The World Wide Web (WWW)

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Table of contents

CHAPTER 1 INTRODUCTION
1.1 BACKGROUND
1.2 THE PURPOSE OF PROJECT
1.3 THE STATUS OF RELATED RESEARCH
1.3.1 Wireless sensor network
1.3.2 Internet of Things
1.3.3 Semantic Web
1.3.4 Linked data
1.3.5 Sensor Web Enablement
1.3.6 Semantic Sensor Network
1.4 MAIN CONTENT AND ORGANIZATION OF THE THESIS
CHAPTER 2 SYSTEM REQUIREMENT ANALYSIS
2.1 THE GOAL OF THE SYSTEM
2.2 REQUIREMENT OF WSN DATA PUBLISHING SYSTEM
2.2.1 Dataflow diagram
2.2.2 The functional requirements
2.2.3 System structure chart
2.2.4 Use case diagram
2.2.5 The non-functional requirements
2.3 REQUIREMENT OF SEMANTIC BASED WSN
2.4 REQUIREMENT OF SINK EXEMPTED WSN
2.5 BRIEF SUMMARY
CHAPTER 3 SYSTEM DESIGN
3.1 DESIGN OF WSN DATA-PUBLISHING SYSTEM
3.1.1 ZigBee network management
3.1.2 ZigBee network data storage
3.1.3 Publishing and subscribing function Design
3.1.4 Database design
3.2 DESIGN OF SINK EXEMPTED WSN
3.2.1 Related work
3.2.2 Challenges to exempt sink nodes
3.2.3 Architecture of sink exempted WSN
3.2.4 Hardware design
3.2.5 Protocol stack
3.2.6 Data transmitting process
3.2.7 Data receiving process
3.2.8 Problems remained
3.3 KEY TECHNIQUES
3.4 BRIEF SUMMARY
CHAPTER 4 SYSTEM IMPLEMENTATION AND TESTING
4.1 THE ENVIRONMENT OF SYSTEM IMPLEMENTATION
4.1.1 Hardware environment
4.1.2 Software environment
4.2 KEY PROGRAM FLOW CHARTS
4.2.1 Flowchart of data publishing process
4.2.2 Flowchart of user subscribing sensor data
4.3 KEY INTERFACES OF THE SOFTWARE SYSTEM
4.3.1 The mainpage of the system
4.3.2 The sensor page
4.3.3 The personal page of a registered user
4.3.4 The administrator Page
4.4 SYSTEM TESTING
4.4.1 Tests on the mainpage
4.4.2 Tests on the sensor page
4.4.3 Tests on the personal page of a registered user
4.4.4 Tests on the administrator page
4.5 BRIEF SUMMARY
CONCLUSION
REFERENCES