Synthèse et Traitement Sonore

Expressive vibrato synthesis for singing

Speech to singing transformation using glottal source model for expressive vibrato synthesisl
Singing synthesis with the chant program

Rule based singing synthesis using the FOF synthesis of chant.
SOR2: Instrument Model Demo

Demonstration of the Instrument Model developed in the Sample Orchestrator 2 project

ANR Project ChaNTeR

ChaNTeR: digital singing with real time control
ANR Project PHYSIS

PHYsically informed and Semantically controllable Interactive Sound synthesis
Sample Orchestrator 2

Source Filter Models of Musical Instruments
SKAT VG

SKAT VG

Antoine Falaize-Skrzek

Synthèse sonore par modélisation physique préservant la passivité et inversion entrée-sortie
Axel Roebel

Analyse, modelisation et transformation de signaux audio (musique et parole)
Damien Bouvier

Synthèse sonore par modèle physique et système non linéaire
Enrico Marchetto

Digital signal processing and machine learning
Henrik Hahn

Signal analysis, sound transformation and sound synthesis
Nicolas Obin

Speech synthesis, machine listening (detection, localization, separation), machine learning
Seán O Leary

Time Frequency analysis, sinusoidal modelling, sound analysis/synthesis and transformation.
Stefan Huber

Voice Conversion, Analysis-Transformation-Synthesis for Spoken and Sung Voices, Statistical Models, Digital Signal Processing for Audio/Music
Thomas Hezard

Voice analysis/synthesis, physical modelling, larynx exploration
Yuki Mitsufuji

Blind Source Separation

FLUX ircam Tools: Trax

ircam Tools: Trax
Phase minimization and Function of phase-distortion for glottal model estimation

This is Matlab p-code of methods to estimate the parameters of the Liljencrants-Fant glottal model.
Pm2

logiciel et bibliothèque pour l'analyse/synthèse sinusoïdale.
SuperVP

analyse/synthèse et transformation des sons utilisant la representation type vocodeur de phase ou autre representations fréquentielles.