Digital Communications: A Foundational Approach
Introducing the fundamentals of digital communication with a robust bottom-up approach, this textbook is designed to equip senior undergraduate and graduate students in communications engineering with the core skills they need to assess, compare, and design state-of-the-art digital communication systems. Delivering a fast, concise grounding in key algorithms, concepts, and mathematical principles, this textbook provides all the mathematical tools for understanding state-of-the-art digital communications. The authors prioritise readability and accessibility, to quickly get students up to speed on key topics in digital communication, and includes all relevant derivations. Presenting over 70 carefully designed multi-part end-of-chapter problems with over 360 individual questions, this textbook gauges student understanding and translates knowledge to real-world problem solving. Accompanied online by interactive visualizations of signals, downloadable Matlab code, and solutions for instructors.
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Digital Communications: A Foundational Approach
Introducing the fundamentals of digital communication with a robust bottom-up approach, this textbook is designed to equip senior undergraduate and graduate students in communications engineering with the core skills they need to assess, compare, and design state-of-the-art digital communication systems. Delivering a fast, concise grounding in key algorithms, concepts, and mathematical principles, this textbook provides all the mathematical tools for understanding state-of-the-art digital communications. The authors prioritise readability and accessibility, to quickly get students up to speed on key topics in digital communication, and includes all relevant derivations. Presenting over 70 carefully designed multi-part end-of-chapter problems with over 360 individual questions, this textbook gauges student understanding and translates knowledge to real-world problem solving. Accompanied online by interactive visualizations of signals, downloadable Matlab code, and solutions for instructors.
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Digital Communications: A Foundational Approach

Digital Communications: A Foundational Approach

Digital Communications: A Foundational Approach

Digital Communications: A Foundational Approach

Hardcover

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Overview

Introducing the fundamentals of digital communication with a robust bottom-up approach, this textbook is designed to equip senior undergraduate and graduate students in communications engineering with the core skills they need to assess, compare, and design state-of-the-art digital communication systems. Delivering a fast, concise grounding in key algorithms, concepts, and mathematical principles, this textbook provides all the mathematical tools for understanding state-of-the-art digital communications. The authors prioritise readability and accessibility, to quickly get students up to speed on key topics in digital communication, and includes all relevant derivations. Presenting over 70 carefully designed multi-part end-of-chapter problems with over 360 individual questions, this textbook gauges student understanding and translates knowledge to real-world problem solving. Accompanied online by interactive visualizations of signals, downloadable Matlab code, and solutions for instructors.

Product Details

ISBN-13: 9781009429665
Publisher: Cambridge University Press
Publication date: 10/31/2024
Pages: 540
Product dimensions: 7.32(w) x 10.28(h) x 1.38(d)

About the Author

Robert F.H. Fischer is a full Professor and director of the Institute of Communications Engineering at the Ulm University. He has over twenty-five years of experience in teaching digital communications. He is a Senior Member of the IEEE.

Johannes B. Huber is a full Professor at the Friedrich-Alexander-University Erlangen-Nuremberg, where he has more than thirty years of teaching experience. Additionally, he regularly is invited by the universities of Klagenfurt and Linz as a guest lecturer. He is Fellow of the IEEE, an ITG Fellow, an Ordinary Member of the Bavarian Academy for Sciences and Humanities, and a Corresponding Fellow of the Royal Society of Edinburgh.

Table of Contents

Preface; 1. Introduction; 2. Equivalent Complex Baseband Signals; 3. Digital Pulse-amplitude; 4. Variants of PAM Transmission Schemes; 5. Non-coherent Demodulation; 6. Signal Space Representation; 7. Digital Frequency and Phase Modulation; 8. Equalization of Dispersive Channels; 9. Orthogonal Frequency-division Mutliplexing; Appendices; Index.
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