Handover Management for the Radio-over-Fiber （RoF） on Road Vehicle Communication （RVC） System

论文摘要

In this work, the author concerned with Radio over Fiber (RoF) based network architecture that makes efficient use of its centralized control capability to address mobility management and bandwidth allocation. The study Radio over Fiber (RoF) Technology based network architecture for Road Vehicle Communication (RVC) system is proposed.The Road Vehicle Communication (RVC) system is an infrastructure network to be deployed along the roads for future intelligent transportation systems. Now days, in order to provide high bandwidth data traffic a Radio over Fiber based network has been used. In this network a control station is connected to functionally simple base stations via optical fibers. Hence the system has small cell and high mobility.RoF used in RVC faces some challenges, such as the handover issue and the resource management issue, In this work, the author make a deep study about these two issues, and some schemes to realize fast handover and efficient resource allocation are discussed.

论文目录

• ACKOWLEDGEMENTS
• Abstract
• 1. Introduction
• 1.1 Broadband Wireless Communication Systems and the challenges
• 1.2 Radio over Fiber （RoF） in Broadband Wireless Networks
• 1.3 Radio over Fiber （RoF） in Radio Vehicle Communication （RVC）
• 1.4 The Objective and scope of the work
• 1.5 Organization of the Thesis
• 2. RADIO OVER FIBER TECHNOLOGIES （RoF）
• 2.1 Introduction
• 2.2 What is Radio-over-Fiber （RoF） Technology?
• 2.3 Benefits of Radio-over-Fiber Systems
• 2.4 Applications of Radio over Fiber （RoF） Technology
• 2.5 Key Technologies on RoF using Wireless System
• 2.6 Radio over Fiber （RoF） Link Configurations
• 2.7 Generation and Transport Technologies
• 3. Handover Mangement in Wireless Mobile Network
• 3.1 Handover in Wireless Mobile Networks
• 3.2 Handover in GSM Mobile Cellular Networks
• 3.3 Issues related to Handover
• 4. Realization of Handover in Radio over Fiber （RoF） on Road Vehicle Communication （RVC）
• 4.1 MODEL of the RoF on RVC network
• 4.2 Handover when RoF used in RVC Systems
• 4.3 Types of Handovers
• 4.4 Proposed Solution for the works
• Bandwidth Management Schemes
• Summary
• Conclusions
• 5. Conclusion and Future Works Directions
• 5.1 Conclusions
• 5.2 Future Works Directions
• References.