Introduction to Sound Processing - Table of Contents

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Introduction to Sound Processing

by

Davide Rocchesso

Copyright c 2003 Davide Rocchesso. Permission is granted to copy,
distribute and/or modify this document under the terms of the GNU
Free Documentation License, Version 1.2 or any later version pub-
lished by the Free Software Foundation; with no Invariant Sections,
no Front-Cover Texts, and no Back-Cover Texts. A copy of the li-
cense is included in the appendix entitled "GNU Free Documentation
License".

Converted from PDF to HTML by FAQS.ORG.

1 Systems, Sampling and Quantization

1.1 Continuous-Time Systems

1.2 The Sampling Theorem

1.3 Discrete-Time Spectral Representations

1.4 Discrete-Time Systems

1.5 Continuous-time to discrete-time system conversion

1.6 Quantization

2 Digital Filters

2.1 FIR Filters

2.2 IIR Filters

2.3 Complementary filters and filterbanks

2.4 Frequency warping

3 Delays and Effects

3.1 The Circular Buffer

3.2 Fractional-Length Delay Lines

3.3 The Non-Recursive Comb Filter

3.4 The Recursive Comb Filter

3.5 Sound Effects Based on Delay Lines

3.6 Spatial sound processing

4 Sound Analysis

4.1 Short-Time Fourier Transform

4.2 Linear predictive coding

5 Sound Modelling

5.1 Spectral modelling

5.2 Time-domain models

5.3 Nonlinear models

5.4 Physical models

A Mathematical Fundamentals

A.1 Classes of Numbers

A.2 Variables and Functions

A.3 Polynomials

A.4 Vectors and Matrices

A.5 Exponentials and Logarithms

A.6 Trigonometric Functions

A.7 Derivatives and Integrals

A.9 Computer Arithmetics

B Tools for Sound Processing

B.1 Sounds in Matlab and Octave

B.2 Languages for Sound Processing

B.3 Interactive Graphical Building Environments

B.4 Inline sound processing

B.5 Structure of a Digital Signal Processor

C Fundamentals of psychoacoustics

C.2 Sound Intensity

C.4 Critical Band

C.6 Spatial sound perception

D GNU Free Documentation License