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Mastering DSP concepts using MATLAB / by Ashok Ambardar and Craig Borghesani.

By: Ambardar, AshokContributor(s): Borghesani, CraigMaterial type: TextTextPublication details: Prentice Hall, 1998. ISBN: 0135349761Subject(s): Computer file | Signal processing -- Digital techniques -- Data processingDDC classification: 621.3'822'0285'5369 Summary: This software-oriented manual is intended to supplement junior- and senior-level texts on digital signal processing (DSP) and to serve as a visualization aid for concepts that are central to understanding DSP principles. It is designed around MATLAB programs for illustration of the following concepts: Discrete-time Signal; DSP in the time domain (including convolution); the periodic spectrum and frequency response; sampling and signal reconstruction; the Discrete Fourier Transform and FFT; effects of the pole-zero placement; and the design of infinite impulse response (IIR) and finite impulse response (FIR). Each routine is interactive and built around simple yet powerful and intuitive point-and-click features. This manual includes basic background and simple examples for each routine. No knowledge of MATLAB or other programming skills is needed.
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Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves
621.382202855369 AMB (Browse shelf(Opens below)) Available 4403932080
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves
621.382202855369 AMB (Browse shelf(Opens below)) Available 440393209X
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves
621.382202855369 AMB (Browse shelf(Opens below)) Available 4403932106
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Enhanced descriptions from Syndetics:

This software-oriented manual is intended to supplement junior- and senior-level texts on digital signal processing (DSP) and to serve as a visualization aid for concepts that are central to understanding DSP principles. It is designed around MATLAB programs for illustration of the following concepts: Discrete-time Signal; DSP in the time domain (including convolution); the periodic spectrum and frequency response; sampling and signal reconstruction; the Discrete Fourier Transform and FFT; effects of the pole-zero placement; and the design of infinite impulse response (IIR) and finite impulse response (FIR). Each routine is interactive and built around simple yet powerful and intuitive point-and-click features. This manual includes basic background and simple examples for each routine. No knowledge of MATLAB or other programming skills is needed.

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