Pedro Gómez Vilda is a researcher in the field of Signal Processing, Acoustics, and Neuroscience. His work focuses on developing innovative algorithms and architectures for speech recognition, noise reduction, and auditory processing.

Some notable aspects of his research include:

* Development of neural networks and machine learning techniques for automatic detection of voice impairments and disorders
* Design of adaptive filters and beamformers for speech enhancement and source separation in noisy environments
* Investigation of biomechanical parameters and mucosal wave analysis for diagnosis of vocal cord pathologies
* Creation of bio-inspired hierarchical systems for speech recognition and development of robust begin-end point detectors for noisy conditions

He has also explored the application of neural networks to gamma-ray spectroscopy, using associative memory algorithms for automatic analysis of spectra. Additionally, he has worked on VLSI architecture designs for auditory models, cochlear processing, and multi-valued processors.

His work has spanned various areas, including:

* Speech recognition and processing
* Noise reduction and source separation
* Auditory processing and modeling
* Biomechanical parameter estimation
* Machine learning and neural networks
* Signal processing and filtering
* VLSI architecture design

Overall, Pedro Gómez Vilda's research has focused on developing innovative solutions for speech and auditory processing, with a strong emphasis on signal processing, machine learning, and biomechanics.

Here are Pedro Gómez Vilda's publications: 

-A BIO-INSPIRED ARCHITECTURE FOR COGNITIVE AUDIO

-A BIOINSPIRED HIERARCHICAL SYSTEM FOR SPEECH RECOGNITION

-A BIOLOGICAL FRONT-END PROCESSING FOR SPEECH RECOGNITION

-A DIVIDER-MULTIPLIER HIGH LEVEL SYNTHESIS LIBRARY ELEMENT FOR DSP APPLICATIONS

-A HARDWARE EXPERIMENTAL PLATFORM FOR NEURAL CIRCUITS IN THE AUDITORY CORTEX

-A HIGH LEVEL SYNTHESIS OF AN AUDITORY MECHANICAL TO NEURAL TRANSDUCTION CIRCUIT

-A HYBRID PARAMETERIZATION TECHNIQUE FOR SPEAKER IDENTIFICATION

-A LATTICE-BASED TIME-DELAY NEURAL NETWORK FOR SPEECH PROCESSING

-A MATRIX FACTORIZATION CLASSIFIER FOR KNOWLEDGE-BASED MICROARRAY ANALYSIS

-A METHODOLOGY FOR MONITORING EMOTIONAL STRESS IN PHONATION

-A METHODOLOGY TO DIFFERENTIATE PARKINSON'S DISEASE AND AGING SPEECH BASED ON GLOTTAL FLOW ACOUSTIC ANALYSIS

-A METHODOLOGY TO EVALUATE PATHOLOGICAL VOICE DETECTION SYSTEMS

-A NEUROMECHANICAL MODEL OF JAW-TONGUE ARTICULATION IN PARKINSONS DISEASE SPEECH

-A NEUROMOTOR TO ACOUSTICAL JAW-TONGUE PROJECTION MODEL WITH APPLICATION IN PARKINSON’S DISEASE HYPOKINETIC DYSARTHRIA

-A NEW ALGORITHM FOR IMPLEMENTING A RECURSIVE NEURAL NETWORK

-A NEW APPROACH TO AUTOMATIC RADIATION SPECTRUM ANALYSIS

-A NEW SUPERFAST BIT REVERSAL ALGORITHM

-A NOVEL PRE-PROCESSING TECHNIQUE IN PATHOLOGIC VOICE DETECTION: APPLICATION TO PARKINSON'S DISEASE PHONATION

-A NUMERICAL METHOD BASED ON PADÉ'S APPROXIMATION TO SIMULATE AND DESIGN A LOW-COST AUDITORY FILTER FOR SPEECH PROCESSING

