This new hands-on resource tackles capacity planning and engineering issues that are crucial to optimizing wireless communication systems performance. Going beyond the system physical level and investigating CDMA system capacity at the service level, this volume is the single-source for engineering and analyzing systems capacity and resources. The book shows you how to quantify system capacity to enable you to design appropriate resource management and capacity strategies. When channel elements are limited, you know system capacity is critical, and this book shows you how to analyze voice, data, and multimedia traffic in systems under such limited conditions. This unique reference also shows you how to analyze CDMA capacity with multiple sectors and multiple frequency bands. Case studies, a full range of analytic methods for CDMA queues, and detailed operations scenarios make this book an indispensable tool for optimizing CDMA network performance.
Introduction - Capacity Issues. Overview and Coverage. ; System Capacity of CDMA Systems - Single Cell Case. Multiple Cell Case. Capacity Bounds of CDMA. Capacity and System Reliability. ; Traffic Activity and Capacity ëëOutage and System Capacity. Effect of Activity.; Resource Management and Capacity - Resource and Service Requirement. Resource Allocation for Capacity Improvement. ; CDMA for Voice and Data Services - Traffic Model and Systems. Erlang Capacity Analysis.; Voice and Data CDMA with Limited Channel Elements - Traffic Model and Systems. Erlang Capacity Analysis.; CDMA for Multimedia Services - Traffic Model and Systems. Erlang Capacity Analysis.; Multimedia CDMA with Limited Channel Elements - Traffic Model and Systems. Erlang Capacity Analysis.; Erlang Capacity Under the Delay Constraints - Traffic Model and Systems. Delay Distribution and Confidence. Erlang Capacity Analysis.; Approximate Analysis of CDMA Capacity - Approximate Capacity for Multiple Sectors. Approximate Capacity for Multiple Frequency Bands. ;
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Kiseon Kim
Kiseon Kim is a professor at Kwangju Institute of Science and Technology, South Korea. An IEE Fellow and IEEE Senior Member, he earned his Ph.D. in electrical engineering and systems from the University of Southern California.
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I.S. Koo
I.S. Koo is a research professor at Kwangju Institute of Science and Technology, South Korea, where he earned a Ph.D. in information and communications.