This is a textbook for senior/graduate level students for courses in electrical engineering departments commonly called digital signal processing. It may also be useful to engineers and scientists who use digital computers to process measured data. Two major topics of the text are: Computer computation of frequency contents of signal and design filters to process signals. These two topics follow logically a basic text or course on Signals and Systems. Although most topics in the text are standard, the presentation and emphasis are significantly different from other existing DSP texts. MATLAB is an integral part of the text, but is not the main emphasis, the text being mostly centered on the basic ideas and procedures in digital signal processing. Thus, the text lists only essential MATLAB functions in the most commonly used programs and skips functions that adjust shapes and sizes of plots, and draw horizontal and vertical coordinates. Some elementary knowledge of signals and systems is helpful, but not necessary. This text is as self contained as possible.
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This textbook is designed for electrical engineering courses commonly called "digital signal processing" or "signal processing". The emphasis of the text is on the basic ideas and procedures in digital signal processing.
Les mer
Preface ; 1. Introduction ; PART I: SPECTRAL COMPUTATION ; 2. CT and DT Fourier series - Frequency components ; 3. CT and DT Fourier transforms - Frequency spectra ; 4. DFT and FFT - Spectral Computation ; PART II: FILTER DESIGN ; 5. Linear time-invariant lumped systems ; 6. Ideal and some practical digital filters ; 7. Design of FIR digital filters ; 8. Design of IIR filters ; 9. Structures of digital filters ; Appendix ; References ; Index
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Presentation and emphasis of the text are significantly different from other DSP texts including: a. a simplified version of the sampling theorem for periodic signals b. discusses methods of determining location of time signals from the frequency samples of its frequency spectrum c. FFT to compute the inverse z-transform d. mathematical justification for using an antiliasing analog filter in DSP e. Introduce a discrete least squares method to design FIR filters f. Introduce an analog bandstop transformation that yields better results than ones generated by MATLAB. Terminology in the text is carefully defined for the reader and is intended for practical application. MATLAB is an integral part of the text, although basic ideas and procedures in digital signal processing remains its main emphasis, listing only essential MATLAB functions most commonly used in programs All numerical examples in the text and most problems at the end of each chapter are simple enough to be solved analytically by hand, which then can be compared with the computer generated results.
Les mer
Presentation and emphasis of the text are significantly different from other DSP texts including: a. a simplified version of the sampling theorem for periodic signals b. discusses methods of determining location of time signals from the frequency samples of its frequency spectrum c. FFT to compute the inverse z-transform d. mathematical justification for using an antiliasing analog filter in DSP e. Introduce a discrete least squares method to design FIR filters f. Introduce an analog bandstop transformation that yields better results than ones generated by MATLAB. Terminology in the text is carefully defined for the reader and is intended for practical application. MATLAB is an integral part of the text, although basic ideas and procedures in digital signal processing remains its main emphasis, listing only essential MATLAB functions most commonly used in programs All numerical examples in the text and most problems at the end of each chapter are simple enough to be solved analytically by hand, which then can be compared with the computer generated results.
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Produktdetaljer

ISBN
9780195136388
Publisert
2001
Utgiver
Vendor
Oxford University Press Inc
Vekt
979 gr
Aldersnivå
UU, P, UP, 05, 06
Språk
Product language
Engelsk
Format
Product format
Innbundet
Antall sider
464