Author

Keita Arimoto

Observed names: Arimoto, Keita, K. Arimoto, Keita ARIMOTO

Institution: Yamaha (Japan)

Observed institution: Yamaha (Japan)

OpenAlex ID: A5108873445

Combining a harmonic-based NMF decomposition with transient analysis for instantaneous percussion separation

2012 · Jordi Janer, Ricard Marxer, et al. · IEEE International Conference on Acoustics Speech and Signal Processing · 8

Nonlinear acoustics in brass instruments using 2D complex modal bases

2025 · Filipe Soares, Bruno Cochelin, et al. · Acta Acustica · 2

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Recent investigations using an artificial player for brass instruments

2024 · Vincent FRéOUR, Kazuhiro FUJITA, et al. · NOISE-CON proceedings · 1

Machine learning applied to the prediction of trumpet bifurcation diagrams: towards a tool for trumpet designers

2024 · V. Fréour, M. Mohamed, et al. · Convention of the European Acoustics Association Forum Acusticum · 1

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A pocket artificial buzzing system for the trumpet

2024 · Vincent Fréour, Kazuhiro Fujita, et al. · Acta Acustica · 1

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Modal approaches for modelling nonlinear acoustics in 2D axisymmetric domains: application to brass instruments

2025 · Filipe Soares, Bruno Cochelin, et al. · Convention of the European Acoustics Association Forum Acusticum

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A measurement system to capture the player’s control in the natural playing condition of single-reed musical instruments: Application to the performance log of a beginner player

2025 · Tetsuro Shoji, Yohei Wada, et al. · Convention of the European Acoustics Association Forum Acusticum

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Numerical design of a trumpet lead pipe: from the numerical model to the evaluation of the hardware prototype

2025 · Jean-François Petiot, Vincent Fréour, et al. · Convention of the European Acoustics Association Forum Acusticum

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Data-driven Modeling of Musical Instruments: First Attempts

2025 · Vergez, Christophe, Freour, Vincent, et al. · HAL

Lumped model of artificial lips used in an artificial trumpet player system

2025 · Freour, Vincent, Cochelin, Bruno, et al. · HAL

Nonlinear propagation in brass instruments using modal approaches on the one-dimensional Blackstock equation

2025 · Soares, Filipe, Cochelin, Bruno, et al. · HAL

Apport des simulations sonores par modèle physique et de l’apprentissage machine pour l’optimisation de la perce d’un instrument de type cuivre

2025 · Petiot, Jean-François, Hamelin, Gaspard, et al. · HAL

Transient response of low-register marimba resonators

2025 · Soares, Filipe, Freour, Vincent, et al. · HAL

Shape optimization of an air-jet instrument using the continuous adjoint method

2025 · Ryoya Tabata, Kensuke Okada, et al. · Proceedings of meetings on acoustics

Contribution of machine learning and physics-based sound simulations for the optimization of brass instruments

2024 · Jean-François PETIOT, Misael ROATTA, et al. · NOISE-CON proceedings

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Prediction of trumpet performance descriptors using machine learning

2024 · Mimoun Mohamed, Vincent Fréour, et al. · Acta Acustica

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Effects of Jet Angle on the Harmonic Structure in the Flute

2019 · Kimie ONOGI, Hiroshi YOKOYAMA, et al. · Ryuutai Kougaku Bumon Kouenkai kouen rombunshuu/Ryutai Kogaku Bumon Koenkai koen ronbunshu

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Experimental investigation of acoustic radiation from a flute with an artificial blowing device

2018 · Ai Natsubori, Hiroshi Yokoyama, et al. · The Journal of the Acoustical Society of America

OBRAMUS: A System for Object-Based Retouch of Amateur Music

2014 · Jordi Janer, Stanislaw Gorlow, et al. · Journal of the Audio Engineering Society

Correlation Between Velocity Profile and Disturbance-Wave Amplification Factor of the Jet in Air-Reed Instruments