Author: B. S. Rosner
Edition:
Binding: Hardcover
ISBN: 0198521383
Edition:
Binding: Hardcover
ISBN: 0198521383
Vowel Perception and Production (Oxford Psychology Series)
Although the last 50 years have witnessed a rapid growth in the understanding of vowel articulation and acoustics, most contemporary theories of speech perception have concentrated on consonant perception. Get Vowel Perception and Production computer books for free.
Authored by leading academic and industrial authorities, this volume is intended to balance such a bias. The authors propose a computational theory of auditory vowel perception that accounts for vowel identification in the face of acoustic differences between speaker, speaking rate, stress. Topics include: acoustic and auditory effects of articulation, vowel categorization, and vowel constancy, among others. This work lays the foundation for future experimental and computational studies of vowel perception. With its important applications Check Vowel Perception and Production our best computer books for 2013. All books are available in pdf format and downloadable from rapidshare, 4shared, and mediafire.

Vowel Perception and Production Download
Authored by leading academic and industrial authorities, this volume is intended to balance such a bias. The authors propose a computational theory of auditory vowel perception that accounts for vowel identification in the face of acoustic differences between speaker, speaking rate, stress. Topics include: acoustic and auditory effects of articulation, vowel categorization, and vowel constancy, among others. This work lays the foundation for future experimental and computational studies of vowel perception Authored by leading academic and industrial authorities, this volume is intended to balance such a bias. The authors propose a computational theory of auditory vowel perception that accounts for vowel identification in the face of acoustic differences between speaker, speaking rate, stress. Topics include: acoustic and auditory effects of articulation, vowel categorization, and vowel constancy, among others. This work lays the foundation for future experimental and computational studies of vowel perception. With its important applications
