D'oh! Fourier: Theory, Applications, And Derivatives

by Mark S Nixon

Book Details

Format Paperback / Softback

Book Series Primers In Electronics And Computer Science

ISBN-10 1800611196

ISBN-13 9781800611191

Publisher World Scientific Europe Ltd

Imprint World Scientific Europe Ltd

Country of Manufacture GB

Country of Publication GB

Publication Date Apr 7th, 2022

Print length 304 Pages

Weight 438 grams

Dimensions 15.20 x 22.80 x 1.90 cms

Product Classification: Functional analysis & transforms

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D'oh! Fourier introduces the Fourier transform and is aimed at undergraduates in Computer Science, Mathematics, and Applied Sciences, as well as for those wishing to extend their education. Formulated around ten key points, this accessible book is light-hearted and illustrative, with many applications. The basis and deployment of the Fourier transform are covered applying real-world examples throughout inductively rather than the theoretical approach deductively.The key components of the textbook are continuous signals analysis, discrete signals analysis, image processing, applications of Fourier analysis, together with the origin and nature of the transform itself. D'oh! Fourier is reproducible via MATLAB/Octave and is supported by a comprehensive website which provides the code contained within the book.

D''oh! Fourier introduces the Fourier transform and is aimed at undergraduates in Computer Science, Mathematics, and Applied Sciences, as well as for those wishing to extend their education. Formulated around ten key points, this accessible book is light-hearted and illustrative, with many applications. The basis and deployment of the Fourier transform are covered applying real-world examples throughout inductively rather than the theoretical approach deductively.The key components of the textbook are continuous signals analysis, discrete signals analysis, image processing, applications of Fourier analysis, together with the origin and nature of the transform itself. D''oh! Fourier is reproducible via MATLAB/Octave and is supported by a comprehensive website which provides the code contained within the book.

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