Description the fourth edition of this book covers the fundamentals ofdiscrete-time signals, systems, and modern digital signalprocessing. Appropriate for students of electrical engineering,computer engineering, and computer science, it is suitable forundergraduate and graduate courses, and provides balanced coverageof both theory and practical applications. The first ten chapters of the book treat basic dsp topicssuitable for undergraduate-level dsp courses. The last fourchapters treat more advanced dsp topics, including multiratedigital signal processing, linear prediction, optimum linearfilters, adaptive filters, and power spectrum estimation, making itideal for a graduate-level course in digital signal processing. Chapters on sampling, multirate digital signal processing and reconstruction of signals large number of well-designed problems preface introduction discrete-time signals and systems the z-transform and its application to the analysis of lti frequency analysis of signals frequency-domain analysis of lti systems sampling and reconstruction of signals the discrete fourier transform: its properties and applications efficient computation of the dft: fast fourier transform algorithms implementation of discrete-time systems design of digital filters multirate digital signal processing linear prediction and optimum linear filters adaptive filters power spectrum estimation appendix references and bibliography answers to selected problems solved examples and matlab solution index solved question papers
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