Fourier Analysis: Theory and Step-by-Step Solutions to 335 Problems [Paperback] Hsu, Hwei P.

$50

1970 revised edition. Paperback cover has some slight fading, is slightly bent towards top right corner, and has a medium sized tear at bottom. The pages are clean and in good condition. The binding is secure.

This well-worn copy of Hwei Hsu’s “Fourier Analysis” is a testament to its enduring value as a mathematical resource. Published in 1970, during advancements in signal processing, it provided a comprehensive guide to Fourier analysis with step-by-step examples, making this challenging subject accessible. Despite its wear, the clean pages and secure binding indicate its continued usefulness as a reference work. For collectors and readers interested in the history of mathematics and its practical applications, this volume offers a tangible link to a pivotal era in modern signal processing.

1 in stock

SKU: VB25-057 Categories: , , Product Condition: Used

Description

1970 revised edition. Paperback cover has some slight fading, is slightly bent towards top right corner, and has a medium sized tear at bottom. The pages are clean and in good condition. The binding is secure.

This well-worn copy of “Fourier Analysis: Theory and Step-by-Step Solutions to 335 Problems” by Hwei Hsu is a testament to its enduring value as a mathematical resource. Published in 1970, during a period of significant advancements in signal processing and information theory, this book provided a comprehensive guide to Fourier analysis, a powerful tool for understanding and manipulating complex waveforms. Hsu’s step-by-step approach, with its wealth of worked examples, made this challenging subject accessible to students and professionals alike, earning it a place on the bookshelves of generations of mathematicians, engineers, and scientists. Despite the wear and tear evident on this copy, the clean pages and secure binding indicate its continued usefulness as a reference work. For collectors and readers with a passion for the history of mathematics and its practical applications, this volume offers a tangible link to a pivotal era in the development of modern signal processing techniques.

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Weight 8 lbs
Dimensions 27.6 × 21.2 × 1.4 in
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