Human Information Processing Tutorials in Performance and Cognition Psychology Revivals Series
Coordonnateur : Kantowitz Barry H.
Originally published in 1974, this volume presents seven detailed views of human information processing at the time. While no single volume can do justice to the breadth of the area, it was hoped that the present selections reflected both the content and methodological approaches currently used by experimental psychologists concerned with the issues and problems of human information processing.
The organization of the book is simple, proceeding from the human performance end of the continuum, an overview of which is given in the first chapter. Successive chapters are progressively more concerned with human cognition, and the last chapter gives an overview of human cognition. The intervening chapters are devoted to more specific topics and yield a detailed portrait of the models, findings, and methodology of human information processing.
Preface. 1. Human Perceptual-Motor Performance Richard W. Pew 2. The Interpretation of Reaction Time in Information-Processing Research Robert G. Pachella 3. Double Stimulation Barry H. Kantowitz 4. Issues and Models Concerning the Processing of a Finite Number of Inputs J. T. Townsend 5. Cognitive Representations of Serial Patterns Mari Riess Jones 6. The Perception of Printed English: A Theoretical Perspective Edward E. Smith and Kathryn T. Spoehr 7. The Mechanics of Thought Earl B. Hunt and Steven E. Poltrock. Author Index. Subject Index.
Date de parution : 06-2023
15.6x23.4 cm
Date de parution : 11-2021
15.6x23.4 cm
Thèmes de Human Information Processing :
Mots-clés :
Serial Position; Vice Versa; experimental psychology; Speed Accuracy Relations; logic; Total Completion Times; cognitive psychology; Additive Factor Method; methodology; Variable Error Rates; human cognition; Double Stimulation; hardware approach; Prp Effect; software approach; Rt Function; Short ISIs; Serial Position Effects; Single Channel Model; Reaction Time Measures; Higher Order Units; Pattern Reconstruction; Speed Accuracy Criterion; Unpronounceable Nonwords; Actual Sensory Consequences; Logogen Model; Compensatory Display; Unrelated Letters; Distributed Memory Model; Subtraction Method; Input Signal; Word Perception