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Kagan, Jerome – Developmental Psychology, 1987
Reply by Jerome Kagan to a recent article by Block, Gjerde, and Block (1986) which questions the validity of the construct of reflection-impulsivity. Kagan alleges flaws in the logic of the authors' (Block, Gjerde, Block) position and in the inferences drawn from their data. (Author/RWB)
Descriptors: Character Recognition, Cognitive Ability, Cognitive Development, Conceptual Tempo
Peer reviewed Peer reviewed
Block, Jack – Developmental Psychology, 1987
Responds to the arguments and evidence adduced by Kagan (1987) in his reply to the Block, Gjerde, and Block (1986) study questioning the validity of the Matching Familiar Figures Test (MFFT) as a measure of "reflection-impulsivity." (Author)
Descriptors: Character Recognition, Cognitive Ability, Cognitive Development, Conceptual Tempo
Defense Documentation Center, Alexandria, VA. – 1968
This unclassified-unlimited bibliography contains 183 references, with abstracts, dealing specifically with optical or graphic information processing. Citations are grouped under three headings: display devices and theory, character recognition, and pattern recognition. Within each group, they are arranged in accession number (AD-number) sequence.…
Descriptors: Bibliographies, Character Recognition, Display Systems, Information Processing
Lucas, Jay P. – Creative Computing, 1980
Computer programs to protect a home computer from tampering by a preschool child, while at the same time providing practice for the child in character and shape recognition, are given. (TG)
Descriptors: Character Recognition, Computer Oriented Programs, Computer Programs, Letters (Alphabet)
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Terry, Pamela R.; Samuels, S. Jay – American Journal of Mental Deficiency, 1976
Descriptors: Character Recognition, Discrimination Learning, Intermediate Grades, Learning Processes
Tallman, Oliver H. – 1970
A digital simulation of a model for the processing of visual images is derived from known aspects of the human visual system. The fundamental principle of computation suggested by a biological model is a transformation that distributes information contained in an input stimulus everywhere in a transform domain. Each sensory input contributes under…
Descriptors: Artificial Intelligence, Character Recognition, Computer Programs, Cybernetics