-A PARCOR CHARACTERIZATION OF THE EAR FOR HEARING AIDS

-A PILOT AND FEASIBILITY STUDY OF VIRTUAL REALITY AS GAMIFIED MONITORING TOOL FOR NEUROREHABILITATION

-A PORTABLE HARDWARE DESIGN OF A FFT ALGORITHM

-A REUSABLE HMM SOFT-CORE FOR ISOLATED WORD RECOGNITION

-A REUSABLE INNER PRODUCT UNIT FOR DSP APPLICATIONS

-A ROBUST BEGIN-END POINT DETECTOR FOR HIGHLY NOISY CONDITIONS

-A ROBUST MEL-SCALE SUBBAND VOICE ACTIVITY DETECTOR FOR A CAR PLATFORM

-A SOFT-CORE FOR PATTERN RECOGNITION

-A SPECTRAL DISTANCE MEASURE FOR SPEECH DETECTION IN NOISE AND SPEECH SEGMENTATION

-A VLSI ARCHITECTURE FOR THE SUPPORT OF AN AUDITORY NEURAL MODEL FOR HEARING AND SPEECH PROCESSING

-A VLSI ARITHMETIC UNIT FOR A SIGNAL PROCESSING NEURAL NETWORK

-ACOUSTIC ANALYSIS OF PHONATION IN CHILDREN WITH SMITH–MAGENIS SYNDROME

-ACOUSTIC TO KINEMATIC PROJECTION IN PARKINSON'S DISEASE DYSARTHRIA

-ACQUISITION OF RELEVANT HAND-WRIST FEATURES USING LEAP MOTION CONTROLLER: A CASE OF STUDY

-ALZUMERIC: A DECISION SUPPORT SYSTEM FOR DIAGNOSIS AND MONITORING OF COGNITIVE IMPAIRMENT

-AN FFT/IFFT DESIGN VERSUS ALTERA AND XILINX CORES

-AN FPGA-BASED GENETIC MICROARRAY PROCESSING DEVICE

-AN ICA-BASED METHOD FOR STRESS CLASSIFICATION FROM VOICE SAMPLES

-AN IMPROVED WATERSHED ALGORITHM BASED ON EFFICIENT COMPUTATION OF SHORTEST PATHS

-AN INTEGRATED TOOL FOR THE DIAGNOSIS OF VOICE DISORDERS

-ANALOG VLSI CIRCUITS FOR LEARNING RATE ADAPTATION IN SELF-ORGANIZING NEURAL NETWORKS

-ANALYSIS OF EMOTIONAL STRESS IN VOICE FOR DECEPTION DETECTION

-ANALYSIS OF THE IMPACT OF ANALOGUE TELEPHONE CHANNEL ON MFCC PARAMETERS FOR VOICE PATHOLOGY DETECTION

-APPLICATION OF A FIRST-ORDER DIFFERENTIAL MICROPHONE FOR EFFICIENT VOICE ACTIVITY DETECTION IN A CAR PLATFORM

-APPLICATION OF NEURAL NETWORK TECHNIQUES IN GAMMA SPECTROSCOPY

-APPLICATION OF THE LOGNORMAL MODEL TO THE VOCAL TRACT MOVEMENT TO DETECT NEUROLOGICAL DISEASES IN VOICE

-APPLICATIONS OF FORMANT DETECTION IN LANGUAGE LEARNING

-ARTICULATION ACOUSTIC KINEMATICS IN ALS SPEECH

-ARTICULATION CHARACTERIZATION IN AD SPEECH PRODUCTION

-ARTICULATION DYNAMICS IN PARKINSON DYSARTHRIA

-ARTIFICIAL INTELLIGENCE WITHIN THE INTERPLAY BETWEEN NATURAL AND ARTIFICIAL COMPUTATION: ADVANCES IN DATA SCIENCE, TRENDS AND APPLICATIONS

-ASSESSING A SET OF GLOTTAL FEATURES FROM VOCAL FOLD BIOMECHANICS

-ASSESSING AN APPLICATION OF SPONTANEOUS STRESSED SPEECH - EMOTIONS PORTAL

-AUTOMATIC DETECTION OF LARYNGEAL PATHOLOGY ON SUSTAINED VOWELS USING SHORT-TERM CEPSTRAL PARAMETERS: ANALYSIS OF PERFORMANCE AND THEORETICAL JUSTIFICATION

