Fundamentals of Digital Signal Processing

For sophomore to senior-level courses in Digital Signal Processing and Signal Processing in departments of engineering and technology.

Conveying to students a sense of excitement regarding DSP, this text provides thorough coverage of digital signal processing techniques and all essential theory—extensively supported by examples, but not dependent on calculus. It includes a variety of interesting and in-depth DSP explorations to help establish the link between theory and practice, and an introduction to hardware and software for digital signal processors.

Table of Contents

1. Crash Course in Digital Signal Processing.
2. Analog-to-Digital and Digital-to-Analog Conversion.
3. Digital Signals.
4. Difference Equations and Filtering.
5. Convolution and Filtering.
6. z Transforms.
7. Fourier Transforms and Filter Shape.
8. Digital Signal Spectra.
9. Finite Impulse Response Filters.
10. Infinite Impulse Response Filters.
11. DFT and FFT Processing.
12. Hardware for DSPs.
13. Programming DSPs.
14. Signal Processing.
15. Image Processing.
16. Wavelets.
References.
Appendices.
Index.