Caractérisation objective de la qualité de justesse, de timbre et d ...

Bibliographie___________________________________________________________________________PELORSON X., HIRSCHBERG A., WIJNANDS A.P.J., AUREGAN Y. (1994), "Theoriticaland experimental study of quasi steady flow separation within the glottis during phonation.Application to a two mass model", accepté par J. Acoust. Soc. Am.PLITNIK G.R., STRONG W.J. (1979) "Numerical method for calculating input impedance ofthe oboe", J. Acoust. Soc. Am. 65, 816-825.PRATT R.L., ELLIOTT S.J., BOWSHER J.M. (1977) "The measurement of the acousticimpedance of brass instruments", Acustica 38, 236-246.PRESS W.H., FLANNERY B.P., TEUKOLSKT S.A., VETTERLING, W.T. (1986),"Numerical recipies, the Art of scientific computind", Cambridge University Press,Cambridge.RESONANS: logiciel pour la conception d' instruments à vent, developpé au LAUM (LeMans) en collaboration avec l' IRCAM (Paris), distribué par le CTTM (Le Mans).SANEYOSHI J., TERAMURA H., YOSHIKAWA S. (1987) "Feedback oscillations in reedwoodwind and brasswind instruments", Acustica 62, 194-210.SCHUMACHER R.T. (1978) "Self-sustained oscillations of the clarinet: an integral equationapproach", Acustica 40, 298-309.SCHUMACHER R.T. (1981) "Ab initio calculations of the oscillation of a clarinet", Acustica48, 71-85.SMITH J.O. (1992) "Physical modeling using digital waveguideds", Computer music journal16, 74-87.SOMMERFELD S.D., STRONG W.J. (1988) "Simulation of a player-clarinet system", J.Acoust. Soc. Am. 83, 1908-1918.STEWART S.E., STRONG W.J. (1980) "Functional model of a simplified clarinet", J.Acoust. Soc. Am. 68, 109-120.STUIFMEEL R. (1989), "Vibrations modes of a metal reed of a reed organ pipe: theory andexperiment", Report R-992-S, Vak groep Transport Fysica, TUE, EIndhoven.___________________________________________________________________________Bibliographie-9