-AUTOMATIC DETECTION OF VOICE IMPAIRMENTS BY MEANS OF SHORT-TERM CEPSTRAL PARAMETERS AND NEURAL NETWORK BASED DETECTORS

-AUTOMATIC DETECTION OF VOICE IMPAIRMENTS DUE TO VOCAL MISUSE BY MEANS OF GAUSSIAN MIXTURE MODELS

-AUTOMATIC DETECTION OF VOICE IMPAIRMENTS FROM TEXT-DEPENDENT RUNNING SPEECH

-BINARY PETRI-NETS AND PROLOG FOR INTELLIGENT ROBOTS.

-BIO-INSPIRED PHONOLOGIC PROCESSING: FROM VOWEL REPRESENTATION SPACES TO CATEGORIES

-BIO-INSPIRED SYSTEMS IN SPEECH PERCEPTION: AN OVERVIEW AND A STUDY CASE

-BIOMARKERS OF NEURODEGENERATIVE PROGRESSION FROM SPONTANEOUS SPEECH RECORDED IN MOBILE DEVICES: AN APPROACH BASED ON ARTICULATION SPEED ESTIMATION

-BIOMECHANICAL CHARACTERIZATION OF PHONATION IN ALZHEIMER'S DISEASE

-BIOMECHANICAL DESCRIPTION OF PHONATION IN CHILDREN AFFECTED BY WILLIAMS SYNDROME

-BIOMECHANICAL EVALUATION OF THE SINGING VOICE

-BIOMECHANICAL PARAMETER FINGERPRINT IN THE MUCOSAL WAVE POWER SPECTRAL DENSITY

-BIOMEDICAL APPLICATIONS BASED ON NATURAL AND ARTIFICIAL COMPUTING

-BIOMEDICAL APPLICATIONS OF VOICE AND SPEECH PROCESSING

-BIOMETRICAL SPEAKER DESCRIPTION FROM VOCAL CORD PARAMETERIZATION

-BIOMETRY OF VOICE BASED ON THE GLOTTAL-SOURCE SPECTRAL PROFILE

-BIOMET®TOOLS: FROM MODELLING AND SIMULATION TO PRODUCT DESIGN AND DEVELOPMENT

-BIT-SERIAL ARCHITECTURES FOR PARAMETER EXTRACTION AND PHONETIC ENCODING

-CEPSTRAL SPACE PROJECTION ON THE EVALUATION OF AUTISTIC SPEECH: A PILOT STUDY

-CHANGES IN PHONATION AND THEIR RELATIONS WITH PROGRESS OF PARKINSON'S DISEASE

-CHARACTERIZATION OF PARKINSON'S DISEASE DYSARTHRIA IN TERMS OF SPEECH ARTICULATION KINEMATICS

-CHARACTERIZATION OF SPEECH FROM AMYOTROPHIC LATERAL SCLEROSIS BY NEUROMORPHIC PROCESSING

-CHARACTERIZATION OF HYPOKINETIC DYSARTHRIA BY A CNN BASED ON AUDITORY RECEPTIVE FIELDS

-CHARACTERIZING MASSETER SURFACE ELECTROMYOGRAPHY ON EEG-RELATED FREQUENCY BANDS IN PARKINSON’S DISEASE NEUROMOTOR DYSARTHRIA

