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研究生： 郭敏良
Ming-Lian Go
論文名稱： 第三代無線通訊網路資源配置之混合式設計
A Hybrid Scheme for Resource Allocation on The Third-Generation Wireless Communications Networks
指導教授： 郭更生
口試委員:
學位類別： 碩士
Master
系所名稱： 管理學院 - 資訊管理學系
Department of Information Management
畢業學年度： 88
語文別： 中文
論文頁數： 50
中文關鍵詞： 無線通訊網路 、第三代行動通訊系統 、佇列 、資源配置 、優先權策略
外文關鍵詞： wireless communication networks, Third-Generation Mobile System, queueing, resource allocation, handover, admission control, priority policy
相關次數： 點閱：11  下載：0 
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    • 發展無線通訊資源管理與有效率的handover技術是第三代行動通訊系統發展的重要挑戰之一，其中的一個重要而且複雜的議題就是服務品質（Quality-of-Service，QoS）的保證，本論文的主要研究目的就是提出一個考慮行動通訊使用者於實際應用之服務品質需求的混合式無線資源管理控制架構。透過此一架構，吾等得以有效地改進 CDP、CBP與頻寬利用率。藉由一個兼顧各種不同的服務品質需求的 HOL 佇列架構，此混合式控制架構得以改善頻寬利用率而無須耗用太多的交替控制的資源。


    One of the most important challenges for the development of 3rd generation mobile system is to develop technologies for wireless communication resource management and efficient handover. The important and complex issue is Quality-of-Service (QoS) guarantee in the 3rd generation wireless networks. The main purpose of this study is to propose a hybrid control and wireless communication resource management scheme by considering the QoS requirement of real usage of mobile users. In this scheme, we can efficiently improve CDP, CBP, and bandwidth utilization. We propose a flow-oriented resource reservation scheme for real time traffic, and use a HOL queueing scheme for various QoS requirements. This hybrid control scheme improves the bandwidth utilization without spanning many hand-off efforts.

    ABSTRACTII CONTENTSIII TABLESV FIGURESVI 1.INTRODUCTION1 1.1BACKGROUND1 1.2 OBJECTIVES4 1.2.1Wireless Communication Resource Management4 1.2.2Efficient Handover Process and Admission Control5 2.SURVEY7 2.1THE THIRD-GENERATION WIRELESS COMMUNICATION NETWORKS7 2.1.1Overview7 2.1.2Requirements8 2.2NETWORK ARCHITECTURE OF IMT-2000 SYSTEM10 2.3HANDOVER CONTROL AND RESOURCE ALLOCATION13 2.3.1Soft Handoff in CDMA-based Cellular Mobile System13 2.3.2Admission Control in CDMA-based Cellular Mobile System14 2.4RELATED STUDIES ABOUT RESOURCE ALLOCATION15 3.A HYBRID CONTROL SCHEME FOR RESOURCE ALLOCATION17 3.1A HYBRID CONTROL SCHEME17 3.1.1System Model17 3.1.2Admission Control Method18 3.2DELAY ANALYSIS20 3.3RESOURCE UTILIZATION22 3.4CONTROL SCHEME AND STRATEGIES23 3.4.1Reservation Request Arrangement23 3.4.2Admission Controller Procedure24 3.4.3Channel Resource Manager Procedure27 4.PERFORMANCE ANALYSIS29 4.1 SIMULATION RESULTS29 4.2 TRAFFIC-LOADING THRESHOLD AND EVALUATION36 5.CONCLUSION38 5.1RESEARCH RESULTS38 5.2FUTURE RESEARCH DIRECTIONS39 REFERENCES40

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