This paper deals with sound production in brass instruments. Our main interest here is the excitation system, i.e. the interaction between lips and ...
A physical model of trumpet-like instruments aimed at sound synthesis to deliver to the musician a genuine musical instrument behaving like a brass ...
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Riccardo Di Federico, Gianpaolo Borin: Synthesis of the trumpet tone based on physical models. ICMC 1997. a service of Schloss Dagstuhl - Leibniz Center for ...
Oct 22, 2024 · The trumpet was modeled as a collection of linear circuit elements to account for the effects of the mouthpiece, tubing, bell, and radiation ...
Missing: physical | Show results with:physical
The SEA model tended to overpredict he energy in the top plate in most frequency bands. Possible causes for the differences were identified and discussed. 1:45.
Missing: physical | Show results with:physical
One way of producing a better model of a real instrument is by trying to take account of the interactions between the sound source and the resonator. In an ...
[PDF] Contribution of machine learning and physics-based sound simulations ...
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Dec 13, 2023 · We focus on the ability of simulations by physical modelling to represent certain dimensions of the quality of a trumpet (mainly intonation and ...
This article presents a physical modeling synthesis environment for valved brass instrument sounds. Synthesis is performed using finite-difference ...
Our goal is to develop a synthesis model capable of rendering highly realistic trumpet performances. Our impression is that current synthesis techniques fail to ...
In this article, the results of a five-year research project, Next Generation Sound. Synthesis, are presented, with regard to algorithm design for a variety of ...