-CHARACTERIZING NEUROLOGICAL DISEASE FROM VOICE QUALITY BIOMECHANICAL ANALYSIS

-CHARACTERIZING VOCAL TRACT CENTRALIZATION AND ASYMMETRY IN AMYOTROPHIC LATERAL SCLEROSIS

-COMBINATION OF ADAPTIVE FILTERING AND SPECTRAL SUBTRACTION FOR NOISE REMOVAL

-COMPARING PARKINSON'S DISEASE DYSARTHRIA AND AGING SPEECH USING ARTICULATION KINEMATICS

-COMPUTATION MEETS NEUROSCIENCE

-DESIGNING AN INDEPENDENT SPEAKER ISOLATED SPEECH RECOGNITION SYSTEM ON AN FPGA

-DETECTING PATHOLOGY IN THE GLOTTAL SPECTRAL SIGNATURE OF FEMALE VOICE

-DETECTION OF SPEECH DYNAMICS BY NEUROMORPHIC UNITS

-DIAGNOSIS OF COVID-19 BY SOUND-BASED ANALYSIS OF VOCAL RECORDINGS

-DIAGNOSIS OF VOCAL AND VOICE DISORDERS BY THE SPEECH SIGNAL

-DIMENSIONALITY REDUCTION OF A PATHOLOGICAL VOICE QUALITY ASSESSMENT SYSTEM BASED ON GAUSSIAN MIXTURE MODELS AND SHORT-TERM CEPSTRAL PARAMETERS

-DISTINGUISHING AGING CLUSTERS AND MOBILE DEVICES BY HAND-WRIST ARTICULATION: A CASE OF STUDY

-DRIFT PROBLEMS IN THE AUTOMATIC ANALYSIS OF GAMMA-RAY SPECTRA USING ASSOCIATIVE MEMORY ALGORITHMS

-DSP-BASED MODULAR ARCHITECTURE FOR NOISE CANCELLATION AND SPEECH RECOGNITION

-DYNAMIC ADJUSTMENT OF THE FORGETTING FACTOR IN ADAPTIVE FILTERS FOR NON-STATIONARY NOISE CANCELLATION IN SPEECH

-EDITORIAL: MULTIMODAL TRACKING OF FUNCTIONAL DATA IN PARKINSON'S DISEASE AND RELATED DISORDERS–SPEECH AND LANGUAGE NEUROMOTOR AND COGNITIVE ASSESSMENT

-EFFECTS OF MP3 ENCODING ON VOICE PATHOLOGY DETECTION: RESULTS WITH MFCC PARAMETERS

-EFFECTS OF NEUROACOUSTIC STIMULATION ON TWO STUDY CASES OF PARKINSON’S DISEASE DYSARTHRIA

-EMOTIONAL STRESS DETECTION IN CONTRADICTORY VERSUS SELF-CONSISTENT SPEECH BY MEANS OF VOICE BIOMETRICAL SIGNATURE

-ESTIMATING FACIAL NEUROMOTOR ACTIVITY FROM SEMG AND ACCELEROMETRY FOR SPEECH ARTICULATION

-ESTIMATING OLIGO-NUCLEOTIDE MICROARRAY EXPRESSION BY HYBRIDIZATION PROCESS MODELLING

-ESTIMATING THE DISPERSION OF THE BIOMETRIC GLOTTAL SIGNATURE IN CONTINUOUS SPEECH

-ESTIMATING TREMOR IN VOCAL FOLD BIOMECHANICS FOR NEUROLOGICAL DISEASE CHARACTERIZATION

-EUCLIDEAN DISTANCES AS MEASURES OF SPEAKER SIMILARITY INCLUDING IDENTICAL TWIN PAIRS: A FORENSIC INVESTIGATION USING SOURCE AND FILTER VOICE CHARACTERISTICS

