Max Coltheart – författare

First published in 1986, Language Processing in Children and Adults provides a broad perspective on psychological research into language processing. The book has two main sections. The first deals with language processing in children and describes the processes involved in learning to produce and understand spoken language and the processes involved in learning to read. This section also includes a chapter on development disorders of spoken and written language. The second section deals with adult language processing and has chapters on single word perception, on the comprehension and production of language, and on acquired disorders of language.

Previous knowledge of the area is not required as all the basic concepts are explained as they are introduced and the use of technical jargon has been kept to a minimum.

Elegantly and engagingly written, the book is unique in adopting such a wide coverage which considers the acquisition and skilled adult use of both spoken and written language, as well as developmental and acquired disorders of language.

First published in 1986, Language Processing in Children and Adults provides a broad perspective on psychological research into language processing. The book has two main sections. The first deals with language processing in children and describes the processes involved in learning to produce and understand spoken language and the processes involved in learning to read. This section also includes a chapter on development disorders of spoken and written language. The second section deals with adult language processing and has chapters on single word perception, on the comprehension and production of language, and on acquired disorders of language.

Previous knowledge of the area is not required as all the basic concepts are explained as they are introduced and the use of technical jargon has been kept to a minimum.

Elegantly and engagingly written, the book is unique in adopting such a wide coverage which considers the acquisition and skilled adult use of both spoken and written language, as well as developmental and acquired disorders of language.

Originally published in 1987 this volume presented a comprehensive state-of-the-art account of what was known about the psychology of reading at the time. All the fundamental aspects of reading are considered: visual attention, visual feature analysis, visual masking, letter and word recognition, priming effects, eye movements in reading, phonological processing, working memory and reading, parsing, sentence comprehension, and text integration. The subject of reading is approached from a variety of different theoretical perspectives, including cognitive psychology, connectionism, neuropsychology and linguistics. This broad and comprehensive review will still be of value for undergraduate and graduate teaching as well as research workers engaged in experimental or theoretical investigations of any aspect of the psychology of reading.

Originally published in 1987 this volume presented a comprehensive state-of-the-art account of what was known about the psychology of reading at the time. All the fundamental aspects of reading are considered: visual attention, visual feature analysis, visual masking, letter and word recognition, priming effects, eye movements in reading, phonological processing, working memory and reading, parsing, sentence comprehension, and text integration. The subject of reading is approached from a variety of different theoretical perspectives, including cognitive psychology, connectionism, neuropsychology and linguistics. This broad and comprehensive review will still be of value for undergraduate and graduate teaching as well as research workers engaged in experimental or theoretical investigations of any aspect of the psychology of reading.

Damage to the brain can impair language in many different ways, severely harming some linguistic functions whilst sparing others. To achieve some understanding of the apparently bewildering diversity of language disorders, it is necessary to interpret impaired linguistic performance by relating it to a model of normal linguistic performance. Originally published in 1987, this book describes the application of such models of normal language processing to the interpretation of a wide variety of linguistic disorders. It deals with both the production and the comprehension of language, with language at both the sentence and the single-word level, with written as well as with spoken language and with acquired as well as with developmental disorders.

Damage to the brain can impair language in many different ways, severely harming some linguistic functions whilst sparing others. To achieve some understanding of the apparently bewildering diversity of language disorders, it is necessary to interpret impaired linguistic performance by relating it to a model of normal linguistic performance. Originally published in 1987, this book describes the application of such models of normal language processing to the interpretation of a wide variety of linguistic disorders. It deals with both the production and the comprehension of language, with language at both the sentence and the single-word level, with written as well as with spoken language and with acquired as well as with developmental disorders.

A child with developmental dyslexia or an adult with a reading disorder following brain damage might read the word shoe as ‘show’, why does this happen?

Most current information processing models of reading distinguish between two alternative procedures for the pronunciation of a printed word. The difference between these concerns the level at which orthography is translated to phonology in one, the word-level procedure, a word is read aloud with reference to knowledge specific to that whole word. In the other, the sub-word-level procedure, a printed word is pronounced with reference to knowledge about smaller segments which occur in many different words.

Both procedures contribute to normal skilled reading and its acquisition. But if one of the procedures is disrupted, then oral reading will be forced to rely on the alternative routine. Surface dyslexia is a general label for any disorder of reading which results from inadequate functioning of the word-level procedure and in consequence abnormal reliance on sub-word level translation from orthography to phonology.

Originally published in 1985, this book provides new evidence about the diverse manifestations of surface dyslexia in adult neurological patients and in children with developmental disorders of reading. The data are drawn from speakers of a range of languages with distinct orthographies. Process models for the pronunciation of print are elaborated, and an appendix gives neurological information on the patients reported.

A child with developmental dyslexia or an adult with a reading disorder following brain damage might read the word shoe as ‘show’, why does this happen?

Most current information processing models of reading distinguish between two alternative procedures for the pronunciation of a printed word. The difference between these concerns the level at which orthography is translated to phonology in one, the word-level procedure, a word is read aloud with reference to knowledge specific to that whole word. In the other, the sub-word-level procedure, a printed word is pronounced with reference to knowledge about smaller segments which occur in many different words.

Both procedures contribute to normal skilled reading and its acquisition. But if one of the procedures is disrupted, then oral reading will be forced to rely on the alternative routine. Surface dyslexia is a general label for any disorder of reading which results from inadequate functioning of the word-level procedure and in consequence abnormal reliance on sub-word level translation from orthography to phonology.

Originally published in 1985, this book provides new evidence about the diverse manifestations of surface dyslexia in adult neurological patients and in children with developmental disorders of reading. The data are drawn from speakers of a range of languages with distinct orthographies. Process models for the pronunciation of print are elaborated, and an appendix gives neurological information on the patients reported.