The On-line Study of Sentence Comprehension

'During the past twenty years, there has been considerable interest in the use of eye movements and event-related potentials (ERPs) to study many issues regarding language processing. The reason for this is obvious: eye movements provide the best moment-by-moment indicator of processing activity, and ERPs provide an on-line representation of brain activity. The chapters in this volume provide examples of current research activity using these two techniques. As such, the volume would be a good addition to the library of anyone interested in moment-by-moment language processing.' - Keith Rayner, University of Massachusetts

'This volume, which emanates from the highly respected Architectures and Mechanisms for Language Processing conferences, describes a wide range of research on language comprehension using eye tracking, event-related potentials, and related techniques. These techniques have become increasingly important and widely applied in the last fifteen years and are certain to be at centre stage in the years to come. The list of contributors is highly distinguished, and the book is likely to become a 'must have' for anyone working in the general area of language comprehension.' - Alan Garnham, University of Sussex

'This volume is a very timely contribution to the field of psycholinguistics. An increased number of studies use advanced on-line methods like eye tracking and electrophysiological recordings to study the human language system in action. This volume offers a highly needed overview of the current state of the art in on-line measurements of sentence comprehension. In addition, the different chapters provide a very fine sample of central topics in language comprehension research.' - Peter Hagoort, F.C. Donders Centre for Cognitive Neuroimaging, Radboud University Nijmegen

'This volume is in the best sense timely. It has been expertly distilled from a recent conference dedicated to the latest research in psycholinguistics. The book focuses on the time course of comprehension processes and reports a mixture of eye tracking and electrophysiological studies, seasoned with an intriguing sample of brain imaging applications. These methodologies have now achieved a maturity and range of application that allow rich comparison and contrast with each other and with earlier reaction time and accuracy based measures. This collection is as close as we are likely to get to an 'on-line' sample of unfolding scientific thought in one of the most complex domains of human cognition.' - Merrill F. Garrett, The University of Arizona