Models and analysis of vocal emissions for biomedical applications : 5th International workshop, December 13-15, 2007, Florence, Italy

234 p. : ill.

• Capitoli dello stesso volume (disponibili singolarmente)

  • Foreword
    Ottieni capitolo
  • Towards the Simulation of Pathological Voice Qualities
    Ottieni capitolo
  • A Mathematical Model for Accurate Measurement of Jitter
    Ottieni capitolo
  • Towards a Temporal High-Resolution Formant Analysis
    Ottieni capitolo
  • Physical and Perceptual Correlates of Voice Using Acoustic Analysis
    Ottieni capitolo
  • The Effect of Visible Speech on Perceptual Rating of Pathological Voices, and on Correlation between Perception and Acoustic
    Ottieni capitolo
  • Automatic Detection of Voice Impairments form Text-Dependent Running Speech Using a Discriminative Approach
    Ottieni capitolo
  • Early Detection of Voice Diseases via a Web-Based System
    Ottieni capitolo
  • Visualization of Normal and Pathological Speech Data
    Ottieni capitolo
  • A Clinical Comparison between MDVP and PRAAT Softwares
    Ottieni capitolo
  • Three-Dimensional Finite Element Modelling of Vocal Folds Vibration in the Human Larynx
    Ottieni capitolo
  • Relating Vocal Fold Amplitude of Vibration to Skin Accelation Level on the Anterior Neck
    Ottieni capitolo
  • Improved Fold Closure in Mass-Spring Low-Dimensional Glottal Models
    Ottieni capitolo
  • Numerical Simulation of Airflow through the Oscillating Glottis
    Ottieni capitolo
  • Advanced Voice Assessment. A Prospective Case-Control Study of Jitter% shimmer% and Qx% Glottis Closure Cohesion Factor (Spead by Larybgograph Ltd.) and Long Time Average Spectra
    Ottieni capitolo
  • Pre-Post Surgery Evaluation Based on the Profile of Glottal Source
    Ottieni capitolo
  • Date Warehouse for Prosody Features
    Ottieni capitolo
  • Detection of Pathological Diseases Using a Parametric Model of Vocal Folds and Neural Networks
    Ottieni capitolo
  • Characterisation of Cough Sounds to Monitor Respratory Infections in Intensive Pig Farming
    Ottieni capitolo
  • Use of a Biomedicanical Tongue Model to Predict the Impact of Tongue Surgery on Speech Production
    Ottieni capitolo
  • Using Nonverbal Communication in Dialog System
    Ottieni capitolo
  • Classification of Pathological Voice Signals Using Self-Similarity Based Wavelet Packet Feature Extraction and DAvies-Bouldin Criterion
    Ottieni capitolo
  • SMS-Festival
    Ottieni capitolo
  • Properties of the Cepstral Peak Prominence and its Usefulness in Vocal Quality Measurements
    Ottieni capitolo
  • Correlates of Temporal High-Resolution Formant Analysis and Glottal Excitation in Laryngeal Dystonia before and after Botulinum Toxin Treatment. A Case Study
    Ottieni capitolo
  • An Experiment in Vocal Tract Lenght Estimation
    Ottieni capitolo
  • Estimation of Output-Cost-Ratio Using an Aeroelastic Model of Voice Production
    Ottieni capitolo
  • A System for parallel Measurement of Glottis Opening and Larynx Position
    Ottieni capitolo
  • A Multi-Purpose User-Friendly Voice Analysis Tool
    Ottieni capitolo
  • Improvement of Source-Tract Decomposition of Speech Using Analogy with LF Model for Glottal Source and Tube Model for Vocal Tract
    Ottieni capitolo
  • Methodology of Fundamental Frequency Extraction and Analysis Using Microphone Speech Signal and Vocal Tract Model
    Ottieni capitolo
  • A Fuid-Structure Interaction Model of Vocal Fold Oscillation
    Ottieni capitolo
  • Estimation of a Physical Model of the Vocal Folds via Dynamic Programming Techniques
    Ottieni capitolo
  • Laryngeal Voice Quality Changes in Expression of Prominence in Continuous Speech
    Ottieni capitolo
  • Spectral Transtion Features in Dysarthric Speech
    Ottieni capitolo
  • Real-Life Emotions Detection on Human-Human Medical Call Center Interactions
    Ottieni capitolo
  • Estimation of Vocal Noise and Cycle Duration Jitter in Connected Speech
    Ottieni capitolo
  • Predicting Severity of Mental State Using Vocal Output Characteristics
    Ottieni capitolo
  • Distinguishing High Risk Suicidal Subjects among Depressed Subjects Using Mel-Frequency Cepstrum Coefficients and Cross Validation Technique
    Ottieni capitolo
  • Recording Speech During Magnetic Resonance Imaging
    Ottieni capitolo
  • Articulatory Oral Space Measures Using the Modified A-Space
    Ottieni capitolo
  • Mucosal Waves on the Vocal Folds
    Ottieni capitolo
  • A Biomedichanical Model of the Face Including Muscles for the Prediction of Deformations during Speech Production
    Ottieni capitolo
  • Piv Measurements of Velocity Fields in Glottis on a Physical Vocal Fold Model
    Ottieni capitolo
  • Detecting Pathology in the Glottal Spectral Signature of Female Voice
    Ottieni capitolo
  • A Physiological Basis for Two Group, Healthy Male Coicing Identified Using Spectal Approzimate Entropy
    Ottieni capitolo
  • Fuzzy Wavelet Packet Based Feature Extraction Method Applied to Pathological Voice Signals Classification
    Ottieni capitolo
  • Multiple Feature Sets and Genetic Search Based Discrimination of Pathological Voices
    Ottieni capitolo
  • Towards a Basic Protocol for Functional Assessment of Sobstitution Voices
    Ottieni capitolo
  • Pitch Contour from Formants for Alaryngeal Speech
    Ottieni capitolo
  • Analysis of Noise in Cry Signal Using Frequency and Time-Frequency Tools
    Ottieni capitolo
  • Blood Oxygenation vs Cry in Preterm Newborn Infants
    Ottieni capitolo
  • Towards a Cry Classification Based on Articulated Signal Processing
    Ottieni capitolo
  • Vocal Tract Modeling as a Tool to Investigate Species Specific Cues in Vocalization
    Ottieni capitolo
  • Objective Analysis of the Singing Voice as Related to Singer Posture
    Ottieni capitolo
  • Mozart's Voice
    Ottieni capitolo
  • Author Index
    Ottieni capitolo
• Informazioni

  ISBN: 9788884536747

  Permalink: http://digital.casalini.it/9788884536747

  COLLANA

  Atti ; 33
  

  MATERIE

  • Fisica applicata
  • Musica per voci singole, la voce
  • Malattie
  • Engineering, Civil Engineering