-EVALUATING INSTABILITY ON PHONATION IN PARKINSONS DISEASE AND AGING SPEECH

-EVALUATING PARKINSON'S DISEASE IN VOICE AND HANDWRITING USING THE SAME METHODOLOGY

-EVALUATING THE PERFORMANCE OF DIADOCHOKINETIC TESTS IN CHARACTERIZING PARKINSON'S DISEASE HYPOKINETIC DYSARTHRIA

-EVALUATION OF VOICE PATHOLOGY BASED ON THE ESTIMATION OF VOCAL FOLD BIOMECHANICAL PARAMETERS

-EVALUATION OF THE PRESENCE OF SUBHARMONICS IN THE PHONATION OF CHILDREN WITH SMITH MAGENIS SYNDROME

-EVALUATION OF TMS EFFECTS ON THE PHONATION OF PARKINSON’S DISEASE PATIENTS

-EVIDENCE OF GLOTTAL SOURCE SPECTRAL FEATURES FOUND IN VOCAL FOLD DYNAMICS

-EVIDENCE OF VOCAL CORD PATHOLOGY FROM THE MUCOSAL WAVE CEPSTRAL CONTENTS

-EXPLORING MATRIX FACTORIZATION TECHNIQUES FOR CLASSIFICATION OF GENE EXPRESSION PROFILES

-EXPLORING PAUSE FILLERS IN CONVERSATIONAL SPEECH FOR FORENSIC PHONETICS: FINDINGS IN A SPANISH COHORT INCLUDING TWINS

-FIXED-POINT ARITHMETICS TRADE-OFFS IN ADAPTIVE FILTERS FOR SPEECH RECOGNITION

-FPGA IMPLEMENTATION OF AN ADAPTIVE NOISE CANCELLER FOR ROBUST SPEECH ENHANCEMENT INTERFACES

-FREQUENCY-DOMAIN STEERING FOR NEGATIVE BEAMFORMERS IN SPEECH ENHANCEMENT AND DIRECTIONAL SOURCE SEPARATION

-FULL-CUSTOM BIT-SERIAL MULTIPLIER FOR NEURAL NETWORK ALGORITHMS

-GENDER DETECTION IN RUNNING SPEECH FROM GLOTTAL AND VOCAL TRACT CORRELATES

-GENOMIC MICROARRAY PROCESSING ON A FPGA FOR PORTABLE REMOTE APPLICATIONS

-GLOTTAL SOURCE ASYMMETRY ESTIMATION BY ICA

-GLOTTAL SOURCE BIOMETRICAL SIGNATURE FOR VOICE PATHOLOGY DETECTION

-GLOTTAL-SOURCE SPECTRAL BIOMETRY FOR VOICE CHARACTERIZATION

-IDENTIFICATION OF FUNCTIONAL VOICE DISORDERS BY BIOMECHANICAL ANALYSIS

-IDENTIFICATION OF PARKINSON’S DISEASE FROM SPEECH USING CNNS AND FORMANT MEASURES

-IMPLEMENTATION OF AN ADAPTIVE NOISE CANCELLER ON THE TMS320C31-50 FOR NON-STATIONARY ENVIRONMENTS

-IMPROVING SPEAKER RECOGNITION BY BIOMETRIC VOICE DECONSTRUCTION

-INDEPENDENT COMPONENT ANALYSIS ALGORITHMS FOR MICROARRAY DATA ANALYSIS

-INJECTION LARYNGOPLASTY USING AUTOLOGOUS FAT ENRICHED WITH ADIPOSE-DERIVED REGENERATIVE STEM CELLS: A SAFE THERAPEUTIC OPTION FOR THE FUNCTIONAL RECONSTRUCTION OF THE GLOTTAL GAP AFTER UNILATERAL VOCAL FOLD PARALYSIS

-INNER EAR HAIR CELL PARAMETRIZABLE IMPLEMENTATION

-INNER-HAIR CELLS PARAMETERIZED-HARDWARE IMPLEMENTATION FOR PERSONALIZED AUDITORY NERVE STIMULATION

-KINEMATIC MODELLING OF DIPTHONG ARTICULATION

-KPCA VS. PCA STUDY FOR AN AGE CLASSIFICATION OF SPEAKERS

-LATTICE FILTER ORDER DETERMINATION USING ARMA SPECTRA OF ECG SIGNALS

-LEWIS SEMISTATE DECOMPOSITION FOR PARCOR LATTICES.

-LOW-PASS FREQUENCY-DOMAIN FILTERING OF OLIGONUCLEOTIDE MICROARRAY DATA IMAGES

-LPC, LPCC AND MFCC PARAMETERISATION APPLIED TO THE DETECTION OF VOICE IMPAIRMENTS

-MA LATTICE COEFFICIENTS WITH APPLICATION TO ECG SIGNAL PROCESSING.

