A framework for call admission control with threshold setup and evaluation of the performance in WCDMA systems
Leonardo Badia, Michele Zorzi
Abstract
Leonardo Badia, Michele Zorzi
Abstract
This paper provides a study of threshold-based call admission control in CDMA systems. We formulate a framework, in which the existing algorithms are identified and even original ones can be developed with similar concepts. Different schemes are compared under the point-of-view of quality of service metrics, like blocking and dropping probability. A general trade-off can be shown, that can be managed in a simple but effective way by setting the admission threshold appropriately. As a final contribution, we propose possible extensions that, if included in the presented framework, can be beneficial for the admission control performance.
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This paper provides a study of threshold-based call admission control in CDMA systems. We formulate a framework, in which the existing algorithms are identified and even original ones can be developed with similar concepts. Different schemes are compared under the point-of-view of quality of service metrics, like blocking and dropping probability. A general trade-off can be shown, that can be managed in a simple but effective way by setting the admission threshold appropriately. As a final contribution, we propose possible extensions that, if included in the presented framework, can be beneficial for the admission control performance.
Key concepts: Computer science, W-CDMA, Call Admission Control, Blocking (statistics), Admission control, Quality of service, Code division multiple access, Control (management)