Spread Spectrum Communications Handbook, Electronic Edition
by Simon, Marvin K.; Omura, Jim K.; Scholtz, Robert A.; Levitt, Barry K.; Simon, Marvin K.Edition: 1st
Format: Hardcover
Pub. Date: 2001-09-26
Publisher(s): McGraw-Hill Professional
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Summary
An exhaustive engineering reference on the workings of spread spectrum--the basis of CDMA. Covers spread spectrum for wireless LANs. CD-ROM included.
Author Biography
Mark K. Simon, an internationally recognized expert on spread-spectrum systems, is a senior scientist at Jet Propulsion Laboratory.
Jim K. Omura is founder and chairman of Cylink Corporation, which designs and manufactures spread-spectrum radios.
Robert A. Scholtz is director of the Communications Science Insitute at the University of Southern California.
Barry K. Levitt is technical leader of the Communications Concepts Research Group at Jet Propulsion Laboratory.
Table of Contents
Chapter 1: A Spread-Spectrum Overview Chapter 2: The Historical Origins of Spread-Spectrum Communications Chapter 3: Basic Concepts and System Models Chapter 4: General Analysis of Anti-Jam Communication Systems Chapter 5: Pseudonoise Generators PART 2: CLASSICAL SPREAD-SPECTRUM COMMUNICATIONS Chapter 1: Coherent Direct Sequence Systems Chapter 2: Non-Coherent Frequency-Hopped Systems PART 3: OTHER FREQUENCY-HOPPED SYSTEMS Chapter 1: Coherent Modulation Techniques Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 3: Basic Concepts and System Models Chapter 4: General Analysis of Anti-Jam Communication Systems Chapter 5: Pseudonoise Generators PART 2: CLASSICAL SPREAD-SPECTRUM COMMUNICATIONS Chapter 1: Coherent Direct Sequence Systems Chapter 2: Non-Coherent Frequency-Hopped Systems PART 3: OTHER FREQUENCY-HOPPED SYSTEMS Chapter 1: Coherent Modulation Techniques Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 5: Pseudonoise Generators PART 2: CLASSICAL SPREAD-SPECTRUM COMMUNICATIONS Chapter 1: Coherent Direct Sequence Systems Chapter 2: Non-Coherent Frequency-Hopped Systems PART 3: OTHER FREQUENCY-HOPPED SYSTEMS Chapter 1: Coherent Modulation Techniques Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 1: Coherent Direct Sequence Systems Chapter 2: Non-Coherent Frequency-Hopped Systems PART 3: OTHER FREQUENCY-HOPPED SYSTEMS Chapter 1: Coherent Modulation Techniques Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
PART 3: OTHER FREQUENCY-HOPPED SYSTEMS Chapter 1: Coherent Modulation Techniques Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 2: Differentially Coherent Modulation Techniques PART 4: SYNCHRONIZATION OF SPREAD-SPECTRUM SYSTEMS Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 1: Pseudonoise Acquisition in Direct Sequence Receivers Chapter 2: Pseudonoise Tracking in Direct Sequence Receivers Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 3: Time and Frequency Synchronization of Frequency-Hopped Receivers PART 5: SPECIAL TOPICS Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 1: Low Probability of Intercept Communications Chapter 2: Multiple Access Chapter 3: Commercial Applications INDEX
Chapter 3: Commercial Applications INDEX
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