Comprehensive, user friendly, and pedagoicaly structured ... a fast, easy way to learn, about the electrical engineer's most important mathematical tool Based on a groundbreaking one-semester course originated by Professor Norman Morrison at the University of Cape Town, this book serves equally well as a course text and a self-study guide for professionals. Offering only relevant mathematics, it covers all the core principles of electrical engineering contained in Fourier analysis, including the time and frequency domains; the representation of waveforms in terms of complex exponentials and sinusoids; complex exponentials and sinusoids as the eigenfunctions of linear systems; convolution; impulse response and the frequency transfer function; magnitude and phase spectra; and modulation and demodulation. * Covers Fourier analysis exclusively for electrical engineering students and professionals * Offers a complete FFT system contained on the enclosed disks (one for IBM compatibles, the other for Macintosh) * Includes dozens of examples drawn from electrical engineering * Packed with exercises, samples, and end-of-chapter problem setsComprehensive, user friendly, and pedagoicaly structured ... a fast, easy way to learn, about the electrical engineera#39;s most important mathematical tool Based on a groundbreaking one-semester course originated by Professor Norman Morrison ...
|Title||:||Introduction to Fourier Analysis|
|Publisher||:||Wiley-Interscience - 1994-11-03|