A Simple Approach to Digital Signal Processing
A readable, understandable introduction to DSP for professionals and students alike . . .
This practical guide is a welcome alternative to more complicated introductions to DSP. It assumes no prior DSP experience and takes the reader step–by–step through the most basic signal processing concepts to more complex functions and devices, including sampling, filtering, frequency transforms, data compression, and even DSP design decisions. The guide provides clear, concise explanations and examples, while keeping mathematics to a minimum, to help develop a fundamental understanding of DSP.
Other features include:
∗ An extensive resource bibliography of more advanced DSP books.
∗ An example of a typical DSP system development cycle, including tool descriptions.
∗ A complete glossary of DSP–related acronyms
Whether you′re a working engineer looking into DSP for the first time or an undergraduate struggling to comprehend the subject, this engaging introduction provides easy access to the basic knowledge that will lead to more advanced material.
Texas Instruments has been designing and manufacturing single–chip DSP devices since 1982 and now produces eight distinct generations as part of the industry–standard TMS320 family. Much of this book is based on the experience TI gained in developing DSPs and training first–time users.
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Why Do It Digitally Anyway?
Converting Analog to Digital
6 other sections not shown
adaptive ADPCM algorithm amplitude analog filter analog signal applications architecture audio bandwidth basic binary bit rate bit stream DACs block diagram calculation capacitor CELP Chapter Chebyshev filter circuit CODEC coefficients comb filter components compression converters cycle decimal decoder Delta Modulation digital filters digital signal processing discrete domain DPCM DSP devices DSP system encoder equation error example filter design Finite Impulse Response FIR filter fixed-point DSP floating-point format Fourier transform gain response general-purpose hardware Harvard architecture IEEE implement impulse function Impulse Response input signal JPEG look low-pass filter mathematics memory multiply noise operation output pass band performance phase response phasors predictor processor pulse quantization real-time referred roll-off sampling shown in Figure sigma delta ADC simple sine wave spectrum speech signal standard subband techniques TMS320 family two's complement vector vocoder voltage VSELP waveform