-MAPACI: A REAL TIME E-HEALTH APPLICATION TO ASSIST THROAT COMPLAINT PATIENTS

-MEANS OF VLSI CURRENT CONTROLLED WEIGHT SETTING IN ANNS

-METHOD FOR THE MEASUREMENT OF ACOUSTICAL TRANSMISSION IN DEAFNESS.

-METHODOLOGICAL ISSUES IN THE DEVELOPMENT OF AUTOMATIC SYSTEMS FOR VOICE PATHOLOGY DETECTION

-MODELING SHORT-TIME PARSING OF SPEECH FEATURES IN NEOCORTICAL STRUCTURES

-MONITORING ALS FROM SPEECH ARTICULATION KINEMATICS

-MONITORING AMYOTROPHIC LATERAL SCLEROSIS BY BIOMECHANICAL MODELING OF SPEECH PRODUCTION

-MONITORING NEUROLOGICAL DISEASE IN PHONATION

-MONITORING PARKINSON DISEASE FROM SPEECH ARTICULATION KINEMATICS

-MONITORING PARKINSON'S DISEASE FROM PHONATION IMPROVEMENT BY LOG LIKELIHOOD RATIOS

-MONITORING PARKINSON’S DISEASE REHABILITATION FROM PHONATION BIOMECHANICS

-MONITORING PROGRESS OF PARKINSON'S DISEASE BASED ON CHANGES IN PHONATION: A PILOT STUDY

-MONPARLOC: A SPEECH-BASED SYSTEM FOR PARKINSON’S DISEASE ANALYSIS AND MONITORING

-MULTI-VALUED PROCESSORS USING SOLITONS.

-MULTIPLE SOURCE SEPARATION IN THE FREQUENCY DOMAIN USING NEGATIVE BEAMFORMING

-NEURAL NETWORK BASED INPUT SELECTION AND DIAGNOSIS OF PATHOLOGIC VOICES

-NEUROACOUSTICAL STIMULATION OF PARKINSON’S DISEASE PATIENTS: A CASE STUDY

-NEUROLOGICAL DISEASE DETECTION AND MONITORING FROM VOICE PRODUCTION

-NEUROMECHANICAL MODELLING OF ARTICULATORY MOVEMENTS FROM SURFACE ELECTROMYOGRAPHY AND SPEECH FORMANTS

-NEUROMORPHIC DETECTION OF SPEECH DYNAMICS

-NEUROMORPHIC DETECTION OF VOWEL REPRESENTATION SPACES

-NEUROMORPHIC SPEECH PROCESSING: OBJECTIVES AND METHODS

-NEW APPROACH FOR FINDING THE WEIGHTS IN A NEURAL NETWORK USING GRAPHS

-NEW METHOD FOR FINDING OPTIMUM NUMBER OF CHARACTERISTICS TO CLASSIFY SPEAKERS BY AGE

-NON SUPERVISED NEURAL NET APPLIED TO THE DETECTION OF VOICE IMPAIRMENT

-NONLINEAR LATTICE FOR MULTIVALUED NEURAL-TYPE LOGIC.

