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Kurtjameswernerdissertation-Augmented.pdf

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Kurtjameswernerdissertation-Augmented.pdf

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

Kurtjameswernerdissertation-Augmented.pdf STUDIES OF STANFORD UNIVERSITYIN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHYKurt James WernerDecemlier 2016£' 2016

by Kurt James Weiner. All Rights Reserved.Re-distributed by Stanford University under license with the author.Tins dissertation IS online at: http:6p Kurtjameswernerdissertation-Augmented.pdf

url.stanford.edu jyO57cz8322I certify that I have read this dissertation and that, in my opinion, it is folly adequate in scope and quality as a disse

Kurtjameswernerdissertation-Augmented.pdf

rtation for the degree of Doctor of Philosophy.Julius Smith. III. Primary AdviserI certify that I have read this dissertation and that. Ill my opinion

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

Kurtjameswernerdissertation-Augmented.pdfertation and that. Ill my opinion. It is fully adequate in scope and quality as a dissertation for the degree of Doctor of Philosophy.Jonathan BergerA

pproved for the Stanford University Committee on Graduate Studies.Patricia J. Gumport, Vice Provost for Graduate EducationThis signature page was gene Kurtjameswernerdissertation-Augmented.pdf

rated electronically upon submission of this dissertation in electronic format. An original signed hard copy of the signature page is on file in Unive

Kurtjameswernerdissertation-Augmented.pdf

rsity Archives.AbstractThe Wave Digital Filter (WDF) approach to discret izing electronic circuits has generated substantial interest in t he Virt ual

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

Kurtjameswernerdissertation-Augmented.pdf synthesizers, drum machines) and audio effects (e.g.. guitar amplifiers, distortion pedals). Unfortunately, traditional WDF techniques falter at t he

complexity of typical audio circuits, which contain complicated (non-series/parallel) topologies and multiple nonlinear devices (e.g., diodes, transi Kurtjameswernerdissertation-Augmented.pdf

stors, triodes). In this dissertation, 1 review classical WDF techniques and propose novel ways of systematically modeling circuits with complicated t

Kurtjameswernerdissertation-Augmented.pdf

opologies and multiple nonlinearities. Throughout, the classic Bass Drum circuit from the Roland TR-808 serves its a motivating example and each of th

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

Kurtjameswernerdissertation-Augmented.pdferiving the standard WDF building blocks and demonstrating their use in a simulation of the T1Ỉ-808 Bass Drum's output filter. I explain their substan

tial limitations in the context of modeling analog audio circuitry. To overcome these limitations, I introduce a novel Modified-Nodal-Analysis-based a Kurtjameswernerdissertation-Augmented.pdf

pproach to creating WDFs from circuits with complicated (non-series/parallel) topologies ami show it in action on several versions of t he Bass Drum's

Kurtjameswernerdissertation-Augmented.pdf

central circuit (t he Bridged-T Resonator).The next two chapters consider nonlinear reference circuits. 1 review the standard WDF technique for handl

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

Kurtjameswernerdissertation-Augmented.pdf overcome the limitation to a single nonlinearity. I propose a novel approach that accommodates mult iple nonlinearities ami apply it towards a simula

t ion of the full nonlinear version of t he Bass Drum’s Bridged-T Resonator.Together, these four case studies form a complete model of t he TR-808 Bas Kurtjameswernerdissertation-Augmented.pdf

s Drum that almost exactly matches the behavior of the real circuit, demonstrating the utility of the classical WDF techniques combined with my propos

Kurtjameswernerdissertation-Augmented.pdf

ed methods. Beyond this case study, the proposed methods enable the simulation of a huge class of audio circuitry that was previously beyond the scope

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

VIRTUAL ANALOG MODELING OE AUDIO CIRCUITRY USING WAVE DIGITAL FILTERSA DISSERTATIONSUBMITTED TO THE DEPARTMENT OF MUSIC AND THE COMMITTEE ON GRADUATE

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