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Principles of communications : systems, modulation, and noise /

by Ziemer, Rodger E; Tranter, William H.
Material type: materialTypeLabelBookPublisher: New York : John Wiley, c2002Edition: 5th ed.Description: ix, 637 p. : ill. ; 25 cm.ISBN: 0471392537 (cloth : alk. paper); 9814126543.Subject(s): Telecommunication | Signal theory (Telecommunication)
Contents:
Introduction -- Signal and Linear System Analysis -- Basic Modulation Techniques -- Overview of Probability and Random Variables -- Random Signals and Noise -- Noise in Modulation Systems -- Binary Data Transmission -- Advanced Data Communications Topics -- Optimum Receivers and Signal-Space Concepts -- Information Theory and Coding -- Physical Noise Sources -- Jointly Gaussian Random Variables -- Proof of the Narrowband Noise Model -- Zero-Crossing and Origin Encirclement Statistics -- Chi-Square Statistics -- Quantization of Random Processes -- Mathematical and Numerical Tables.
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Item type Current location Collection Call number Copy number Status Date due Barcode
Books Books Dhaka University Science Library
General Stacks
Non Fiction 621.38 ZIP (Browse shelf) 1 Available 414186
Books Books Dhaka University Science Library
General Stacks
Non Fiction 621.38 ZIP (Browse shelf) 2 Available 414187
Browsing Dhaka University Science Library Shelves , Shelving location: General Stacks , Collection code: Non Fiction Close shelf browser
621.38 ZIP Principles of communications : 621.38 ZIP Principles of communications : 621.38 ZIP Principles of communications : 621.38 ZIP Principles of communications : 621.38028 C883 Crystal growth of electronic materials : 621.38028 O62 Optical fibre communications : 621.38028 O62 Optical fibre communications :

Includes bibliographical references (p. 623-625) and indexes.

Ch. 1. Introduction -- Ch. 2. Signal and Linear System Analysis -- Ch. 3. Basic Modulation Techniques -- Ch. 4. Overview of Probability and Random Variables -- Ch. 5. Random Signals and Noise -- Ch. 6. Noise in Modulation Systems -- Ch. 7. Binary Data Transmission -- Ch. 8. Advanced Data Communications Topics -- Ch. 9. Optimum Receivers and Signal-Space Concepts -- Ch. 10. Information Theory and Coding -- App. A. Physical Noise Sources -- App. B. Jointly Gaussian Random Variables -- App. C. Proof of the Narrowband Noise Model -- App. D. Zero-Crossing and Origin Encirclement Statistics -- App. E. Chi-Square Statistics -- App. F. Quantization of Random Processes -- App. G. Mathematical and Numerical Tables.

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