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Application of a Resonance-Based Signal Decomposition to the Analysis of Subtractive Synthesizer Filter Resonances

This paper investigates the analysis of resonant filters as they appear in subtractive synthesizers. These filters and their properties are a key component in the synthesis chain. The work investigates the application of a new wavelet-like signal decomposition for examining the components that make up the filter output. It produces a pair of “low” and “high” components. The results will examine these components spectrally with the intention that they might lead to new insights into synthesis and modeling.

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Permalink: http://www.aes.org/e-lib/browse.cfm?elib=20310

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