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Key Technologies of Wireless Ad-hoc and Sensor Networks for Optimized Transmission Management in Disaster Situation

Abstract第5-7页
摘要第8-10页
Acknowledgements第10-12页
Dedication第12-13页
Table of Contents第13-18页
List of Figures第18-21页
List of Tables第21-22页
List of Acronyms第22-25页
CHAPTER 1: INTRODUCTION第25-35页
    1.1 Background第25-27页
    1.2 Problem of Research第27-30页
    1.3 Contributions of Dissertation第30-32页
        1.3.1 Reduce the Power Consumption in Sensor Networks第30-31页
        1.3.2 Combat the Multipath Fading Effect with Low Complexity第31页
        1.3.3 Mitigate the Congestion in Wireless Ad-hoc Networks第31-32页
        1.3.4 Manage the ICT Issues in Disaster Situation第32页
    1.4 Dissertation Outline第32-35页
CHAPTER 2: TECHNICAL BACKGROUND AND SYSTEM MODEL OF AD-HOC NETWORKS第35-65页
    2.1 Introduction第35-38页
    2.2 Key Technology of Wireless Ad-hoc Networks第38-42页
    2.3 Transmissions Coordination Techniques第42-46页
    2.4 Modeling of Wireless Transmission Radio Channel第46-52页
        2.4.1 Wireless Propagation Model第46-48页
        2.4.2 Free space Path Loss Model第48-52页
    2.5 MAC Protocols for Wireless Ad Hoc Networks第52-53页
    2.6 Wireless Ad-hoc Network Technical Challenges第53-54页
    2.7 Wireless Ad-hoc Network's Issues第54-65页
        2.7.1 Multi-access Communication Issue第55-57页
        2.7.2 MAC Issues Concerning Ad-hoc Networks第57-65页
CHAPTER 3: MODELING AND OPTIMIZATION OF WIRELESS AD-HOC NETWORKS第65-132页
    3.1 Introduction第65-67页
    3.2 The Characteristic of Multipath Fading Channels第67-72页
    3.3 Modeling Multipath Channels第72-79页
    3.4 Modeling and Optimization Analysis for Ad-hoc Networks第79-92页
        3.4.1 Ad-hoc relay Channel Model第80-82页
        3.4.2 MIMO Channel Capacity Model第82-89页
        3.4.3 SISO Channel Model第89-91页
        3.4.4 SIMO Channel Model第91-92页
    3.5 Mitigation of Multipath Fading第92-132页
        3.5.1 Co-operative Ad-hoc Network第93-95页
        3.5.2 Diversity第95-103页
        3.5.3 Amplify-and-Forward Relaying Systems第103-115页
        3.5.4 Decode-and-Forward Relaying Systems第115-132页
CHAPTER 4: WIRELESS AD-HOC NETWORK COLLISION AVOIDANCE FRAMEWORK第132-168页
    4.1 Introduction第132-134页
    4.2 Collision Avoidance Scheme第134-135页
    4.3 Congestion Avoidance and Control第135-142页
    4.4 The Procedure of Distributed Coordination Function第142-149页
    4.5 Wireless Ad-hoc Networks Optimization第149-150页
    4.6 Collision Avoidance and Energy-Saving Framework第150-154页
    4.7 Self-Organized Wireless Ad-hoc Network第154-156页
    4.8 Clustering Wireless Ad-hoc Networks第156-158页
    4.9 Cross-layer Design to Optimize Ad-hoc Networks第158-163页
        4.9.1 Predicting the Polling Rate第160-162页
        4.9.2 Simulation Results第162-163页
    4.10 Modified Disaster Wearable Sensor System第163-165页
    4.11 Abnormal Vital Sign Detection Model第165-168页
CHAPTER 5: THE USE OF ICT AS A SOLUTION FOR DISASTERMANAGEMENT ISSUES第168-204页
    5.1 Introduction第168-171页
    5.2 Natural Disasters' Events第171-174页
    5.3 Disaster Information and Communication Framework第174-177页
    5.4 Disaster Information Delivery Model第177-178页
    5.5 Disaster ICT Issues with Proposed Solutions第178-183页
        5.5.1 Healthcare Communications Issues第178-181页
        5.5.2 Connectivity to Survivor's Issues第181-182页
        5.5.3 Continuous Communications Issues第182-183页
    5.6 Disaster Management Framework第183-191页
        5.6.1 Early Warning Sensing Device第184-186页
        5.6.2 The ICT Media第186-187页
        5.6.3 Community Information第187-188页
        5.6.4 Information Analysis System第188页
        5.6.5 Official Disasters'Authorities第188-189页
        5.6.6 Disaster Awareness System第189页
        5.6.7 Use of Collected Information in Decision Making第189-190页
        5.6.8 Local Media's Information第190-191页
    5.7 Disaster Management System Models第191-204页
        5.7.1 Disaster Preparedness Strategy第192-193页
        5.7.2 Disaster Response Model第193-194页
        5.7.3 Disaster Recovery第194-198页
        5.7.4 The Disaster Mitigations Tools第198-199页
        5.7.5 The Use of ICT for Disaster Risk Reduction第199-202页
        5.7.6 Disaster Prevention第202-204页
CHAPTER 6: RECOMMENDATION AND FUTURE WORK第204-208页
    6.1 Conclusion第204-206页
    6.2 Future Work第206-208页
Publications第208-209页
Reference第209-219页

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