Reading is one of the most sophisticated demonstrations of human pattern recognition and symbolic processing skill. Skilled readers effortlessly comprehend written text at rates of at least 300 words per minute, despite the complex interactions between perceptual, cognitive and memory processes required for effective comprehension. Understanding how we achieve this remarkable feat has been a focus of investigation since the birth of experimental psychology. Over the last two decades, visual word recognition has been at the forefront of developments in cognitive science. This book brings together many of the most influential contributors to these developments to reflect on current issues in the cognitive science of lexical processing and the methods required for further progress. The first section focuses on computational models. Written words provide a fertile context for large-scale modeling and the domain of lexical retrieval has become a test-bed for evaluating competing theoretical frameworks. The later sections draw upon cognitive psychology, linguistics, philosophy, computer science and neuroscience to elaborate critical theoretical issues and to develop novel research tools. From Inkmarks to Ideas provides advanced students and researchers with a comprehensive overview of the critical theoretical and empirical controversies in current research on the cognitive science of lexical processing and reading.

Brain Research in Language addresses important neurological issues involved in reading. The reading process is a highly composite cognitive task, which relies on brain systems that were originally devoted to other functions. The majority of studies in this area have used behavioral methodologies. This book presents data obtained from studies employing behavioral, electrophysiological and imaging methodologies focusing on the regular reading process and the dyslexic population.

This collection of papers and abstracts stems from the third meeting in the series of Sperlonga workshops on Cognitive Models of Speech Processing. It presents current research on the structure and organization of the mental lexicon, and on the processes that access that lexicon. The volume starts with discussion of issues in acquisition and consideration of questions such as, 'What is the relationship between vocabulary growth and the acquisition of syntax?', and, 'How does prosodic information, concerning the melodies and rhythms of the language, influence the processes of lexical and syntactic acquisition?'. From acquisition, the papers move on to consider the manner in which contemporary models of spoken word recognition and production can map onto neural models of the recognition and production processes. The issue of exactly what is recognised, and when, is dealt with next - the empirical findings suggest that the function of something to which a word refers is accessed with a different time-course to the form of that something. This has considerable implications for the nature, and content, of lexical representations. Equally important are the findings from the studies of disordered lexical processing, and two papers in this volume address the implications of these disorders for models of lexical representation and process (borrowing from both empirical data and computational modelling). The final paper explores whether neural networks can successfully model certain lexical phenomena that have elsewhere been assumed to require rule-based processes.