CDMA Capacity and Quality Optimization
by: Adam N. Rosenberg
Abstract: Now that CDMA has been accepted as a key component of worldwide 3G systems, service providers, capacity planners, engineers and technicians need to understand the best methods and tools for maximizing throughput, capacity, and quality. This book provides that expertise.
Full details
Table of Contents
- A. Acknowledgments
- B. A Note on Terminology
- C. How to Use This Book
- 1. Radio Engineering Concepts
- 2. Radio Signal Quality
- 3. The User Terminal
- 4. The Base Station
- 5. Basic Wireless Telephony
- 6. Analog Wireless Telephony (AMPS)
- 7. TDMA Wireless Telephony (GSM)
- 8. The CDMA Principle
- 9. General Cellular Standards
- 10. Worldwide CDMA Standards
- 11. The PSTN and Telephone Switching
- 12. Telephony Engineering Concepts
- 13. Telephone Transport
- 14. Signaling with SS7
- 15. ANSI-41
- 16. Call States
- 17. Quality of Service (QoS)
- 18. Speech Coding
- 19. Hybrid Voice-Data Networks
- 20. Short Message Service (SMS)
- 21. Wireless Data Services
- 22. Capacity and Quality Tradeoffs
- 23. Traffic Engineering for Voice and Data
- 24. Switching Capacity
- 25. ANSI-41 Signaling Capacity
- 26. Capacity Calculations for Cellular Networks
- 27. Conventional Reuse Principles
- 28. CDMA Principles for Multicellular Systems
- 29. CDMA Data Capacity Principles
- 30. Capacity Issues Specific to CDMA
- 31. Estimating Wireless Telephone Demand
- 32. Planning Locations for Base Stations
- 33. Base Station Planning
- 34. Mobile Switching Center (MSC) Planning
- 35. Backhaul Planning
- 36. Signaling Capacity Planning
- 37. MSC Transport Planning
- 38. Special Situations
- 39. Measuring System Performance for Growth
- 40. Turning User Complaints into Useful Data
- 41. Increasing Capacity of a Base Station
- 42. Adding Cells to a CDMA System
- 43. Mobile Switching Center (MSC) Growth
- 44. Adding Transport
- 45. Regional Growth in a Specific Area
- 46. Business-Case Models
- 47. Propagation Models
- 48. Subscriber Traffic Modeling
- 49. CDMA Now and in the Future
- A. About the Authors
Tools & Media
Expanded Table of Contents
-
A.
Acknowledgments
-
B.
A Note on Terminology
-
C.
How to Use This Book
- 1. Radio Engineering Concepts
- 2. Radio Signal Quality
- 3. The User Terminal
- 4. The Base Station
- 5. Basic Wireless Telephony
- 6. Analog Wireless Telephony (AMPS)
- 7. TDMA Wireless Telephony (GSM)
- 8. The CDMA Principle
- 9. General Cellular Standards
- 10. Worldwide CDMA Standards
- 11. The PSTN and Telephone Switching
- 12. Telephony Engineering Concepts
- 13. Telephone Transport
- 14. Signaling with SS7
- 15. ANSI-41
- 16. Call States
- 17. Quality of Service (QoS)
- 18. Speech Coding
- 19. Hybrid Voice-Data Networks
- 20. Short Message Service (SMS)
- 21. Wireless Data Services
- 22. Capacity and Quality Tradeoffs
- 23. Traffic Engineering for Voice and Data
- 24. Switching Capacity
- 25. ANSI-41 Signaling Capacity
- 26. Capacity Calculations for Cellular Networks
- 27. Conventional Reuse Principles
- 28. CDMA Principles for Multicellular Systems
- 29. CDMA Data Capacity Principles
- 30. Capacity Issues Specific to CDMA
- 31. Estimating Wireless Telephone Demand
- 32. Planning Locations for Base Stations
- 33. Base Station Planning
- 34. Mobile Switching Center (MSC) Planning
- 35. Backhaul Planning
- 36. Signaling Capacity Planning
- 37. MSC Transport Planning
- 38. Special Situations
- 39. Measuring System Performance for Growth
- 40. Turning User Complaints into Useful Data
- 41. Increasing Capacity of a Base Station
- 42. Adding Cells to a CDMA System
- 43. Mobile Switching Center (MSC) Growth
- 44. Adding Transport
- 45. Regional Growth in a Specific Area
- 46. Business-Case Models
- 47. Propagation Models
- 48. Subscriber Traffic Modeling
- 49. CDMA Now and in the Future
-
A.
About the Authors
Book Details
Title: CDMA Capacity and Quality Optimization
Publisher: McGRAW-HILL: New York Chicago, San Francisco, Lisbon, London, Madrid, Mexico City, Milan, New Delhi, San Juan, Seoul, Singapore, Sydney, Toronto
Copyright / Pub. Date: 2003 The McGraw-Hill Companies, Inc.
ISBN: 9780071399197
Authors:
Adam N. Rosenberg
is an industrial mathematician who has worked in wireless and landline telephony,
airline planning, railroad line optimization, used car value prediction, printed circuit
board design and manufacture, image processing of flood plain maps, and, currently,
hotel revenue management. He worked with the cellular founders at Bell Telephone Laboratories
on Advanced Mobile Phone Service (AMPS) and, more recently, on Broadband Code Division
Multiple Access (B-CDMA) at InterDigital Communications Corporation. Dr. Rosenberg
earned his A.B. in Mathematics from Princeton University, cum laude, and his M.S.
and Ph.D. in Operations Research from Stanford University. He can be reached at adam@the-adam.com
Description: Now that CDMA has been accepted as a key component of worldwide 3G systems, service providers, capacity planners, engineers and technicians need to understand the best methods and tools for maximizing throughput, capacity, and quality. This book provides that expertise.
