The paper describes analysis methods for dealing with pole locations near the unit circle, as well as a general method for modeling the transient attack ...
It is well-known that an impulse-excited, all-pole filter is capable of representing many physical phenomena, including the oscillatory modes of percussion ...
In contrast to the more common application of all-pole models to speech, however, practical problems arise in music synthesis due to the location of poles ...
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The use of Prony's method to model musical sounds is efficient ... Efficient analysis/synthesis of percussion musical instrument sounds using an all-pole model.
Efficient analysis/synthesis of percussion musical instrument sounds using an all-pole model · Conference Paper · Full-text available. June 1998. ·. 203 Reads.
It is well-known that an impulse-excited, all-pole filter is capable of representing many physical phenomena, including the oscillatory modes of percussion ...
“Efficient analysis/synthesis of percussion musical instrument sounds using an all-pole model,” in Proceedings of the Interna- tional Conference on ...
I found that subtractive synthesis is good for making noisy sounds, such as snares, firecrackers and rattles, because it contains many random frequencies.
Jun 8, 2015 · As an example, it is possible to analyse polyphonic music comprising simultaneously several instruments, chords and percussion sounds.
Experiments with all-pole modeling have shown that, in our exam- ple, an order of P 500 to 1000 is needed to yield a well matched temporal response. Lower ...
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