Citations by Topic

The abbreviated citations below are organized by topic, while the full citations in the bibliography at the end are in alphabetical order.

The older references tend to be ``recent classics.'' I generally decided not to cite references earlier than 1960, even though there are quite a few classic papers going back several more decades.

The research papers cited are from my own personal bibliography database, and in most cases they do not represent the most current work in the area. Consider them as a starting point for further research.

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Subsections

• • • Network Theory
    • Basic Circuit Theory
    • Laplace Transform Analysis
    • Finite Differences
    • Use of Finite Differences in Instrument Modeling
    • Modal Analysis
    • Modal Synthesis
    • Wave Digital Filters
    • Digital Waveguide Filters and Models
    • Ladder and Lattice Filters
    • Virtual Analog Synthesis
    • String Modeling
    • Nonlinear String Modeling
    • Vacuum Tube Modeling
    • Coupled Strings
    • Psychoacoustics for String Modeling (Perception of Parameter Errors)
    • Piano String Modeling
    • Piano Hammer Modeling
    • Clavichord Modeling
    • Bell Modeling
    • Wave Digital Piano-Hammer
    • Commuted Piano Synthesis
    • Bowed Strings
    • Woodwinds
    • Horns
    • Brass Instruments
    • Brass Instrument Excitation
    • Flue Instruments
    • Conical Acoustic Tubes
    • Artificial Reverberation
    • Waveguide Mesh
    • Feedback Delay Networks
    • Voice
    • Filter Design
    • Filter Design in Digital Waveguide Models
    • IIR Digital Filter Implementation
    • Minimum Phase FIR Filter Design
    • Linear Prediction
    • Ladder and Lattice Digital Filters
    • Audio Signal Processing
    • Applications of Frequency-Warping in Audio Signal Processing
    • General Computer Music and Sound Synthesis
    • General Musical Acoustics
    • General Acoustics
    • Physics of Waves in General
    • Physics of Waves in Solids
    • Interpolation
    • Farrow Interpolation Structure
    • Splines
    • TIIR Filters
    • Musical Instrument Controllers
    • Model-Based Audio Compression
    • Software Tools
    • Elementary Signal Processing
    • Intermediate to Advanced Signal Processing
    • Intermediate Signal Processing
    • Math Reference

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written by Julius Orion Smith III
Julius Smith's background is in electrical engineering (BS Rice 1975, PhD Stanford 1983). He is presently Professor of Music and Associate Professor (by courtesy) of Electrical Engineering at Stanford's Center for Computer Research in Music and Acoustics (CCRMA), teaching courses and pursuing research related to signal processing applied to music and audio systems. See http://ccrma.stanford.edu/~jos/ for details.