- Inbunden (Hardback)
- Antal sidor
- OUP Oxford
- van Lieshout, Pascal
- 247 x 171 x 19 mm
- Antal komponenter
- 907 g
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Speech Motor Control
New developments in basic and applied research
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Fler böcker av Ben Maassen
Pathologies of Speech and Language
Ben Maassen, Paul Groenen
Covering the field of clinical phonetics and linguistics, this work covers such areas as phonological issues in normal and defective development; aphasia, dysfasia, dysartlia, apraxia of speech and neurological conditions; and critical evaluations...
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Ben Maassen (Professor of Neurolinguistics - Dyslexia) has a background in cognitive neuropsychology and speech-language pathology. He is project coordinator in the Dutch Dyslexia Programme, leader of projects on speech motor control and developmental neuropsychological disorders, and teacher in the master-programme Speech-Language Pathology and research-master programmes Clinical Linguistics (Erasmus Mundus) and Cognitive Neuroscience. Main research areas are neurogenic speech disorders, perception-production modelling, dyslexia and neurocognitive precursors of literacy. As a Clinical Neuropsychologist he is coordinator of an expertise centre for children with speech and language disorders. Pascal van Lieshout is an Associate Professor in the Department of Speech-Language Pathology at the University of Toronto, a Canada Research (II) in Oral Motor Function, and director of the Oral Dynamics Lab. His interest is in oral motor control in speech and swallowing with a focus on applying Dynamical Systems Theory in these areas of research. He has published over 100 peer-reviewed papers in international journals, books and conference proceedings and is renowned for his studies of articulation in speech motor disorders, in particular stuttering.
SECTION ONE: MODELLING OF SPEECH PRODUCTION; 1. Apraxia of Speech; 2. Phonemic, sensory and motor representations in a neural model of speech production; 3. Control of movement precision in speech production; 4. Variability of north-american /r/ production in response to palatal perturbation; SECTION 2: GENETICS AND NEUROLOGY; 5. Brain imaging in children; 6. Motor Speech Profile in Relation to Site of Brain Pathology; 7. Cerebral control of motor aspects of speech production: Neurophysiological and functional imaging data; SECTION 3: SPEECH MOTOR DEVELOPMENT; 8. Dynamic interaction of motor and language factors in normal and disordered development; 9. Lip Rounding Anticipatory Control: Crosslinguistically Lawful and Ontogenetically Attuned; 10. Some Organization Principles in Early Speech Development; SECTION 4: FLUENCY DISORDERS; 11. Speech motor variability in people who stutter; 12. Speech Motor Timing and Fluency; SCTION 5: CLINICAL IMPACT; 13. Classification and taxonomy in motor speech disorders: What are the issues?; 14. Developmental models of childhood apraxia of speech (CAS); 15. A Neurodevelopmental Framework for Research in Childhood Apraxia of Speech; 16. Distinguishing among motor speech disorders is important: The role of speech pathology in neurologic diagnosis; 17. Laryngeal articulatory coupling in three speech disorders; 18. Electrical stimulation of deep brain structures and speech; SECTION 6: METHODS; 19. Recent advances in the physiological assessment of articulation: Introducing three dimensional technology; 20. Five-dimensional articulography; 21. 2D and 3D ultrasound imaging of the tongue in normal speakers and disordered speech