High efficiency mechanisms to achieve Wireless Sensor Networks working performance

'Time management'用'efficiency'和'deadline'讨论 #生活技巧# #职场沟通技巧# #商务英语口语#

声明

Abstract

摘要

TABLE OF CONTENTS

LIST OF FIGURES

LIST OF TABLES

LIST OF ACRONYMS

CHAPTER 1 LITERATURE OVERVIEW

1．1 Forest fire overview

1．2 Forest fire Statistics

1．3 Protection and prevention

1．4 Detection

1．4．1 Early Detection of Forest Fires Using Wireless Sensor Networks

1．5 The Importance of Wireless Sensor Networks to Forest Fire Detection

1．5．1 The Importance of Forest Fire Detection

1．5．2 Forest Fire Detection System Based on Wireless Sensor Network

1．6 Forest Fire Detection System Based on Wireless Sensor Networks

1．6．1 Wireless Semor Network Nodes

1．7 Summery

CHAPTER 2 WSN INTRODUCTION

2．1 Overview

2．2 Sensor nodes Hardware

2．2．1 Nodes hardware Components

2．3 Sensor Applications of Interest

2．3．1 Data Gathering Applications

2．3．2 Computation-Intensive Applications

2．4 Sensor Networks Challenges

2．5 Applications of sensor networks

2．6 Sensor Technical Challenges

2．7 Energy Efficiency

2．8 Sensor Node Localization

2．8．1 Localization Techniques

2．8．2 Beacon／Node Placement Techniques

2．9 Routing

2．10 Thesis Survey Focus

2．11 Summary

CHAPTER 3 WSN ROUTING PROTOCOLS

3．1 General Introductions

3．1．1 Taxonomy of Sensor Networks

3．1．2 Unique Features of Sensor Networks

3．2 Network Protocols

3．2．1 Resource-Aware Routing

3．2．2 Data-Centric Routing Protocols

3．2．3 Geographic Routing

3．2．4 Clustering for Data Aggregation

3．3 Summary

CHAPTER 4 HYBRID COMPRESSION AND AGGREGATION TECHNIQUES

4．1 Localization and Coverage challenges

4．2 Node Localization and Data Aggregation

4．3 Proposed System

4．3．1 Approach Overview

4．3．2 Communications Design

4．4 Voronoi Diagram Overview

4．4．1 Voronoi diagram implementation

4．5 Slepian-Wolf and conditional entropy

4．5．1 Inter-cluster Communication using Slepian-wolf

4．6 Benefits of using HCT

4．7 Hybrid Compression Technique mechanisms

4．7．1 Data Encoding Compression To Single Sink Aggregation Costs

4．7．2 Hybrid compression Technique(HCT)

4．8 Simulation and Resuits

4．9 Summary

CHAPTER 5 PROLONGING WSN OVERALL LIFETIME BASED ON NODE REPLACEMENT

5．1 Node replacement Overview

5．2 PROBLEM DESCRIPTION

5．3 Node-Replacement Policies

5．3．1 Cumulative Reduction of Sensing Coverage

5．3．2 Energy Increase per Node

5．3．3 Local Reduction of Sensing Coverage

5．3．4 Lack of life nodes per sub-region

5．4 System Descriptions

5．5 Simulation and Results

5．6 Summary

CHAPTER 6 WIMAX AND SENSORS CONNECTING TO ACHIEVE FOREST FIRE MONITORING SYSTEM

6．1 Wimax Overview

6．1．1 Wimax connecting ability

6．1．2 Idea and Advantages

6．2 Why WSC?

6．3 WSC System Design

6．3．1 WSC Overview and Benefits

6．3．2 Communication Design

6．4 Experimental results

6．5 Summary

CHAPTER 7 CONCLUSIONS

REFERENCES

ACKNOWLEDGEMENTS

APPENDIX A PUBLICATIONS

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