Cognitive Models of Psychological Time
Coordonnateur : Block Richard A.
This volume critically reviews cognitive models of psychological time in order to clarify and enrich what is known about the temporal aspects of cognitive processes. Concentrating on how adult humans experience, remember, and construct time, chapters survey recent work on such topics as mental representations of time, timing in movement sequences, time and timing in music, and the processing of temporal information. Also included are chapters with a broader perspective, such as the impacts of methodological choices, chronobiology and temporal experience, a comparative approach to time and order, and normal and abnormal temporal perspectives. The book makes current research and theories on the psychology of time more accessible to researchers in cognitive psychology.
Contents: R.A. Block, Introduction. R.A. Block, Models of Psychological Time. J.A. Michon, Implicit and Explicit Representations of Time. D. Zakay, The Evasive Art of Subjective Time Measurement: Some Methodological Dilemmas. R. Patterson, Perceptual Moment Models Revisited. S.S. Campbell, Circadian Rhythms and Human Temporal Experience. H.L. Roitblat, K.N.J. Young, Time and Order: A Comparative Perspective. J.L. Jackson, A Cognitive Approach to Temporal Information Processing. J.J. Summers, B.D. Burns, Timing in Human Movement Sequences. M.R. Jones, Musical Events and Models of Musical Time. S.S. Mo, Time Reversal in Human Cognition: Search for a Temporal Theory of Insanity. F.T. Melges, Identity and Temporal Perspective.
Date de parution : 02-1990
15.2x22.9 cm
Date de parution : 11-2015
15.2x22.9 cm
Thème de Cognitive Models of Psychological Time :
Mots-clés :
Retrospective Paradigm; temporal; Temporal Information Processing; information; Attentional Models; processing; Prospective Paradigm; stimulus; Duration Judgments; onset; Temporal Perspective; asynchrony; Clock Time; perspective; Vice Versa; prospective; Relative Time; paradigm; Duration Estimation; estimation; Time Order Error; Foreperiod Duration; Visual Persistence; Persistence Duration; Internal Clock Models; Intertap Interval; Future Time Perspective; Pattern Persistence; Clock Models; Foreperiod Effect; Temporal Conditioning; Generalized Motor Program; Stimulus Duration; Target Interval; Stimulus Onset Asynchrony