2005 - Firenze University Press
Capitolo
Versione Digitale
A Non-Invasive Device to Measure Mechanical Interaction between Tongue, Palate and Teeth during Speech Production
P. [1-4] [4]
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Informazioni
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Nello stesso volume
- Foreward
- A Comparative Study of Intelligent Voice Quality Assessment Using Impedance and Acoustic Signals
- Voicing Recovery in Males Following Radiotherapy for Larynx Cancer
- A Methodology to Evaluate Pathological Voice Detection Systems
- Effects of MP3 Encoding on Voice Pathology Detection
- Towards a Classification of Phonatory Features of Disordered Voices
- Intelligent Voice Quality Assessment Post-Treatment Using Genetic Programming
- A Method for Changing Speech Quality and Its Application to Pathological Voices
- Methods for Formant Extraction in Speech of Patients after Total Laryngectomy
- Optimised GSVD for Dysphonic Voice Quality Enhancement
- Modelling of Influence of Velopharyngeal Insufficiency on Phonation of Vowel /a/
- Two-Mass Models of the Bird Syrinx
- A Physical Model for Articulatory Speech Synthesis. Theoretical and Numerical Principles
- Physiological Control of Low-Dimensional Glottal Models with Applications to Voice Source Parameter Matching
- Using Biomechanical Parameter Estimates in Voice Pathology Detection
- The Effect of the Flow Mask on Phonation
- A Non-Invasive Device to Measure Mechanical Interaction between Tongue, Palate and Teeth during Speech Production
- Assessment of Glottal Inverse Filtering by Using Aeroelastic Modelling of Phonation and Fe Modelling of Vocal Tract
- Cough Analysis and Classification by Labelling Sound in Swine Respiratory Disease
- Wave-Morphing in the Framework of a Glottal Pulse Model
- Change og Vocal Tract Shape and Area Function by F0 Shift
- Comparison of LPC Analysis and Impedance Vocal Tract Measurements
- Source Voice Characteristics of the Artificial Vocal Folds
- Automatic Classification of Voice Disorders in Course of Neurodegenerative Disease
- Newborn's Cry from Risk and Normal Pregnancies
- Complexity Analysis of Normal and Deaf Infant Cry Acoustic Waves
- Clinical Voice Measurement Using EGG/LX Signals
- From Vocal Quality Measurement to Perception
- What Can Be Seen in Videokymographic Images?
- Objective Vocal Fold Vibration Assessment from Videokymographic Images
- Dynamic Digital Image Correlation of a Dinamyc Physical Model of the Vocal Folds
- Fast FFT-Based Motion Compensation for Laryngeal High-Speed Videoendoscopy
- Vertical Motion During Modal and Pressed Phonation
- Mucosal Wave Magnitude
- Measurement of Cricothyroid Articulation Using High-Resolution MRI and 3D Pattern Matching
- Vocalisation Analysis Tools
- Numerical Modelling of Effect of Tonsillectomy on Production of Czech Vowels /a/ and /i/
- Generalized Variogram Analysis of Vocal Dysperiodicities in Connected Speech
- Modelling of Non-Stationary Phonation for Classification of Vocal Folds Vibrations
- Analysis of Spanish Synthesized Speech Signals Using Spectral and Basis Pursuit Representations
- Voiced Excitation as Entrained Primary Response of a Reconstructed Glottal Master Oscillator
- Speech Analysis Using Higuchi Fractal Dimension
- Effect of Parkinson's Disease on Vocal Tremor
- Evaluation of Speaker Normalization for Suicidality Assessment
- Interaction Patterns between Melodies and Resonance Frequencies in Infants' Pre-Speech Utterances
- Aerodynamical Model of Human Newborn Larynx
- High-Pitched Voice Simulation Using a Two-Dimensional Vocal Fold Model
- Effect of VOcal Loudness Variation on the Voice Source
- Assessing Vibrato Quality of Singing Students
- Vocal Production Mechanism in Ruffed Lemurs
- Labelling of Cough Data From Pigs for On-Line Disease Monitoring by Sound Analysis
- Author Index
