For the Physical Modeling Synthesis of wind instruments, we choose to design a model adapted to time domain simulation which takes into account the main part of the physical phenomena, including instrument/player interactions. The virtual instrument is designed as a set of lumped elements, e.g. the mouth, the key or the bell, connected to each other by two-ports representing the tube. The sounds obtained show that the accuracy of the modeling of a specific mechanism is less important than the modeling, even simplified, of all the significant actions of the player on his instrument
A physical modeling synthesizer is developed and used to parametrically represent digital audio reco...
This paper describes three simple virtual musical instruments that use physical models to map betwee...
lock-based physical modeling is a methodology for modeling physical systems with different subsys-te...
The present research work deals with the synthesis of the sound produced by a wind instrument throug...
Time-domain simulation based on simple physical models of musical instruments has presented the poss...
International audiencePhysical modeling sound simulations can be potentially interesting for instrum...
We present a real-time synthesis model for double-reed wind instruments based on a nonlinear physic...
We propose a model which tries to take into account the differences between double-reed instruments ...
International audienceThe CORDIS-ANIMA formalism allows musician or acoustician to describe and simu...
cote interne IRCAM: DAndreaNovel09aNone / NoneNational audienceIn this paper wind instruments are mo...
International audienceIn this report, we develop elementary numerical schemes to simulate timedomain...
A physical modeling approach is used to investigate play-ing effects in woodwind instruments. This b...
Abstract: In simulating the playing of a musical note sequence with a physical model, not only the s...
We are interested in the quality of sound produced by musical instruments and their playability. In ...
We are interested in the quality of sound produced by musical instruments and their playability. In ...
A physical modeling synthesizer is developed and used to parametrically represent digital audio reco...
This paper describes three simple virtual musical instruments that use physical models to map betwee...
lock-based physical modeling is a methodology for modeling physical systems with different subsys-te...
The present research work deals with the synthesis of the sound produced by a wind instrument throug...
Time-domain simulation based on simple physical models of musical instruments has presented the poss...
International audiencePhysical modeling sound simulations can be potentially interesting for instrum...
We present a real-time synthesis model for double-reed wind instruments based on a nonlinear physic...
We propose a model which tries to take into account the differences between double-reed instruments ...
International audienceThe CORDIS-ANIMA formalism allows musician or acoustician to describe and simu...
cote interne IRCAM: DAndreaNovel09aNone / NoneNational audienceIn this paper wind instruments are mo...
International audienceIn this report, we develop elementary numerical schemes to simulate timedomain...
A physical modeling approach is used to investigate play-ing effects in woodwind instruments. This b...
Abstract: In simulating the playing of a musical note sequence with a physical model, not only the s...
We are interested in the quality of sound produced by musical instruments and their playability. In ...
We are interested in the quality of sound produced by musical instruments and their playability. In ...
A physical modeling synthesizer is developed and used to parametrically represent digital audio reco...
This paper describes three simple virtual musical instruments that use physical models to map betwee...
lock-based physical modeling is a methodology for modeling physical systems with different subsys-te...