Digital communication : Theory, techniques and applications
By: Mutagi, R.N
.
Publisher: New Delhi Oxford University Press 2013Edition: 2nd.Description: xxix, 732p. | Binding - Paperback | 24*16 cm.ISBN: 9780198087229.Subject(s): EXTC EngineeringDDC classification: 621.382 Online resources: Online Resources Summary: Digital Communication: Theory, Techniques, and Applications is designed for undergraduate students of engineering for a course on digital communication. The second edition of this book treats spread spectrum communication techniques as an exclusive chapter. The book starts from the basics of signals and systems and builds the preliminary concepts through the chapters on probability and random processes, and information theory. It then goes on to describe core concepts such as digital coding, multiplexing and multiple access, modulation techniques, demodulation, error control coding, and spread spectrum communication. The last chapter illustrates the concepts learnt in the earlier chapters through applications in optical, satellite, and wireless communication domains.
Table of contents
Chapter 1. Introduction to Digital Communication Systems
Chapter 2. Communication Signals and Systems
Chapter 3. Probability and Random Processes
Chapter 4. Information Theory
Chapter 5. Digital coding
Chapter 6. Multiplexing and Multiple Access
Chapter 7. Digital modulation
Chapter 8. Demodulation and Detection
Chapter 9. Error Control Coding
Chapter 10. Spread Spectrum Communication
Chapter 11. Applications of Digital Communication
Features
Discusses latest compression standards, such as DAB, MPEG, H.264, and MP3
Provides around 140 graded solved problems, review questions, and challenging exercises for practice
Includes a detailed laboratory manual (Appendix D) with procedure, observation table, questions, and MATLAB codes to help in simulating many theoretical functions
New to the Second Edition
Treats spread spectrum communication as an exclusive chapter
Includes new sections on pulse width modulation (PWM), pulse position modulation (PPM), burst synchronization, voice codecs, and combo chips
Provides new solved problems, review questions, and exercises
Includes hints (final answers) to all relevant exercise problems (Appendix G)
Online Resources
The following resources are available to support the faculty using this text:
Solutions Manual
PowerPoint Slides
| Item type | Current location | Collection | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
Text Books
|
Departmental Library - SOET Reading Hall | Circulation | 621.382 MUT (Browse shelf) | Available | DE0143 |
Digital Communication: Theory, Techniques, and Applications is designed for undergraduate students of engineering for a course on digital communication. The second edition of this book treats spread spectrum communication techniques as an exclusive chapter. The book starts from the basics of signals and systems and builds the preliminary concepts through the chapters on probability and random processes, and information theory. It then goes on to describe core concepts such as digital coding, multiplexing and multiple access, modulation techniques, demodulation, error control coding, and spread spectrum communication. The last chapter illustrates the concepts learnt in the earlier chapters through applications in optical, satellite, and wireless communication domains.
Table of contents
Chapter 1. Introduction to Digital Communication Systems
Chapter 2. Communication Signals and Systems
Chapter 3. Probability and Random Processes
Chapter 4. Information Theory
Chapter 5. Digital coding
Chapter 6. Multiplexing and Multiple Access
Chapter 7. Digital modulation
Chapter 8. Demodulation and Detection
Chapter 9. Error Control Coding
Chapter 10. Spread Spectrum Communication
Chapter 11. Applications of Digital Communication
Features
Discusses latest compression standards, such as DAB, MPEG, H.264, and MP3
Provides around 140 graded solved problems, review questions, and challenging exercises for practice
Includes a detailed laboratory manual (Appendix D) with procedure, observation table, questions, and MATLAB codes to help in simulating many theoretical functions
New to the Second Edition
Treats spread spectrum communication as an exclusive chapter
Includes new sections on pulse width modulation (PWM), pulse position modulation (PPM), burst synchronization, voice codecs, and combo chips
Provides new solved problems, review questions, and exercises
Includes hints (final answers) to all relevant exercise problems (Appendix G)
Online Resources
The following resources are available to support the faculty using this text:
Solutions Manual
PowerPoint Slides
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