Interactions Among Aptitudes Strategies And Knowledge In Cognitive Performance

Interactions Among Aptitudes, Strategies, and knowledge in Cognitive Performance

During the past two decades, a renewed interest in children's cognitive devel opment has stimulated numerous research activities that have been summarized in hundreds of books. In our view, the field of memory development provides a particularly nice example of the progress that has been made so far. Since John Flavell's landmark symposium on "What Is Memory Development the Development of?" in 1971, the question of what develops has been addressed in different ways, yielding a rather complex pattern of findings. A closer look at current research outcomes reveals that ways of describing and explaining de velopmental changes in memory performance have changed considerably during the past 20 years. That is, while individual differences in the use of cognitive strategies were conceived of as the most important predictors of individual dif ferences in memory performance in the 1970s, the crucial role of knowledge has been demonstrated in research conducted in the 1980s. More recent studies have repeatedly emphasized that neither changes in strategies nor knowledge alone is sufficient to explain general patterns of memory development: Here the claim is that strategies ahd different forms of knowledge (e. g. , world knowl edge, domain knowledge, or metacognitive knowledge) interact in rather com plex ways to achieve successful memory performance. We believe that this claim can be generalized to different fields dealing with intelligent information processing.

Interactions Among Aptitudes, Strategies, and Knowledge in Cognitive Performance

Attention and Performance XVII

In 1966 the first meeting of the Association for the Study of Attention and Performance was held in the Netherlands to promote the emerging science of cognitive psychology. This volume is based on the most recent conference, held in Israel thirty years later. The focus of the conference was the interaction between theory and application. The organizers chose the specific topic, cognitive regulation of performance, because it is an area where contemporary theories of cognitive processes meet the everyday challenges posed by human interactions with complex systems. Present-day technological systems impose on the operator a variety of supervisory functions, such as input and output monitoring, allocation of cognitive resources, choice of strategies, and regulation of cognitive operations. A challenge for engineers and designers is to accommodate the cognitive requirements called for by these systems. The book is divided into four sections: the presentation and representation of information, cognitive regulation of acquisition and performance, consciousness and behavior, and special populations: aging and neurological disorders. Contributors Nicole D. Anderson, Moshe Bar, Lynn Bardell, Alice E. Barnes, Irving Biederman, Robert A. Bjork, Richard A. Block, Fergus I. M. Craik, Heiner Deubel, John Dunlosky, Ido Erev, Ronald Fisher, John M. Flach, Barry Goettl, Morris Goldsmith, Daniel Gopher, Lynn Hasher, Okihide Hikosaka, Larry L. Jacoby, Peter Kalocsai, Colleen Kelley, David E. Kieras, Roberta Klatzky, Asher Koriat, Arthur F. Kramer, Elisabetta Ladavas, John L. Larish, Susan J. Lederman, John Long, Cynthia P. May, Guiliana Mazzoni, Brian McElree, David Meyer, Satoru Miyauchi, Neville Moray, Louis Narens, Thomas O. Nelson, Raymond S. Nickerson, Lynne Reder, J. Wesley Regian, Ian Robertson, Wolfgang Schneider, Christian D. Schunn, Wayne Shebilske, Shinsuke Shimojo, Suresh Subramaniam, Tom N. Trainham, Jehoshua Tsal, Timothy A. Weber, Christopher Wickens, Rose T. Zacks, Dan Zakay