2009 - Firenze University Press
Chapter
Digital Version
A Bottom-Up Procedure to Extract Periodicity Structure of Voiced Sounds and Its Application to Represent and Restoration of Pathological Voices
P. [1-4] [4]
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Information
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In the same volume
- Foreword
- Neurofunctional Spetrographic Analysis of the Cry of Brain Injured Asphyxiated Infants
- Melody Analysis of the Newbord Infant Cries
- Automatic Infant Cry Detection
- Recovery of Oxygen Saturation Level in Newborns
- Voice Parameter Dynamics in Portrayed Emotions
- Detection of Negative Emotional State in Speech with Anfis and Genetic Algorithms
- Evaluation of a Pitch Estimation Algorithm for Speech Emotion Recognition
- Prosody Features Analysis
- A Clinical Workstation Software for Voice Quality Assessment
- Modulation Spectral Features for Objective Voice Quality Assessment
- Voice Pathologt Grading by Gaussian Mixture Models
- Estimation of Hospitalisation Progress for Patients with Stroke with Using of Voice Analysis
- On the Mutual Information of Glottal Source Estimation Techniques for the Automatic Detection of Speech Pathologies
- Acoustic Analysis of Vowel Segments for Clinical Purposes
- Voice Quality Evaluation Using Cape-V abd Grbas in European Portuguese
- Voice Related Quality of Life in Spasmodic Dysphonia
- Long Term Follow-Up of Patients with Spasmodic Dysphonia
- Principal Component Analysis for HMM-Based Pathological Voice Detection
- Identification of Functional Voice Disorders by Biomechanical Analysis
- Electroglottography and Microphone Signals Assessed by Approximate Entropy in Normal and Dysphonic Subjects
- Speech Morphing Based on Biologicallu Relevant Signal Representations
- Tracking Formants, Extra-Formants and Anti-Formants in Non-Modal Speech by Means of a Spectral Pole-Zero Model
- Automatic Parameterisation of the Glottal Waveform Combining Time and Frequency Domain Measures
- Syntetic Hoarse Voices
- Salience Analysis for Glottal Cycle Detection in Disordered Speech
- Temporal Measures of the Initial Phase of Vocal Fold Opening across Different Phonation Types
- A Novel Method for the Extraction of Vocal Tremor
- Indirect Estimation of Formant Frequencies Through Mean Spectral Variance with Application to Automatic Gender Recognition
- A Bottom-Up Procedure to Extract Periodicity Structure of Voiced Sounds and Its Application to Represent and Restoration of Pathological Voices
- Acoustic/Aerodynamic Assessment of Normal and Dysphonic Voice
- Towards Video Laryngosptroboscopy-Based Automated Screening for Laryngeal Disorders
- Advanced Preprocessing of Larynx Images to Improve the Segmentation of Glottal Area
- Articulatory Modelling of the Vocal Tract in Feeding form X-Ray Images
- Segmentation of Laryngeal High-Speed Videoendoscopy in Temporal Domain Using Paired Active Contours
- Objective Comparison of the Electroglottogram to Synchronus High-Speed Images of Vocal Fold Contact During Vibration
- Quantitative Analysis of Diplophonic Vocal Fold Vibratary Pattern form High-Speed Digital Imaging of Glottis
- Experimental System for Neurological Case Studies
- Accelleration Sensor Measurements of Subglottal Sound Pressure for Modal and Breathy Phonation Quality
- Basic Requirements on Microphones for VoiceRecordings
- Comparison of Excitation Signals for an Electronic Larynx
- DIA
- Singing Voice and Pregnancy
- Case Study of Voice Quality Differences in a Soprano Singing in Different Early Music Performance Styles
- Vocal Effort in Singers of a National Lyric Orchestra
- Automatic Detection of Obstructive Sleep Apnea Syndrome Based on Snore Signals
- Automatic Detection of Post-Apnoeic Snore Events from Home and Clinical Full Night Sleep Recordings
- Analysis of Deformation Characteristics of Excised Human Vocal Folds by Optical Stereo-Triangulation
- A LF-Pulse from a Simple Glottal Flow Model
- Mathematical Modelling of Airflow in the Glottal Region and Its Comparison with Experimental Data
- Finite Element Model of the Human Phonation Process
- Recording Speech during MRI
- Author Index
