Version originale en anglais au format PDF ou HTML      Traduit en mai 2002 par Joël Eymard pour http://la.trompette.free.fr

Optimisation informatique des cuivres par Wilfried Kausel (suite et fin)

Références

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(5) Mapes-Riordan, Horn Modeling with Conical and Cylindrical Transmission-Line Elements, D., J. Audio Eng. Soc. 41(6), pp 471 – 482,(1993)
(6) Wall, M., GAlib – genetic algorithm package, http://lancet.mit.edu/galib-2.4/Overview.htm
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(14) Sharp, D., Acoustic pulse reflectometry for the measurement of musical wind instruments, Thesis @ Univ. of Edinburgh (1996)
(15) Amir, N., et al., Reconstructing the bore of brass wind instruments: theory and experiment, in Proceedings SMAC, pp 470-475, (1993)
(16) Kausel, W., Anglmayer, P., Widholm, G., A computer program for optimization of brass instruments. Part I. Concept, implementation., Forum Acusticum (Joint meeting of ASA+EAA+DEGA), Berlin, (1999)
(17) Anglmayer P., Kausel, W., Widholm, G., A computer program for optimization of brass instruments. Part II. Applications, practical examples., Forum Acusticum (Joint meeting of ASA+EAA+DEGA), Berlin, (1999)

Introduction
Modélisation des cuivres
Modèle de ligne de transmission pour l'optimisation
Les différents algorithmes d'optimisation
L'algorithme de Rosenbrock
Représentation de la géométrie de l'instrument
Calcul de l'impédance d'entrée
Objectif de la fonction d'optimisation
Résultats d'optimisations
Références