contention that infant attention should be divided into separate attention-getting and attention-holding processes. (Author)
Descriptors: Attention, Attention Span, Eye Fixations, Infants
Peer reviewedEntwisle, Doris R.; Huggins, W. H. – Child Development, 1973
Paper calls attention to the extent of iconic information processing in young children and presents data on children's ability to recall iconic information. (Authors)
Descriptors: Grade 1, Memory, Pictorial Stimuli, Recall (Psychology)
Peer reviewedGardner, Judith M.; Karmel, Bernard Z. – Child Development, 1981
Preferential looking at stimuli varying in temporal frequency was examined in 11 prematurely born infants. The relationship between amount of looking and stimulus frequency yielded a significant linear trend with the fastest frequency used (4 hertz) being most preferred. (Author/DB)
Descriptors: Attention Span, Infant Behavior, Intervals, Low Income Groups
Peer reviewedFrick, Janet E.; Colombo, John; Saxon, Terrill F. – Child Development, 1999
Investigated whether individual and developmental differences in look duration were correlated with latency to disengage fixation from a visual stimulus for 3- and 4-month olds. Found that look duration was correlated with disengagement latency. Three-month olds showed slower latencies than 4-month olds. Long-looking infants showed greater…
Descriptors: Age Differences, Individual Differences, Infant Behavior, Infants
Peer reviewedJacobson, Sandra W.; And Others – Child Development, 1992
Six-month-old African-American infants' expectation of a visual stimulus was related to developmental measures. Reaction time was related to eye fixation in tests that measured visual recognition memory (VRM) and presented objects of different shapes to the infant. Reaction time and infants' stimulus expectation predicted VRM novelty preference.…
Descriptors: Blacks, Cognitive Processes, Expectation, Eye Fixations
Peer reviewedBlank, Marion; And Others – Child Development, 1975
Intra- and crossmodal performance of normal and retarded third-grade readers were compared in a reaction-time task. Results suggest that the demands of stimulus complexity within the visual modality rather than the demands of crossmodal shifting were related to reading ability. (Author/ED)
Descriptors: Auditory Perception, Difficulty Level, Elementary School Students, Learning Modalities
Peer reviewedBosco, James – Child Development, 1972
The data indicated that disadvantaged children required more time to process visual information than did middle-class children, but the processing speed for the 2 groups tended to become more similar as grade level was increased. (Author)
Descriptors: Cognitive Processes, Data Analysis, Disadvantaged Youth, Elementary School Students
Peer reviewedMiller, Leon K. – Child Development, 1973
One question prompting the present research concerned the relation between performance under tachistoscopic'' conditions where exposure durations are too brief to permit active overt visual search, and performance when overt search is possible. (Author)
Descriptors: Age Differences, Eye Fixations, Information Processing, Letters (Alphabet)
Peer reviewedReznick, J. Steven; Chawarska, Katarzyna; Betts, Stephanie – Child Development, 2000
Two experiments used Visual Expectations Procedure to investigate development of expectations in infants up to 12 months old. Reaction time improved and the percentage of anticipations increased between 6 and 9 months using an alternation pattern or a complex pivot pattern, and between 4 and 8 months when using a left-right alternation or a…
Descriptors: Age Differences, Cognitive Development, Cognitive Processes, Expectation

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