Bertrand David
topic interest: Discrete element method
topic interest: Phase unwrapping
topic interest: Communauté de pratiques @fr
interest: phys.meca.vibr
topic interest: Violins @fr
topic interest: Nanoindentation
interest: phys.meca.mema
topic interest: Déroulé linéaire @fr
topic interest: Harpe @fr
topic interest: Acoustics
topic interest: In-car Noise reduction @fr
topic interest: Deep Networks
topic interest: Biomimetics
topic interest: Sinusoidal modeling
topic interest: MATRIX PENCIL METHOD @fr
topic interest: Projection approximation
topic interest: Performance analysis
topic interest: Auxiliary function method
topic interest: Perturbation theory
topic interest: Acoustic efficiency
topic interest: Stratégie pédagogique @fr
topic interest: Porosimetry
topic interest: Réseaux informatiques @fr
topic interest: Audio processing
topic interest: Classification des sons @fr
topic interest: Audio melody extrac- tion
topic interest: Vibroacoustique @fr
topic interest: BUS @fr
topic interest: Hearing in noise test
topic interest: VIBRATIONS @fr
topic interest: Hydroxyapatite
topic interest: Porous scaffold
topic interest: Reconstruction de phase @fr
topic interest: Guitar
topic interest: Model order selection
topic interest: Non-negative Matrix Factorization NMF
topic interest: PANELS @fr
topic interest: Fundamental frequency
topic interest: Elasto-plastic behaviour
topic interest: Hypomineralized enamel
topic interest: Similarité musicale @fr
topic interest: Estimation automatique @fr
topic interest: Time-frequency analysis
topic interest: Multipitch estimation
topic interest: Modal identification @fr
interest: sdv.ib.bio
topic interest: Vibrations sous vide @fr
topic interest: Bells
topic interest: FREQUENCIES @fr
topic interest: Index Terms-Non-negative Matrix Factorization NMF
topic interest: Amortissements @fr
topic interest: Educational technologies Information and communications technology
topic interest: Polynomial modulation
topic interest: Métaphore @fr
topic interest: Database
topic interest: Modal parameters
topic interest: Polymers
topic interest: Frequency estimation
topic interest: Méthode de la fonction auxiliaire @fr
interest: shs.edu
topic interest: Acoustic signal analysis
topic interest: Bridge Hill
topic interest: Transcription
topic interest: Source separation
topic interest: VOIE DE CIRCULATION @fr
topic interest: PLATES @fr
topic interest: Facture instrumentale @fr
topic interest: Mode density
topic interest: Individu @fr
topic interest: Analogy
topic interest: Multi-scale approach
topic interest: Computer networks
topic interest: Au- dio signal representation
topic interest: Invariance properties
topic interest: Représentation des connaissances @fr
topic interest: Guitars
topic interest: Égaliseur @fr
family name: David
topic interest: Parole @fr