Julius Orion Smith III
Professor Emeritus
Music and by courtesy Electrical Engineering
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( ~1GB of on-line publications, sound examples, and software )
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Publications
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Online Textbooks and Course Materials for Past CCRMA Courses
Mathematics of the Discrete Fourier Transform (DFT)
(
Music 320A
)
Introduction to Digital Filters
(
Music 320B
)
Physical Audio Signal Processing
(
Music 420A
)
Spectral Audio Signal Processing
(
Music 421A
)
AI Audio Signal Processing Reading List
(
Music 423
)
Audio Signal Processing in Faust
(
Music 320C
)
Sign up for Music 320e and coordinate with JOS to take any of the above courses as an independent study.
Curriculum Vitae
Education
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Work Experience
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Honors
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Publications
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Music
Blogs
Music/audio signal processing
Fitting filters to measured amplitude response data using invfreqz in matlab
Videos
Music 320 in One Hour (JOS guest lecture in the online course "Signal Processing for Hearing")
Overheads (PDF)
Video (YouTube)
Spectral Audio Modeling: Why Did It Evolve and Do We Need It Now? (JOS ADC-23 Talk)
Overheads (PDF)
Video (to appear on YouTube)
JOS Faculty Intro 2023
Wall Street Journal Interview, June 2023
Faust Day 2023
Using Faust in JUCE Projects (ADCx SF 2023)
JOS Faculty Intro 2022
CCRMA World Update 2021
Sound synthesis based on physical models
Wave Digital Filter Software Overview and Demo
Faust in the Classroom: Demos, Live Coding, and Libraries
JackTrip Hub Server JACK Mixer Tutorial
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Associated Files
)
Make an Eight Channel Mixer in the Faust IDE
Under the Moon by Camel, performed on GeoShred for iPad
Address
Julius O. Smith
(jos at ccrma),
Center for Computer Research in Music and Acoustics (CCRMA)
,
Stanford University
, Stanford, California 94305.