There is considerable debate over the extent to which cognitive tasks can be learned non-consciously or implicitly. In recent years a large number of studies have demonstrated a discrepancy between explicit knowledge and measured performance. This book presents an overview of these studies and attempts to clarify apparently disparate results by placing them in a coherent theoretical framework. It draws on evidence from neuropsychological and computational modelling studies as well as the many laboratory experiments.
Chapter one sets out the background to the large number of recent studies on implicit learning. It discusses research on implicit memory, perception without awareness, and automaticity. It attempts to set the implicit - explicit distinction in the context of other relevant dichotomies in the literature. Chapter two presents an overview of research on the control of complex systems, from Broadbent (1977) through to the present day. It looks at the accessibility of control task knowledge, as well as whether there is any other evidence for a distinction between implicit and explicit modes of learning. Chapter three critically reviews studies claiming to show that people can acquire concepts without being verbally aware of the basis on which they are responding. It shows that concept formation can be implicit in some sense but not in others. Chapter four investigates the claim that people can learn sequential information in an implicit way. Chapter five looks at whether computational modelling can elucidate the nature of implicit learning. It examines the feasibility of different exemplar connectionist models in accounting for performance in concept learning, sequence learning, and control task experiments. Chapter six reviews evidence concerning dissociations between implicit and explicit knowledge in various neuropsychological syndromes. Finally, chapters seven and eight discuss the many practical and theoretical implications of the research.
'Berry and Dienes provide a very thorough review of the theoretical and practical issues behind implicit learning, and I would strongly recommend their book to anyone who wants to discover what all the excitement is about…thoroughly recommended.' - David Shanks, Quarterly Journal of Experimental Psychology
Towards a Characterisation of Implicit Learning. The Control of Complex Systems. Implicit Concept Formation. Sequence Learning. Computational Models of Implicit Learning. Neuropsychological Evidence. Practical Implications. Theoretical Implications. References.
Essays in Cognitive Psychology is designed to meet the need for rapid publication of brief volumes in cognitive psychology.
Primary topics include perception, movement and action, attention, memory, mental representation, language and problem solving.
Furthermore, the series seeks to define cognitive psychology in its broadest sense, encompassing all topics either informed by, or informing, the study of mental processes. As such, it covers a wide range of subjects including computational approaches to cognition, cognitive neuroscience, social cognition, and cognitive development, as well as areas more traditionally defined as cognitive psychology.
Each volume in the series makes a conceptual contribution to the topic by reviewing and synthesizing the existing research literature, by advancing theory in the area, or by some combination of these missions.
The principal aim is that authors provide an overview of their own highly successful research program in an area.
Volumes also include an assessment of current knowledge and identification of possible future trends in research.
Each book is a self-contained unit supplying the advanced reader with a well-structured review of the work described and evaluated.