-OLIGONUCLEOTIDE MICROARRAY PROBE CORRECTION BY FIXEDPOINT ICA ALGORITHM

-OPTIMAL ARITHMETIC DIMENSION OF ADAPTIVE FILTERS FOR SPEECH CHARACTERIZATION

-OPTIMAL STEERING OF A NEGATIVE BEAMFORMER FOR SPEECH ENHANCEMENT

-PARKINSON’S DISEASE DETECTION FROM SPEECH ARTICULATION NEUROMECHANICS

-PARKINSON'S DISEASE MONITORING BY BIOMECHANICAL INSTABILITY OF PHONATION

-PARKINSON’S DISEASE GLOTTAL FLOW CHARACTERIZATION: PHONATION FEATURES VS AMPLITUDE DISTRIBUTIONS

-PARKINSON’S DISEASE MONITORING FROM PHONATION BIOMECHANICS

-PATHOLOGICAL LIKELIHOOD INDEX AS A MEASUREMENT OF THE DEGREE OF VOICE NORMALITY AND PERCEIVED HOARSENESS

-PATTERN MATCHING OF VOICE QUALITY FEATURES FROM VOCAL-FOLD PARALYSIS PATIENTS TREATED WITH STEM-CELL GRAFTING

-PCA OF PERTURBATION PARAMETERS IN VOICE PATHOLOGY DETECTION

-PERFORMANCE EVALUATION OF REUSABLE MULTIPLIERS FOR RAPID PROTOTYPING

-PERFORMANCE OF ARTICULATION KINETIC DISTRIBUTIONS VS MFCCS IN PARKINSON’S DETECTION FROM VOWEL UTTERANCES

-PERFORMANCE OF MONOSYLLABIC VS MULTISYLLABIC DIADOCHOKINETIC EXERCISES IN EVALUATING PARKINSON’S DISEASE HYPOKINETIC DYSARTHRIA FROM FLUENCY DISTRIBUTIONS

-PETRI-NETS FOR ROBOT LATTICES.

