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无线传感器网络节能协议的设计与实现

摘要第9-10页
Abstract第10页
Introduction第11-15页
    Background第11-12页
    Meaning第12-13页
    Purpose第13-14页
    Contain第14-15页
Terms and Abbreviations第15-16页
Introduction to Microcontrollers and Relation with WSN第16-20页
    Introduction第16页
    Microcontroller Systems第16-19页
    Design of Equipments with Microcontrollers第19-20页
Part I Theoretical Considerations第20-47页
    Chapter 1 Introduction in Wireless Sensor Network第20-26页
        1.1 What Is WSN and Where it Started?第20-21页
        1.2 Applications of WSN第21-23页
            1.2.1 Environmental Monitoring第21页
            1.2.2 Health Monitoring第21-22页
            1.2.3 Traffic control第22页
            1.2.4 Industrial Sensing第22页
            1.2.5 Infrastructure Security第22页
            1.2.6 Personal usage第22-23页
        1.3 Hardware Platform, Routing Protocol, Encryption Algorithm and Their Meaningfor WSN第23-25页
            1.3.1 Hardware Platform第23页
            1.3.2 Routing Protocol第23-24页
            1.3.3 Encryption and Security第24-25页
        1.4 The Future of WSN第25-26页
    Chapter 2 Hardware Component Description第26-38页
        2.1 Summary of the Arduino UNO Board第26-29页
            2.1.1 Technical Specifications第26页
            2.1.2 Programming第26-27页
            2.1.3 Power第27-28页
            2.1.4 Memory第28页
            2.1.5 Input / Output第28-29页
            2.1.6 Communication第29页
        2.2 RF24 Transceiver第29-32页
            2.2.1 Operational Modes第29-31页
            2.2.2 Topology for nRF24L01 Network第31-32页
        2.3 SIM Platform SIM800L第32-33页
        2.4 Sensors第33-38页
            2.4.1 Light Sensor第33-34页
            2.4.2 Smoke / Gas Sensor第34-35页
            2.4.3 Fire Sensor第35-36页
            2.4.4 Motion Sensor第36-37页
            2.4.5 Relay第37-38页
    Chapter 3 The Description of Routing Protocol and Encryption Algorithm第38-45页
        3.1 RF24 Routing Protocol Description第38-41页
            3.1.1 Enhanced Shock Burst Protocol第38-39页
            3.1.2 ESB Packet Format第39页
            3.1.3 RF24 Libraries第39页
            3.1.4 RF24 Network Library第39-41页
        3.2 Tiny Encryption Algorithm Library第41-43页
            3.2.1 Tiny Encryption Algorithm Description第41-42页
            3.2.2 Coding Algorithm第42-43页
        3.3 ENIGMA Daily KEY Idea第43-45页
    Chapter 4 An Improved Routing Protocol by Combining ESB and D-MAC第45-47页
        4.1 D-MAC Protocol第45页
        4.2 D-MAC Protocol in a Tree Topology第45-46页
        4.3 An Improved Routing Protocol by Combining ESB and D-MAC第46-47页
Part II Designing and Implementing the Idea第47-75页
    Chapter 5 Hardware Implementation第47-51页
        5.1 Block Diagram第47-48页
        5.2 Block Diagram for nRF24L01 Radio Transceiver第48-49页
        5.3 Block Diagram for SIM800l Module第49-50页
        5.4 Block Diagram of Sensors Connection第50-51页
    Chapter 6 Software Implementation第51-72页
        6.1 Organizing Information in the Message第51-52页
        6.2 Reading Sensors, Commanding Relay Functions第52-55页
            6.2.1 Sensor Reading for Children Node第52-54页
            6.2.2 Sensor Reading for Master Node第54页
            6.2.3 Writing for Relay Module第54-55页
        6.3 Message Sending第55-59页
        6.4 Message Receiving第59-61页
        6.5 Message Encoding and Decoding第61-63页
        6.6 Sending and Receiving SMS / Call a Number第63-66页
        6.7 Other Functions第66-70页
            6.7.1 Update Function第66-68页
            6.7.2 Relatives Function第68-69页
            6.7.3 Parent Nodes and Children Nodes Message Sending Function第69-70页
        6.8 Implementing the D-MAC Protocol第70-72页
    Chapter 7 Results and Conclusion第72-75页
Appendices第75-76页
    Appendix Nr1第75-76页
References第76-77页

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