아주대학교

목차

ACKNOWLEDGEMENT 5
ABSTRACT 7
LIST OF FIGURES 9
LIST OF TABLES 11
LIST OF PUBLICATIONS 12
TABLE OF CONTENTS 13
CHAPTER 1: INTRODUCTION 14
1.1 MOTIVATION 14
1.2. THESIS OBJECTIVES 15
1.3. THESIS CONTRIBUTION 16
1.4. THESIS ORGANIZATION 18
CHAPTER 2: BACKGROUND 19
2.1 WIRELESS SENSOR NETWORK (WSN) OVERVIEW 19
2.2 WSN ROUTING 22
2.3. WSN DEPENDABILITY REQUIREMENTS 26
2.4. RELIABILITY THEORY 29
CHAPTER 3: RELATED WORK 35
3.1. SECURE AND RELIABLE WSN – INDUSTRIAL STANDARDIZATION PERSPECTIVE 35
3.2. OVERVIEW OF EXISTING RELIABILITY SUPPORT PROTOCOL 37
3.3. OVERVIEW OF EXISTING MULTIPATH ROUTING PROTOCOLS 40
3.4. OVERVIEW OF EXISTING KEY MANAGEMENT PROTOCOLS 41
CHAPTER 4: PROPOSED BACKBONE ASSISTED END-TO-END RELIABLE ROUTING PROTOCOL FOR WSNS 43
4.1. HOTLINE-BASED RELIABLE WSN TOPOLOGY 45
4.2. MULTIPATH ROUTE DISCOVERY MECHANISM 52
4.3. APPLICATION SCENARIOS 55
CHAPTER 5: PROPOSED SECURITY INTEGRATION: A BACKBONE ASSISTED HYBRID KEY MANAGEMENT PROTOCOL FOR WSNS 58
5.1 NETWORK ARCHITECTURE 61
5.2 OVERVIEW OF THE SCHEME 63
CHAPTER 6: PERFORMANCE EVALUATION 71
6.1 EVALUATION OF BACKBONE ASSISTED RELIABLE ROUTING MECHANISM 71
6.2. EVALUATION OF PROPOSED HYBRID KEY MANAGEMENT SCHEME 85
CHAPTER 7: CONCLUSION AND FUTURE WORK 96
REFERENCES 98