Zhi Yun (Kevin) Kuang's CCRMA Home Pages
email: kuangzn(at)ccrma.stanford.edu


Course-Fall-2005

Music192A
Music220A
Music250A
EE261
EE367C

Foundations of Sound Recording Technology
Foundations of Computer Sound -> Project:
Take Five
Human Controller Interface Theory and Practice (CS377A)-> Project: Project: Blue Glove
Introduction to Digital Audio Signal Processing
DSP seminar: Blind source separation, guitar physical modeling using finite math

Course-Winter-2006

Music192b
Music220b
EE367A
MS&E266
EE373A
EE367C

Advanced Sound Recording Technology -> Project: Piano Miking
Compositional Algorithms, Psychoacoustics, and Spatial Processing -> Project: Fm, Markov, Grani music
Signal Processing Methods in Musical Acoustics
Management of New Product Development -> Project:
Marketing selection for start-ups
Adaptive Signal Processing -> Project:
Adaptive Physical Modeling
DSP seminar: Blind source separation, synthesis

Course-Spring-2006

EE367B
EE367D
Music220C
Music151
ME&E271
EE367C

Application of FFT
Digital Audio Effects - > Project: Compressor, Reverberation
Computer Sound - > Project:
Adaptive physical modeling
Psychophysics, Psych. - > Project: Perception on smile speech
Global Entrepreneurial Marketing -> Project: strategic thinking paper
DSP seminar, pitch detection, chord detection

PROJECTS:

Audio Effects Project (including algorithm, C++ codes, CCRMA STK codes, Matlab codes, FREE VST plug-in to download, TI 5510 DSK implementation, Freescale DSP codes) (updating...)

BiQuad Filter
Shelf Filter
Digital Peak Filter

Limiter/Compressor

Delay Line using Lagrange Interpolation
Digital delay

Chorus
Echo
Flanging
Doppler
Leslie


Reverberation
Amp type emulation

Physical Modeling (Digital Waveguide)
String
Electronic Guitar
Overdrive Guitar
Acoustic Guitar
Piano

Compositional Algorithm
Markov Chain
Another Take Five, using Markov, based on cm-lisp
12-note composition, (developed in Common Lisp Music, wave file included)
Moog filtering, fm instruments, markov chain, a compositional
project
Cellular automata
Chaos, Fractals
Common Music Patterns

Human Control Interaction(HCI) Project
Blue Glove

Synthesis Algorithm
A granular synthesis patch by Nick Mariette (PD) nm-grainer.zip
Visual analog synthesizer VSTi (processing... or maybe not)
Wavetable
Waveguide synth
Granular Syn (lisp)

HRTF (Head Relative Transfer Function)

Recording Projects:
Piano sound bank (note by note, 2 velocities, full 88 key)
Jazz, Classic
Piano Miking ( play around 3 three miking positions )
Guitar sound bank
Violin sound bank

Adaptive Signal Processing
Some Adaptive signal application matlab codes
Audio watermark using adaptive LMS notch filter application, Matlab code, C code
Physical modeling using adaptive LMS method Part I
Adaptive Physical modeling, an new approach for designing damping filter in KS model, Part II

Product development | Project management | Global Entrepreneurial Marketing
New audio product development report, Nov 2004, pdf
Market Selection Strategies for start-up Companies,
project, March 7, 2006

Other stuff
Linux install at Thinkpad T42, Planet CCRMA Core (based on Fedora Core 4)
test test (funfunfun, from zero to the end)
Audio cables DIY ( In Chinese, let me know if you don't want to learn Chinese )
Mic DIY

Recent Presentations
''Human perception on amusement speech.'' at Stanford University, June 7, 2006, (PDF)
''Adaptive approach for Karplus-Strong physical modeling.'' at Stanford University, June 6, 2006 (ppt)
''Data Compression with inverse filtering and adaptive LMS approaches.'' Creative ATC, June 5, 2006 (ppt)
''Frequency modulation, markov chain, granular synthesizer in a compositional piece'' - at Stanford University, March 23, 2006 (
html)
''Piano miking position and recording'' - at Stanford University, March 20, 2006 (
html)
''Market selection process for start-up companies'' - at Stanford University, Mar 8, 2006 (private presentation)
''USA Digital Musical Instrument Market 2005'' - at Pearl River piano factory, China, Dec 28, 2005 (
ppt,2Mb)
''Digital Signal Processing vs Analog Signal Processing'' - University of Cincinnati,
ppt
''Adaptive notch filter'' - University of Cincinnati, May 2004,
ppt
''Sound bank looping'' - University of Cincinnati, May 2004,
ppt
''Numerical Analysis in 10 Mins'' - University of Cincinnati, April 2004,
ppt

http://www.gpccc.org/Canton/

CCRMA, Stanford University, University of Cincinnati, Kainuo

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2004-2007, Kevin Kuang. All Rights Reserved.