By breaking partials at the locations of tran- sients, we can preserve the temporal envelope of multiple transient events, even under transformation. 7.
We introduce a highly manipulable, high fidelity additive sound model capable of representing transient sounds and sounds having significant nonsinusoidal ...
envelopes, which are much simpler to compute, interpret, edit, and maintain than cubic phase curves. Removing off-center components with large time ...
The Reassigned Bandwidth-Enhanced Additive Model follows ridges in a time-frequency analysis to construct partials having both sinusoidal and noise ...
This document introduces a method of reassignment in sound modeling to produce a sharper, more robust additive representation.
By breaking partials at the loca- tions of transients, we can preserve the temporal envelope of multiple transient events, even under transformation. Fig. 12(b) ...
We present a system for sound modeling and synthesis that preserves the elegance and malleability of a sinusoidal model, while accommodating sounds with ...
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What is the use of time frequency reassignment in additive sound modeling?
Christensen, Transient preservation under transformation in an additive sound model, Proceedings of the International Computer Music Conference, p.pp, 2000 ...
Classical additive analysis, for instance, of a sound does not preserve the spectral richness of attacks in the resynthesized sound. Moreover, a visible pre ...
Transient Preservation Under Transformation in an Additive Sound Model · Kelly Fitz, Lippold Haken, Paul Christensen ; Implied Volatility String Dynamics.