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1st Edition

Communications System Laboratory




ISBN 9781482245448
Published October 23, 2015 by CRC Press
420 Pages - 98 B/W Illustrations

 
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Book Description

Communications System Laboratory offers an integrated approach to communications system teaching. Inspired by his students’ expressed desire to read background theory explained in simple terms and to obtain practical computer training, Dr. Kumar has crafted this textbook, ideal for a first course in communication systems.

The book merges theory with practical software and hardware applications. Each chapter includes the following components: a brief theory that describes the underlying mathematics and principles, a problem-solving section with a set of typical problems, a computer laboratory with programming examples and exercises in MATLAB® and Simulink®, and finally, in applicable chapters, a hardware laboratory with exercises using test and measurement equipment.

Covering fundamental topics such as frequency and bandwidth, as well as different generations of modulation including current 4G long-term evolution (LTE) techniques and future technologies like ultra wideband (UWB) systems, Communications System Laboratory provides engineering students with a deeper understanding of how electronic communications link the world.

Table of Contents

Types of Electronic Communication Systems
How the World Is Linked through Coaxial, Microwave, Satellite, Cable, and Cellular Technologies
Functional Layers in Modern Communication Systems
Path Loss in Communication Links
Introduction to MATLAB®/Simulink®
Introduction to Equipment Used in Communication Systems
Problem Solving
Computer Laboratory
Hardware Laboratory

Time/Frequency Analysis of Communication Signals and Systems
Concept of Carrier in Communication Systems
Signal Spectrum and the Fourier Transform
Important Communication Signals and Their Frequency Spectra
Frequency Analysis of Communication Systems
Practical Methods of Spectrum Analysis: DFT and IDFT
Discrete-Time System Analysis: Circular Convolution
Fast Fourier Transform
Computation of Fast Fourier Transform with MATLAB®
Problem Solving
Computer Laboratory
Hardware Laboratory

First-Generation Systems: Analog Modulation
Amplitude Modulation
Angle Modulation
Comparison of AM and FM Modulation Systems
Noise and Filtering in Analog Modulation Systems
Problem Solving
Computer Laboratory
Hardware Laboratory

Second-Generation Systems: Digital Modulation
Pulse Code Modulation
Digital Modulation Systems
BER and Bandwidth Performance in Digital Modulation Systems
Problem Solving
Computer Laboratory
Hardware Laboratory

Third-Generation Systems: Wideband Digital Modulation
Principle of Spread Spectrum Communications
Frequency-Hopping Spread Spectrum
Direct-Sequence Spread Spectrum
Advantages and Disadvantages of Spread Spectrum Systems
Problem Solving
Computer Laboratory

Capacity of Communication Systems and Higher Generations
Evolution of Capacity and Data Rate in Communication Systems
Fourth-Generation Systems
Multiple-Input Multiple-Output Technology
Fifth-Generation Communication Systems
Problem Solving
Computer Laboratory

Long-Range and Short-Range Communication Networks
Wireless Local Area Networks (WLANs)
Personal Area Networks (PANs)
Ultra-Wideband Systems
Path Loss Calculations in Long-Range and Short-Range Networks
Problem Solving
Computer Laboratory

Appendix A: Synthesized Waveform Generators
Introduction
Technical Specifications
Operating Instructions

Appendix B: RF Spectrum Analyzers
Introduction
Technical Specification
General Specifications
Operating Instructions

Appendix C: Dynamic Signal Analyzers
Introduction
Technical Specifications
General Specifications
Operating Instructions

Appendix D: Digital Storage Oscilloscopes
Introduction
Performance Characteristics of the Keysight 54600 Series Digitizing Oscilloscopes
Operating Instructions

Appendix E: Integrated Circuits for Communication Systems
Introduction to Radio-Frequency Integrated Circuits
RFIC Amplifier: TRF37B73 1–6000 MHz RF Gain Block
RFIC Mixer: TRF37B32 700–2700 MHz Dual Downconverter
RFICs for Transceiver Applications

Appendix F: Worldwide Frequency Bands and Terminology

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Author(s)

Biography

B. Preetham Kumar holds a BE and ME from the College of Engineering, Chennai, India, and a Ph.D from the Indian Institute of Technology, Chennai. He is professor and graduate coordinator in the Department of Electrical and Electronic Engineering at California State University (CSUS), Sacramento, USA. Previously, he was part-time faculty at CSUS, and researcher/lecturer in the RF and Microwave Laboratory at University of California, Davis, USA. Widely published and highly decorated, Dr. Kumar has worked on projects funded by Lockheed Martin, Agilent Technologies, National Semiconductor, Intel, and Antenna Wireless, Inc. Currently, he is heading an effort to expand the use of microwave heating in the treatment of cancer.

Reviews

"… suitable for electronic engineering students and young researchers to build up their initial knowledge in communications system analysis and design. … provides an insightful overview of the communications system’s structure, hierarchy, requirement identification, analysis, and performance evaluation. The main distinguishing point of this book is a great and well-structured offer of MATLAB® exercises associated to each communications system component design. Such an approach enables beginners, such as undergraduate or postgraduate students, to easily develop their experience and understanding of mutual relations and interdependencies of various communications system factors. It also facilitates quick development of MATLAB® simulations for designing and evaluating communications systems in realistic environments."
—Dr. Vladan Velisavljevic, University of Bedfordshire, Luton, UK