Digital Signal Processing

In spite of the name being different, this is just the book "The Scientist & Engineer's Guide to Digital Signal Processing" reprinted in paperback. This book was written for scientists and engineers in a wide variety of fields: physics, bioengineering, geology, oceanography, mechani cal and electrical engineering, to name just a few. The goal is to present practical techniques while avoiding the barriers of detailed mathematics and abstract theory. To achieve this goal, three strategies were employed in writing this book: First, the techniques are explained, not simply proven to be true through mathematical derivations. Second, complex numbers are treated as an advanced topic, something to be learned after the fimdamental principles are understood. Third, very simple computerprograms are used. This book was also written with the practicing professional in mind. Many everyday DSP applications are discussed: digital filters, neural networks, data compression, audio and image processing, etc. As much as possible, these chapters stand on their own, not requiring the reader to review the entire book to solve a specific problem. You can browse and/or download the entire book without charge on the book site: http://dspguide.com/

FOUNDATIONS Chapter 1 The Breadth and Depth of DSP Chapter 2 Statistics. Probability and Noise Chapter 3 ADC and DAC Chapter 4 DSP Software FUNDAMENTALS Chapter 5 Linear Systems Chapter 6 Convolution Chapter 7 Properties of Convolution Chapter 8 The Discrete Fourier Transform Chapter 9 Applications of the DFT Chapter 10 Fourier Transform Properties Chapter 11 Fourier Transform Pairs Chapter 12 The Fast Fourier Transform Chapter 13 Continuous Signal Processing DIGITAL FILTERS Chapter 14 Introduction to Digital Filters Chapter 15 Moving Average Filters Chapter 16 Windowed-Sinc Filters Chapter 17 Custom Filters Chapter 18 FFT Convolution Chapter 19 Recursive Filters Chapter 20 Chebyshev Filters Chapter 21 Filter Comparison APPLICATIONS Chapter 22 Audio Processing Chapter 23 Image Formation and Display Chapter 24 Linear Image Processing Chapter 25 Special Imaging Techniques Chapter 26 Neural Networks (and more!) Chapter 27 Data Compression Chapter 28 Digital Signal Processors Chapter 29 Getting Started with DSPs COMPLEX TECHNIQUES Chapter 30 Complex Numbers Chapter 31 The Complex Fourier Transform Chapter 32 The Laplace Transform Chapter 33 The z-Transform Glossary Index

Steve Smith specializes in developing novel imaging systems for medicine, security, and industrial applications. Two of his major projects have been the SECURE 1000 and SentryScope. The SECURE 1000 is a security system for detecting weapons, explosives, and drugs hidden under the clothing of criminals and terrorists. More than 150 of these $100,000 systems are in use in the U.S. and overseas. SentryScope is an ultra-high resolution surveillence camera, producing images with more than 20 million pixels. The first SentryScope cameras were sold in September 2003. In the medical field, Dr. Smith has developed x-ray systems for detecting blocked arteries in the heart (arteriosclerosis), and the loss of calcium in the bones (osteoporosis). His work in nondestructive testing has led to products for inspecting cans and bottles for fill level and leaks, and printed circuit boards for defective solder connections. Dr. Smith is the author of The Scientist and Engineer's Guide to Digital Signal Processing, the number one selling DSP book on Amazon.com (out of 700+ titles). Unlike most of the DSP literature, this book provides clear explanations of practical DSP techniques without getting lost in detailed math and theory. Dr. Smith is also the author of The Inner Light Theory of Consciousness, a novel approach to explaining the nature of the human mind. At present, Dr. Smith is president and technical director of Spectrum San Diego, Inc., a research and development group specializing in imaging and instrumentation systems. He lives in San Diego with his wife, Jenny.

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