Foreword
Chapter 1 Introduction
1.1 Definition
1.2 Development Overview
1.3 Framework
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1.4 Standard System
1.5 Key Technologies and Difficulties
1.6 Application Fields
Summary of this Chapter
Exercises and Thinking Questions
References
Chapter 2 EPC and RFID Technology
2.1EPC Coding
2.1.1EPC Coding Protocol
2.1.2EPC system structure
2.1.3 Barcode technology
2.1.4 The difference between barcode, RFID and EPC
2.2RFID system
2.2.1 Principle of transponder
2.2.2 Reader part
2.2.3 RFID antenna part
2.2.4 RFID middleware
Summary of this chapter
Exercises and reflection questions
References
Chapter 3 Sensor Technology
3.1 Basic knowledge of sensors
p>3.1.1 Concept of sensor
3.1.2 Function of sensor
3.1.3 Composition of sensor
3.1.4 Classification of sensor
3.1.5 Basic characteristics of sensors
3.2 Introduction to several commonly used sensors
3.2.1 Temperature sensors
3.2.2 Humidity Sensors
3.2.3 Ultrasonic sensors
3.2.4 Gas sensors
3.3 Intelligent sensors
3.3.1 Basics of intelligent sensors Concept
3.3.2 The composition of smart sensors
3.3.3 Functions and characteristics of smart sensors
3.3.4 Networked smart sensors based on IEEE1451
p>3.3.5 Smart Sensor Standard System
3.3.6 Application of Smart Sensors
3.3.7 Development Trend of Smart Sensors
3.4MEMS Technology
3.4.1 Overview of MEMS
3.4.2 Characteristics of MEMS
3.4.3 MEMS applications
3.4.4 Commonly used MEMS sensors
3.5 Sensor interface technology
3.5.1 Sensor interface characteristics
3.5.2 Commonly used sensor interface circuits
3.5.3 Sensor and microcomputer interface General structure
3.5.4 Interface circuit application examples
Summary of this chapter
Exercises and thinking questions
References
Chapter 4 Wireless Sensor Network Technology
4.1 Overview of Wireless Sensor Networks
4.1.1 Introduction to Wireless Sensor Networks
4.1.2 Sensor Network Architecture
4.1.3 Development of sensor networks
4.2 Technical system of wireless sensor networks
4.2.1 Ad hoc network technology
4.2. 2 Node positioning technology
4.2.3 Time synchronization technology
4.2.4 Security technology
4.3 Communication protocol of wireless sensor network
4.3.1 Routing protocol of wireless sensor network
4.3.2 MAC protocol of wireless sensor network
4.4 Technical standards of wireless sensor network
4.4.1IEEE802. 15.4 Standard
4.4.2 ZigBee Protocol Specification
4.5 Information Fusion of Multi-Sensor Networks
4.5.1 Wireless Sensor Network Data Fusion
4.5.2 Wireless
Sensor network data fusion classification
Model
Summary of this chapter
Exercises and reflection questions
References
Chapter Chapter 5 M2M Technology
5.1 Overview
5.1.1M2M Origin and Current Situation
5.1.2M2M Standardization Work
5.2M2M Architecture , protocol, content
5.2.1M2M system architecture
5.2.2M2M key technology
5.2.3M2M application model
5.2.4WMMP Introduction
5.3M2M module
5.3.1 Introduction to several M2M modules
5.3.2 Huawei's M2M module - MC323
5.4M2M Applications
5.4.1 Healthcare
5.4.2 Power System
5.4.3 Smart Home
5.5M2M Prospects and challenges
5.5.1 Forecast of the prospects of the M2M market
5.5.2 Problems existing in the current M2M application model
Summary of this chapter
Exercises and reflection questions
References
Chapter 6 Cloud Computing Technology
6.1 Introduction to Cloud Computing
6.1.1 Cloud Computing Origin
6.1.2 Basic concepts of cloud computing
6.1.3 Characteristics of cloud computing
6.1.4 Relationship between cloud computing and related technologies
6.2 Cloud Computing and Internet of Things
6.3 Cloud Computing Implementation Technology
6.3.1 Working Principle of Cloud Computing
6.3.2 Cloud Computing Architecture
6.3.3 Cloud computing service level
6.3.4 Key cloud computing technologies
6.3.5 Derived technologies of cloud computing
Summary of this Chapter
Exercises and Questions
References
Chapter 7 Intelligent Processing Technology
7.1 Open Complex Intelligent Systems
7.2 Knowledge acquisition, expression and reasoning
7.2.1 Knowledge overview
7.2.2 Information and knowledge acquisition
7.2.3 Knowledge representation
7.2.4 Knowledge Reasoning
7.2.5 Knowledge and Intelligence Emergence
7.3 Database Technology
7.3.1 Database Overview
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7.3.2 Data model
7.3.3 Distributed database
7.3.4 Mobile database
7.3.5 Data warehouse, data mining and knowledge discovery
7.3.6 Common database products
7.4 Distributed intelligence
7.4.1 Overview of distributed intelligence
7.4.2 Intelligence Agent
7.4.3 Multi-smart Agent
7.4.4 Mobile Agent
Summary of this Chapter
Exercises and Thinking Questions
References
Chapter 8 Internet of Things Security Technology
8.1 Overview of Internet of Things Security
8.1.1 Analysis of Security Technology of Internet of Things
p>8.1.2 Overview of RFID tag security
8.2 Internet of Things Identification Technology
8.2.1 Electronic ID Identification Technology
8.2.2 Identity proof of personal characteristics
8.3 Identification technology based on zero-knowledge proof
8.4 Internet of Things key management technology
8.4.1 Management of symmetric keys
8.4.2 Management of asymmetric keys
8.5 Internet of Things key management system
8.5.1 Distribution of keys
8.5.2 Internet of Things key distribution method
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8.5.3 Key injection
8.5.4 Key storage
8.5.5 Key replacement and key revocation
8.6 Internet of Things Key generation technology
8.6.1 Key generation hardware technology
8.6.2 Key generation software technology
8.7 Key decentralized management and Hosting
8.8 Message Authentication and Digital Signatures in the Internet of Things
8.8.1 Message Consistency
8.8.2 Digital Signatures
8.8.3 Application examples of digital signatures
8.9 Overview of information hiding
8.10 Basic principles of information hiding
8.11 Digital watermarks
8.12 Objects Networking IP Security
8.13 Key Exchange (IKE) Protocol
Summary of this Chapter
Exercises and Questions
References
Chapter 9 Theoretical basis of the Internet of Things
9.1 The basis of control theory under the Internet of Things
9.1.1 Classical control theory
9.1.2 Modern control theory
9.1.3 Several common control methods
9.1.4 Basics of network-based control theory
9.2 Basics of information theory
9.2.1 Classification and development of information theory
9.2.2 Basics of information theory
9.2.3 Information theory in the context of the Internet of Things - Perceptual information theory
9.3 Basics of network science
9.3.1 Three stages of studying network science
9.3.2 Tools and methods for studying network science
9.3.3 Scale-free network and Barabasi Albert model
9.4 CPS theoretical basis
9.4.1 CPS - the technical connotation of the Internet of Things
9.4.2 CPS architecture
9.4.3 Analysis of scientific and technological bottlenecks in the development of CPS
9.5 Key scientific issues of the Internet of Things
9.6 Research on modeling of the Internet of Things
Summary of this chapter
Exercises and reflection questions
References
Abbreviations