Spread Spectrum CDMA: IS-95 and IS-2000 for RF Communications (Hardcover)

CDMA AT WORK
* Progressive explanation of IS-95 and IS-2000, 2G and 3G CDMA from basic principles to actual application
* Progressive conceptual development from the Physical layer to the Network layer, including typical real-world conditions such as fading, handoffs, etc.
* “Day in the life” walkthrough of several actual CDMA network issues and experiences
* Complete with several software applications, including a brief graphical simulation of a realistic network diagnostic monitor

INSIDE CDMA

The unparalleled ability of CDMA (Code Division Multiple Access) to increase network capacity while providing enhanced data services is driving its growth worldwide. And if working CDMA solutions for RF networks—both now and in the transition from IS-95 to IS-2000—is what you need, you’ve come to the right place. CDMA expert Steve Lee’s Spread Spectrum CDMA provides a user-friendly explanation of the concepts, issues, and techniques behind the IS-95 and IS-2000 CDMA standards. This book is a must for those seeking to:
* Gain an understanding of the principles behind CDMA and RF communications in general
* Understand the variety of real-world issues CDMA addresses, including network capacity, multipath, and enhanced services
* Explore the forward and reverse link messaging protocols
* Develop a practical view of the motives and techniques driving the transition from 2G to 3G CDMA
* Discover a practical understanding of CDMA, in a walkthrough of the daily functions of a CDMA network
* Explore some of the more fundamental aspects of RF communications, from a practical to a mathematical approach

Contents          

     Foreword
     Introduction
     Acknowledgments
    Chapter 1: Point A to Point B
    Chapter 2: Digital Communication Theory
    Chapter 3: IS-95 CDMA
    Chapter 4: A Day in the Life
    Chapter 5: System Capacity
    Chapter 6: Overview of IS-2000 1x (3G): The Next Generation
     Appendix A: Spurious Noise and Inter-Mod Products
     Appendix B: Fourier Mechanics
     Appendix C: Electrodynamics and Maxwells Equations
     Appendix D: Doppler Effect
     Appendix E: Basic Antenna Theory
     Appendix F: Channel Allocations and Standards
     Appendix G: Specific Absorption Rate (SAR)
     Appendix H: Authentication
     Appendix I: Complex Numbers
     Appendix J: Included Software Tools
     Appendix K: Review Questions for the Appendices
     Appendix L: Answers to the Review Questions
     Bibliography
     Index