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Chapter 1 reviews the fundamentals of real-time DSP funcitonal blocks, DSP hard-ware options, fixed-and floating-point DSP deviecs, real-time constraints, algorithm development, selection of DSP chips, and software development. In Chapter 2, we introduce the architecture and assembly programming of the TMS320C55x. Chapter 3 presents some fundamental DSP concepts in time domain and practical considerations for the implementation of digital filters and algorithms on DSP hardware. Readers who are familiar with these DSP fundamentals should be able to skip through some of these secions. However, most notations used throughout the book will be defined in this chapter. In Chapter 4, the Fourier series, the Fourier transform, the z-transform, and the discrete Fourier tranforms are introduced, Frequency analysis is extremely helpful in understanding the characteristics of both signals and systems. Chapter 5 is focused on the design, implementation, and application of FIR filters; digital IIR filters are covered in Chapter 6, and adaptive filters are presented in Chapter 8. The development, implementation, and application of FFT algorithms are introduced in Chapter 7. In Chapter 9, we introduce some selected DSP applications in communications that have played an important role in the realization of the systems. Download free ebook for multimedia: Real-Time Digital Signal Processing
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Chapter 1 reviews the fundamentals of real-time DSP funcitonal blocks, DSP hard-ware options, fixed-and floating-point DSP deviecs, real-time constraints, algorithm development, selection of DSP chips, and software development.