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Rockart, John F.; And Others – Educational Technology, 1971
Descriptors: Associative Learning, College Instruction, Computer Assisted Instruction, Interaction
Johnston, Carroll D.; Jenkins, James J. – Journal of Experimental Psychology, 1971
Descriptors: Associative Learning, Cluster Grouping, Recall (Psychology), Word Recognition
Peer reviewedDelprato, Dennis J. – American Journal of Psychology, 1971
Descriptors: Associative Learning, Recall (Psychology), Retention (Psychology), Stimuli
Wicker, Frank W. – AV Communication Review, 1970
Descriptors: Associative Learning, Educational Research, Pictorial Stimuli, Verbal Stimuli
Horowitz, Leonard M.; and others – J Exp Child Psychol, 1969
This study, supported by the National Science Foundation, "shows that the nursery school child remembers a set of pictures or objects better if the items are unitized, rather than arranged in a series. (Author)
Descriptors: Associative Learning, Cognitive Processes, Cues, Memory
James, Carlton T.; Greeno, James G. – J Exp Psychol, 1970
Descriptors: Associative Learning, Concept Formation, Responses, Transfer of Training
Peer reviewedMervis, Carolyn B. – Child Development, 1994
Three studies examined two-year olds' understanding of novel terms for objects that they are already familiar with under another name. The studies found that the new term was most likely to be treated as a second basic-level name for the category to which the object belonged. (MDM)
Descriptors: Associative Learning, Classification, Toddlers, Vocabulary Development
Pashler, Harold; Cepeda, Nicholas J.; Wixted, John T.; Rohrer, Doug – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2005
Some researchers have suggested that although feedback may enhance performance during associative learning, it does so at the expense of later retention. To examine this issue, subjects (N = 258) learned Luganda-English word pairs. After 2 initial exposures to the materials, subjects were tested on each item several times, with the presence and…
Descriptors: Feedback, Associative Learning, Second Language Instruction, Retention (Psychology)
Stewart, Neil – Psychological Review, 2007
N. Stewart, G. D. A. Brown, and N. Chater presented a relative judgment model (RJM) of absolute identification, in which the current stimulus is judged relative to the preceding stimulus. S. Brown, A. A. J. Marley, and Y. Lacouture found that the RJM does not predict their finding of increased accuracy after large stimulus jumps, except at the…
Descriptors: Identification, Goodness of Fit, Association (Psychology), Associative Learning
Weintrob, David L.; Saling, Michael M.; Berkovic, Samuel F.; Reutens, David C. – Brain, 2007
Some patients considered for left temporal lobectomy for epilepsy present with normal verbal learning and no MRI evidence of hippocampal pathology. In order to preserve learning function, the surgical approach in these cases often aims at sparing the hippocampus. Parahippocampal structures, including the left perirhinal region, however, also…
Descriptors: Patients, Pathology, Associative Learning, Word Lists
Schafer, Robin J.; Lacadie, Cheryl; Vohr, Betty; Kesler, Shelli R.; Katz, Karol H.; Schneider, Karen C.; Pugh, Kenneth R.; Makuch, Robert W.; Reiss, Allan L.; Constable, R. Todd; Ment, Laura R. – Brain, 2009
Recent data suggest recovery of language systems but persistent structural abnormalities in the prematurely born. We tested the hypothesis that subjects who were born prematurely develop alternative networks for processing language. Subjects who were born prematurely (n = 22; 600-1250 g birth weight), without neonatal brain injury on neonatal…
Descriptors: Control Groups, Intelligence, Body Weight, Reaction Time
Hicks, Jason L.; Starns, Jeffrey J. – Journal of Memory and Language, 2006
We tested the impact of associative strength and retrieval heuristics in false source memory. We arranged 12-item associative lists in descending order of backward associative strength to a critical non-presented item and then split them into 6-item sub-lists at the median. High- and low-strength sub-lists were correlated with presentation source.…
Descriptors: Memory, Recall (Psychology), Experiments, Heuristics
Fountain, Stephen B.; Benson, Don M., Jr. – Learning and Motivation, 2006
Nonhuman animals, like humans, appear sensitive to the structure of the elements of sequences, perhaps even when the structure relates nonadjacent elements. In the present study, we examined the contribution of chunking, rule learning, and item memory when rats learned serial patterns composed of two interleaved subpatterns. In one group, the…
Descriptors: Memory, Animals, Serial Learning, Discrimination Learning
Zong, Lin; Tanaka, Nobuaki K.; Ito, Kei; Davis, Ronald L.; Akalal, David-Benjamin G.; Wilson, Curtis F. – Learning & Memory, 2006
Olfactory learning assays in Drosophila have revealed that distinct brain structures known as mushroom bodies (MBs) are critical for the associative learning and memory of olfactory stimuli. However, the precise roles of the different neurons comprising the MBs are still under debate. The confusion surrounding the roles of the different neurons…
Descriptors: Memory, Associative Learning, Entomology, Sensory Experience
Klaczynski, Paul A. – Journal of Cognition and Development, 2006
Evidence from dual-process and cognitive behavioral theorists points to the conclusion that the products of associative learning are sometimes available in working memory. Adolescents, adults, and children (to a lesser extent) can engage in "metacognitive intercession," reflecting on the products of associative processing and deciding whether to…
Descriptors: Associative Learning, Metacognition, Short Term Memory, Beliefs

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