Pedro Gómez Vilda es investigador en el campo del Procesamiento de Señales, Acústica y Neurociencia. Su trabajo se centra en el desarrollo de algoritmos y arquitecturas innovadoras para el reconocimiento del habla, la reducción del ruido y el procesamiento auditivo.

Algunos aspectos destacados de su investigación son:

* Desarrollo de redes neuronales y técnicas de aprendizaje automático para la detección automática de alteraciones y trastornos de la voz.
* Diseño de filtros adaptativos y formadores de haces para la mejora del habla y la separación de fuentes en entornos ruidosos.
* Investigación de parámetros biomecánicos y análisis de ondas mucosas para el diagnóstico de patologías de las cuerdas vocales.
* Creación de sistemas jerárquicos bioinspirados para el reconocimiento del habla y desarrollo de detectores de punto inicial robustos para condiciones ruidosas.

También ha explorado la aplicación de redes neuronales a la espectroscopia de rayos gamma, utilizando algoritmos de memoria asociativa para el análisis automático de espectros. Además, ha trabajado en diseños de arquitectura VLSI para modelos auditivos, procesamiento coclear y procesadores multivaluados.

Su trabajo ha abarcado varias áreas, entre ellas:

* Reconocimiento y procesamiento del habla
* Reducción del ruido y separación de fuentes
* Procesamiento y modelado auditivos
* Estimación de parámetros biomecánicos
* Aprendizaje automático y redes neuronales
* Procesado y filtrado de señales
* Diseño de arquitecturas VLSI

En general, la investigación de Pedro Gómez Vilda se ha centrado en el desarrollo de soluciones innovadoras para el procesamiento del habla y la audición, con un fuerte énfasis en el procesamiento de señales, el aprendizaje automático y la biomecánica.

Aqui están las publicaciones de Pedro Gómez Vilda: 

-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