Brief Citations Organized by Topic

Elementary Signal Processing: [159,141,255,254,258,220,210]

Intermediate to Advanced Signal Processing: [182,179,,207,180,100,275]

Fourier Transform Mathematics: [243,22,26]

FFT Software: [70,250,251]

FFT Windows: [88,176,102]

FIR Digital Filter Design: [207,187]
[160,117]

FIR Hilbert Transformer Design: [117,211]

Short-Time Fourier Transform (STFT): [10,8,45,90,9,202,172]
[85,171,51]

Phase Vocoder: [55,169,222,83,60,66,86,195,196,197,108,199] [167,218,220,18]
[124,126,125]

Time Compression/Expansion, Pitch Shifting: [199,203,124,127,126,125,259]

Sinusoidal Modeling: [206,193]
[204,153,157,205,158,248,72,171,154,108,227,228,155,156,73,221,271,220,130,127,131,132,129,128,123,11]

Sinusoidal Modeling Software:
Spectral Modeling Synthesis Home Page

Transient Modeling: [7,130,127,131,132,129]

Time-Domain Envelope Estimation via LPC: [118,266]

Spectral Envelope Estimation: [142,178,221]

Stochastic spectrum analysis: [106,272]

Parametric Spectrum Analysis: [106]

Time and Frequency Scale Modification: [122,143,220,259]

Noise Reduction: [78,14,134]

Speech Signal Processing and Coding: [209,64]
[183,252,67]

Multirate Signal Processing: [46,264]

Texts on Filterbanks: [264,267]

Multirate background: [264, pp. 100-133] [46]
(upsampling,downsampling,multirate identities,polyphase representation, and uniform DFT filter banks)

STFT and filterbank interpretation: [264, Ch. 11,1st two sections,pp. 457-480]

Aliasing Cancellation: [267, pp. 156-171] [264] [145, pp. 175-193]

Time-Domain Aliasing Cancellation: [198, (original paper)]
[264] [267]

Quadrature Mirror Filters: [264,47]

Lapped Orthogonal Transforms (Filterbanks, Audio Coding):
[145,146,144]

Perceptual Audio Coding: [23,262,48,198,146,175,16,24,132,17,184]

Introduction to Wavelets: [214,267,263]

---

Order a Hardcopy of Spectral Audio Signal Processing

Previous: References for Spectral Audio Modeling, By Topic
Next: Bibliography

---

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.