Philippe Guillemain - researchr alias

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Viewing Publication 1 - 18 from 18

2025

High-order chirplet transform for efficient reconstruction of multicomponent signals with amplitude modulated crossing ridgesTimothée Maison, Fabrice Silva, Nathalie Henrich Bernardoni, Philippe Guillemain. sigpro, 231:109887, 2025. [doi]

2007

Combining Physical Modeling and additive synthesis as a Mapping Strategy for Realtime controlPhilippe Guillemain, Vincent Verfaille. icmc 2007: [doi]

2005

On the Relative Influence of even and odd harmonics in Clarinet TimbreMathieu Barthet, Philippe Guillemain, Richard Kronland-Martinet, Sølvi Ystad. icmc 2005: [doi]

Dynamic Simulation of Note Transitions in Reed Instruments: Application to the Clarinet and the SaxophonePhilippe Guillemain, Jonathan Terroir. cmmr 2006: 1-23 [doi]

A Simple Dynamic Tonehole Model for Real-Time synthesis of Clarinet-like InstrumentsJonathan Terroir, Philippe Guillemain. icmc 2005: [doi]

2004

The Clarinet Timbre as an Attribute of ExpressivenessPhilippe Guillemain, Robin T. Helland, Richard Kronland-Martinet, Sølvi Ystad. cmmr 2005: 246-259 [doi]

A Digital Synthesis Model of Double-Reed Wind InstrumentsPhilippe Guillemain. ejasp, 2004(7):990-1000, 2004. [doi]

2003

Characterization of Musical Performance Using Physical Sound Synthesis ModelsPhilippe Guillemain, Thierry Voinier. cmmr 2004: 64-73 [doi]

2001

From Piano String Vibrations to the Acoustic Field Radiated by the SoundboardMitsuko Aramaki, Philippe Guillemain, Nathalie Hoeb, Alain Roure. icmc 2001: [doi]

1999

An hybrid audio coder for very low bit rate with two-level psychoacoustic modelingLaurent Daudet, Bruno Torrésani, Philippe Guillemain, Richard Kronland-Martinet. mmsp 1999: 203-208 [doi]

Resynthesis of Piano Strings Vibrations Based on Physical ModelingLaurent Daudet, Philippe Guillemain, Richard Kronland-Martinet. icmc 1999: [doi]

Sound Modeling of Transient and Sustained Musical SoundsSølvi Ystad, Philippe Guillemain, Richard Kronland-Martinet. icmc 1999: [doi]

1996

Characterization of acoustic signals through continuous linear time-frequency representationsPhilippe Guillemain, Richard Kronland-Martinet. pieee, 84(4):561-585, 1996. [doi]

Estimation of Parameters Corresponding to A Propagative Synthesis Model Through the Analysis of Real SoundsSølvi Ystad, Philippe Guillemain, Richard Kronland-Martinet. icmc 1996: [doi]

1993

Towards Non-Linear Resynthesis of Instrumental SoundsRichard Kronland-Martinet, Philippe Guillemain. icmc 1993: [doi]

1992

Asymptotic wavelet and Gabor analysis: Extraction of instantaneous frequenciesNathalie Delprat, Bernard Escudié, Philippe Guillemain, Richard Kronland-Martinet, Philippe Tchamitchian, Bruno Torrésani. TIT, 38(2):644-664, 1992.

Additive Resynthesis of Sounds Using Continous Time-Frequency Analysis TechniquesPhilippe Guillemain, Richard Kronland-Martinet. icmc 1992: [doi]

1990

Parameters Estimation for Non-linear Resynthesis Methods with the Help of a Time-Frequency Analysis for Real SoundsRichard Kronland-Martinet, Philippe Guillemain, Nathalie Delprat. icmc 1990: [doi]

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