Intelligent Control System Implementation to the Pipe Organ Instrument

Bozena, Kostek

doi:10.1007/978-1-4471-3238-7_53

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1994

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“…Un reseau bien enseigne peut supporter la decision de l'hornme sur la facon d'articulation dans les experiments sur les nouveaux types de fonctionnement d'orgue, c'est-&-dire la commande en technique fuzzy-logic. L'application de ces deux techniques en m6me temps assure la possibilite d'informatiser la commande d'orgue en obtenant la qualite du son, proche de celle des instruments d'orgue a fonctionnement mecanique [7].…”

Section: Procedures Experimentaleunclassified

Application des réseaux de neurones pour l'analyse de l'articulation musicale

Kostek

1994

J. Phys. IV France

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Knowledge discovery approach was made in the domain of pipe organ sounds. The background of such an approach was reviewed and some experimental results were quoted. Parameterization of pipe organ sounds was discussed, and a feature extraction method was described in terms of parameters derived from both time-and frequency-domain analyses. The knowledge acquisition system principles were described and the neural network algorithms underlying both training and performance processes were presented. The number of necessary data inputs and the structure of neural net were studied in order to obtain the demanded accuracy of results. Experimental results have shown that the technique applied to the analysis of musical events in pipe organ sound might form an approach to the domain of automatic recognition of events in sound.

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Section: Procedures Experimentaleunclassified

Application des réseaux de neurones pour l'analyse de l'articulation musicale

Kostek

1994

J. Phys. IV France

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Intelligent Control System Implementation to the Pipe Organ Instrument

Cited by 1 publication

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Application des réseaux de neurones pour l'analyse de l'articulation musicale

Application des réseaux de neurones pour l'analyse de l'articulation musicale

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