Performance analysis of hierarchical cellular systems with multiple class traffic = 다중 클래스 트리픽 환경하에 계층셀의 성능 분석

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Hierarchical Cell Structure(HCS) describes a system where at least two types of cells (e.g., macrocell and microcell) operate one upon an-other. As the mobile teletraffic demands increase dramatically and the wireless multimedia services of IMT-2000 systems are required, interest in the cellular system with the hierarchical structure has emerged. Specially, a microcell hot spot embedded in CDMA macrocell systems can provide a high capacity in the service areas with a higher teletrafc density or areas that are poorly covered. The studies of HCS had been extensively carried on for various environments. However, most of the studies were based on only single traffic such as voice service. For wireless multimedia services of IMT-2000 systems, we must concern about the mixed traffic environment where there are two or more types of class in each cell. And, in order to manage optimal radio resource, call admission control is considered for multiple types of services requir-ing different SIRs(Signal to Interference Ratio) and transmission rates in a CDMA overlaid/underlaid macrocell and microcell structure. Call admission control can significantly impact the performance of a cellular system. In this thesis, we show how call admission can be used to optimize the performance of a hierarchical cellular system. Performance measures such as blocking probability of new call and throughput with the optimal power allocation are obtained by computer simulation.
Advisors
Han, Young-Namresearcher한영남researcher
Description
한국정보통신대학원대학교 : 공학부,
Publisher
한국정보통신대학교
Issue Date
2001
Identifier
392074/225023 / 000993919
Language
eng
Description

학위논문(석사) - 한국정보통신대학원대학교 : 공학부, 2001, [ ix, 55 p. ]

Keywords

WCDMA; Microcell; 계층셀; 마이크로셀; Hierarchical Cellular Systems

URI
http://hdl.handle.net/10203/54743
Link
http://library.kaist.ac.kr/search/detail/view.do?bibCtrlNo=392074&flag=dissertation
Appears in Collection
School of Engineering-Theses_Master(공학부 석사논문)
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