-PHONATION AND ARTICULATION ANALYSES IN LARYNGEAL PATHOLOGIES, CLEFT LIP AND PALATE, AND PARKINSON’S DISEASE

-PHONATION BIOMECHANIC ANALYSIS OF ALZHEIMER'S DISEASE CASES

-PHONATION BIOMECHANICS IN QUANTIFYING PARKINSON’S DISEASE SYMPTOM SEVERITY

-PHONATORY AND ARTICULATORY CORRELATES IN KINEMATIC NEUROMOTOR DEGENERATION

-PRE-POST SURGERY EVALUATION BASED ON THE PROFILE OF GLOTTAL SOURCE

-PRECISE RECONSTRUCTION OF THE MUCOSAL WAVE FOR VOICE PATHOLOGY DETECTION AND CHARACTERIZATION

-PRINCIPAL COMPONENT ANALYSIS OF SPECTRAL PERTURBATION PARAMETERS FOR VOICE PATHOLOGY DETECTION

-QUANTITATIVE ANALYSIS OF RELATIONSHIP BETWEEN HYPOKINETIC DYSARTHRIA AND THE FREEZING OF GAIT IN PARKINSON’S DISEASE

-RELATING FACIAL MYOELECTRIC ACTIVITY TO SPEECH FORMANTS

-ROBUST AND COMPLEX APPROACH OF PATHOLOGICAL SPEECH SIGNAL ANALYSIS

-ROBUST CDNA MICROARRAY IMAGE PROCESSING ON A HAND-HELD DEVICE

-ROBUST PITCH EXTRACTION IN PATHOLOGICAL VOICE BASED ON WAVELET AND CEPSTRUM

-ROBUST PROCESSING OF MICROARRAY DATA BY INDEPENDENT COMPONENT ANALYSIS

-ROBUST SPEECH PROCESSING BASED ON BINAURAL HEARING SYSTEMS

-SIGMA-LOGNORMAL MODELING OF SPEECH

-SIMULATING THE PHONOLOGICAL AUDITORY CORTEX FROM VOWEL REPRESENTATION SPACES TO CATEGORIES

-SPECIFICITIES OF PHONATION BIOMECHANICS IN DOWN SYNDROME CHILDREN

-SPECTRAL PERTURBATION PARAMETERS FOR VOICE PATHOLOGY DETECTION

-SPEECH ENHANCEMENT AND SOURCE SEPARATION BASED ON BINAURAL NEGATIVE BEAMFORMING

-SPEECH ENHANCEMENT AND SOURCE SEPARATION SUPPORTED H NEGATIVE BEAMFORMING FILTERING

-SPEECH ENHANCEMENT FOR A CAR ENVIRONMENT SUPPORT BY A FIRST-ORDER DIFFERENTIAL MICROPHONE

-SPEECH ENHANCEMENT FOR A CAR ENVIRONMENT USING LP RESIDUAL SIGNAL SPECTRAL SUBTRACTION

-SPEECH ENHANCEMENT THROUGH BINAURAL NEGATIVE FILTERING

-SPEECH PARAMETER SELECTION FOR EMOTIONAL STRESS CHARACTERIZATION IN WOMEN

-SPOKEN-DIGIT RECOGNITION USING SELF-ORGANIZING MAPS WITH PERCEPTUAL PRE-PROCESSING

-SPONTANEOUS EMOTIONAL SPEECH RECORDINGS THROUGH A COOPERATIVE ONLINE VIDEO GAME

-STUDY OF SEVERAL PARAMETERS FOR THE DETECTION OF AMYOTROPHIC LATERAL SCLEROSIS FROM ARTICULATORY MOVEMENT

-SUBJECT-INDEPENDENT ACOUSTIC-TO-ARTICULATORY MAPPING OF FRICATIVE SOUNDS BY USING VOCAL TRACT LENGTH NORMALIZATION

-SUPPORT VECTOR MACHINES APPLIED TO THE DETECTION OF VOICE DISORDERS

-SYSTOLIC COMPUTATION SCHEME OF TIME-DELAY NEURAL NETWORKS

-TEMPORAL REVERSION OF PHONATION INSTABILITY IN PARKINSON’S DISEASE BY NEUROACOUSTICAL STIMULATION

-THE EFFECTIVENESS OF THE GLOTTAL TO NOISE EXCITATION RATIO FOR THE SCREENING OF VOICE DISORDERS

-THE ROLE OF DATA ANALYTICS IN THE ASSESSMENT OF PATHOLOGICAL SPEECH—A CRITICAL APPRAISAL

-TIME-DOMAIN STEERING OF A DIFFERENTIAL BEAMFORMER FOR SPEECH ENHANCEMENT AND SOURCE SEPARATION

-TIME-FREQUENCY REPRESENTATIONS IN SPEECH PERCEPTION

-TOWARDS THE SEARCH OF DETECTION IN SPEECH-RELEVANT FEATURES FOR STRESS

-UNFOLDING LARYNGEAL NEUROMOTOR ACTIVITY IN PARKINSON’S DISEASE BY PHONATION INVERSION

-USE OF CEPSTRUM-BASED PARAMETERS FOR AUTOMATIC PATHOLOGY DETECTION ON SPEECH

-USING BIOMECHANICAL PARAMETER ESTIMATES IN VOICE PATHOLOGY DETECTION

-VISUAL REPRESENTATION OF THE SPEECH TRACE ON A REAL TIME PLATFORM

-VISUAL REPRESENTATION OF THE SPEECH TRACE USING NEURAL NETWORKS

-VLSI IMPLEMENTATION OF A COCHLEAR MODEL

-VOCAL FOLD STIFFNESS ESTIMATES FOR EMOTION DESCRIPTION IN SPEECH

-VOICE AS A VEHICULAR TOOL TO ORGANIC AND NEUROLOGICAL DISEASE TRACKING: HOW FAR WE MAY GO?

-VOICE BIOMETRICAL MATCH OF TWIN AND NON-TWIN SIBLINGS

-VOICE CHARACTERISTICS IN SMITH–MAGENIS SYNDROME: AN ACOUSTIC STUDY OF LARYNGEAL BIOMECHANICS

-VOICE PATHOLOGY DETECTION BY VOCAL CORD BIOMECHANICAL PARAMETER ESTIMATION

-VOICE PATHOLOGY GRADING BY GAUSSIAN MIXTURE MODELS: STUDY CASES

-VOICE QUALITY ANALYSIS TO DETECT NEUROLOGICAL DISEASES

-VOWEL ARTICULATION DISTORTION IN PARKINSON’S DISEASE

-VOWEL ARTICULATION DYNAMIC STABILITY RELATED TO PARKINSON’S DISEASE RATING FEATURES: MALE DATASET

-VOWEL-CONSONANT SPEECH SEGMENTATION BY NEUROMORPHIC UNITS

-WAVELET DESCRIPTION OF THE GLOTTAL GAP

-WHAT VOICE TELLS US ABOUT GENETIC SYNDROMES: THE CASE OF WILLIAMS SYNDROME