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Handbook of CDMA System Design, Engineering, and Optimization
- By Kyoung Il Kim, Members of Technical Staff
- Published Dec 23, 1999 by Pearson. Part of the Communications Engineering & Emerging Technology Series from Ted Rappaport series.
Book
- Sorry, this book is no longer in print.
Description
- Copyright 2000
- Dimensions: 7 X 9-1/4
- Pages: 274
- Edition: 1st
- Book
- ISBN-10: 0-13-017572-2
- ISBN-13: 978-0-13-017572-4
1757B-9
Designing state-of-the-art CDMA systems, start to finish.
The comprehensive, up-to-date CDMA design resource for every professional
Digital CDMA mobile communications systems already serve millions of users, but techniques for optimizing these systems are still continuing to evolve through research and field testing. In the Handbook of CDMA System Design, Engineering, and Optimization, leading CDMA researcher Dr. Kyoung Il Kim and the Members of Technical Staff of Bell Labs, Lucent Technologies bring together the field's most valuable experience and methods in a single authoritative, up-to-date resource for every working CDMA professional.
The authors offer in-depth coverage of all key issues associated with CDMA system engineering, presenting clear guidelines and advanced simulations that address everything from RF design to traffic engineering and antenna installation. Coverage also includes:
- Intrasystem and intersystem interference estimation
- Pilot channel PN assignment
- Access and paging channel capacity and engineering
- Handoff-related issues
- Link budgets, link capacity, link coverage, and more
About the CD-ROM
The accompanying CD-ROM contains a demonstration version of Bell Labs' Cellular Engineering 4 (CE4), the industry's most advanced CDMA coverage prediction software-ideal for gaining hands-on experience with CDMA cell planning.
Sample Content
Downloadable Sample Chapter
Click here for a sample chapter for this book: 0130175722.pdf
Table of Contents
Preface.
Foreward.
1. Introduction.
References.
2. CDMA Overview.
Concept. Attributes. Reference.
3. Spectrum Coordination.
Spectrum Coordination. References.
4. Pilot Assignment.
Introduction. Pilot Channel Model. Call Processing for a Mobile Station. PILOT_INC and Pilot Phase Offset Reuse. A Procedure for Phase Assignment. References.
5. Mobile Station Access and Paging.
Description of Mobile Station Access Protocol. Average Persistence Delay for Access Request Attempt. Access Channel Capacity. Paging Channel Capacity. References.
6. Handoff.
Hard Handoff. Soft and Softer Handoff. Inter-Carrier Handoffs. References.
7. Link Budgets.
Derivation of the Reverse-Link Budget. Forward Link. References.
8. Capacity.
Reverse-Link Capacity. Forward-Link Capacity. Reference.
9. Coverage.
Reverse-Link Coverage Area. Forward-Link Coverage Area. A Derivation of Coverage Probability for Pilot Channel. Reference.
10. Traffic Engineering.
Introduction. Analysis. Numerical Results. References.
11. Antennas.
Introduction. Antenna Concepts. Antenna System with Interference and Cell Coverage. Diversity Antenna Systems. Antenna Isolation Guidelines for Collocated RF Stations. References.
Appendix A: RF Design Process.
Purpose. Process Overview. Preliminary Design Phase. Project Plan and Requirements Review. Data Preparation. Area Visits. Morphology Definition, Drive Test, and Calibration. Verify Input Parameters for Coverage Prediction. Capacity Planning. (Iterative) Engineering. Determine Search Rings. Preliminary Design Review. Final Design Phase. Candidate-Site Selection. Preliminary Evaluation of Candidate-Site Coverage. Drive Test of Candidate Sites. Drive-Test Data Analysis. Update Parameters Needed for Coverage Prediction. Capacity Planning/Traffic Studies. Final RF Candidate Site Selection and Sketch Preparation. Create Input to Cell Equipment Lists. PN Planning. Create Coverage Prediction Plots. Design Review.
Appendix B: Outline of RF Optimization Procedures.
Cluster Testing. System-Wide Optimization.
Appendix C: RF Coverage Prediction with CE4.
Overview of the CE4 Cellular Engineering Tool. Analysis Features Available for the Demo Version of CE4. System Requirements and Installation. Limitations of the Demo Version of CE4. Walk-Through of the CE4 Tool.
Index.
Preface
Preface
Until only eight years ago, the wireless telecommunications industry considered code division multiple access (CDMA) a controversial technology. However, since the Telecommunications Industry Association (TIA) published the IS-95 standard in 1993, CDMA has rapidly become a preferred choice of the industry. As of this writing, hundreds of CDMA mobile communications networks have been deployed worldwide, providing services to over 30 million subscribers. In addition, many of the radio transmission technology (RTT) proposals for the next-generation IMT-2000 system have chosen CDMA for their air interface technology.
To arrive at this level of success in the market, the CDMA standard has been revised more than once, and the in-service CDMA systems have incorporated many improvements. However, techniques for designing and tuning a system to achieve optimum performance remain to be worked out through individual research and field tests. We have attempted, in this book, to archive our findings, hoping to provide a single source of useful information for those who would otherwise have to wade through all the available literature on the topic and/or develop their own methodology. This book is the result of the recent efforts of many members of the technical staff of Bell Labs at Lucent Technologies, Inc., on CDMA technology as it applies to cellular or personal communications services (PCS). As we are now moving toward the next-generation systems, this is a good time to properly summarize all the work that has been developed and applied to the design and deployment of IS-95 CDMA systems.
In this book, we also provide an in-depth discussion of various engineering guidelines for a multitude of real-world issues involved in designing, deploying, and optimizing IS-95 CDMA systems and networks. However, because there are numerous good books on the market that provide thorough mathematics of CDMA technology, our approach has been to focus on intuitive and qualitative approaches for the various topics we discuss in this book. Nonetheless, some background in calculus and linear algebra along with probability theory will be necessary to fully understand the discussions in Chapters 5, 9, and10.
The goal we have in mind for this book is to help readers understand (i) the types of issues involved in engineering successful CDMA mobile communication systems and (ii) the guidelines needed to deal with those issues. To make this book more useful for those who are interested in cell planning, we have included a demonstration version of Cellular Engineering 4 (CE4), which is an example of a CDMA coverage prediction software tool developed at Bell Labs. Using this software, readers can obtain hands-on experience in CDMA cellular engineering technique as well as in the design and analysis of CDMA networks.
Although we have attempted to cover as many relevant topics as possible, this book cannot possibly substitute for all the existing literature published on the topic of CDMA technology. Still, we believe that the various analyses and simulation results for the topics discussed will be useful for anyone seeking practical guidelines for the engineering and optimization of CDMA networks.
One last note, we have used the North American PCS CDMA system operating in the 1800 MHz spectral band as our example for numerical evaluations in many of our discussions; however, almost all discussions are equally applicable to both 1.8 GHz and 850 MHz CDMA systems if appropriate changes are made for the frequency-related numerical values (for example, wavelength). Also, the guidelines in this book can be applied to the systems deployed in other parts of the globe, though local regulations and practices may modify some of the specific procedures, as well as the 1.8 GHz or 850 MHz spectral band.
Kyoung Il Kim
August 1999, Whippany, N.J.
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