Bandwidth of perceived inharmonicity for physical modeling of dispersive strings
D Rocchesso, F Scalcon - IEEE Transactions on Speech and …, 1999 - ieeexplore.ieee.org
D Rocchesso, F Scalcon
IEEE Transactions on Speech and Audio Processing, 1999•ieeexplore.ieee.orgThe influence of accurate reproduction of inharmonicity on the perceived quality of piano
tones is investigated. Acoustic piano tones were resynthesized by changing the bandwidth
of correct positioning of partials. Cutoff frequencies of inharmonicity for different pitches have
been established by psychoacoustic experimentation. The results are applicable to the
design of dispersive resonators in sound synthesis by physical modeling.
tones is investigated. Acoustic piano tones were resynthesized by changing the bandwidth
of correct positioning of partials. Cutoff frequencies of inharmonicity for different pitches have
been established by psychoacoustic experimentation. The results are applicable to the
design of dispersive resonators in sound synthesis by physical modeling.
The influence of accurate reproduction of inharmonicity on the perceived quality of piano tones is investigated. Acoustic piano tones were resynthesized by changing the bandwidth of correct positioning of partials. Cutoff frequencies of inharmonicity for different pitches have been established by psychoacoustic experimentation. The results are applicable to the design of dispersive resonators in sound synthesis by physical modeling.
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