本书将围绕机械工程智能制造的核心技术与关键装备展开，面向机械工程专业、电气工程专业、材料工程专业等理工科专业，向学生讲授以智能制造为核心的相关先进技术与装备。全书分为10个单元，分别对智能材料、智能传感、精密仪表、智能机器人、物联网、无人驾驶、4D打印、超精加工、5G通信及AI人工智能展开技术讨论，每一单元分为技术原理、应用案例和设计报告三个模块，分别从基础知识、实际应用及设计讨论三个方面展开，弱化理论知识的讲解，普及相关技术的基础知识，突出技术应用的现状和应用方法，强化学生的知识储备和科学素养，以期培养具有宽口径、厚基础特点的复合型应用人才。

Chapter 1 New-Type Material Technology: Smart Materials
1.1 Characteristics of Smart Materials
1.1.1 Introduction
1.1.2 Classification of Smart Materials
1.1.3 Main Type of Smart Materials
1.2 Piezoelectric Materials in Ultrasonic Motor
1.2.1 Classification of Vibration State of Piezoelectric Motor
1.2.2 Resonant Piezoelectric Motor
1.2.3 Off-Resonant Piezoelectric Linear Motor
1.3 Group Report-New Applications of Smart Materials
Review Questions
Chapter 2 New Sensor Network Technology: Intelligent Sensor
2.1 Basic Principles of Intelligent Sensor
2.1.1 Introduction
2.1.2 Technical Principle of Intelligent Sensor
2.1.3 Functions of Intelligent Sensor
2.1.4 Several Types of Intelligent Sensor
2.1.5 Realization Means of Intelligent Sensors
2.1.6 Key Technologies of Intelligent Sensors
2.1.7 Development Trend of Intelligent Sensor
2.2 Fashion Intelligent Wearable Devices
2.2.1 Main Types of Wearable Devices
2.2.2 Working Principle
2.2.3 Technical Bottlenecks
2.2.4 Development Potential
2.3 Group Report-Proposal of Intelligent Biosensor
Review Questions
Chapter 3 Precision Measurement and Instrument: Ultra-Precision Instrument
3.1 Current Technology of Ultra-Precision Instrument
3.1.1 Introduction
3.1.2 Advance Precision Measurement Technology
3.1.3 Key Precision Instrument
3.1.4 Development Trend of Precision Measurement and Instrument
3.2 Precision Positioning Stage with Multi-DOF
3.2.1 Current Status in Precision Positioning Stage
3.2.2 Several New Type of Precision Positioning Stage
3.2.3 Directly-Driving Technology in Precision Positioning Stage
3.3 Group Report-Precision Measurement in Engineering
Review Questions
Chapter 4 Trends of Industrial Robot Technology: Intelligent Robot
4.1 Various of Intelligent Robots
4.1.1 Introduction
4.1.2 Definition of Intelligent Robots
4.1.3 Classifications of Intelligent Robots
4.1.4 Various of Intelligent Robots
4.1.5 Key Technologies of Intelligent Robots
4.2 Automated Guided Vehical-New Intelligent Logistics Robot
4.2.1 Current Application Status
4.2.2 Working Principle of AGV
4.2.3 Core Components of AGV
4.3 Group Report-Various Applications of Intelligent Robots
Review Questions
Chapter 5 Universal Interconnection Technology: Internet of Things
5.1 Realization Technology of Interconnected World
5.1.1 Introduction
5.1.2 Origin and Development of IoT
5.1.3 Characteristics of IoT
5.1.4 Level Model of IoT
5.1.5 Key Technologies of IoT
5.1.6 Typical Applications of IoT
5.2 Application of IoT: Smart City
5.2.1 Background
5.2.2 International Practice on Smart City
5.2.3 Chinese Practice on Smart City
5.2.4 Influences of Smart City
5.3 Group Report-Application Advantages of IoT
Review Questions
Chapter 6 Revolution of Driving Style: Unmanned Ground Vehicle
6.1 Analysis of Working Principle of Unmanned Ground Vehicle
6.1.1 Introduction
6.1.2 Different Development of UGVs around World
6.1.3 Architecture of UGV
6.1.4 Working Principle of UGV
6.1.5 Technical Implementation of Working Principle
6.2 Apollo: Baidu's Ecology of Unmanned Ground Vehicle
6.2.1 Development of UGV in Baidu
6.2.2 Structure of Baidu's UGV
6.2.3 Apollo: More Than What You Hope
6.2.4 Key Technologies and Bottleneck
6.3 Group Report-Key Factors of Unmanned Ground Vehicle
Review Questions
Chapter 7 Printing Technology on Time Axis: 4D Printing
7.1 Differences Between 4D Printing and 3D Printing
7.1.1 Introduction
7.1.2 Components of 4D Printing
7.1.3 Process of 4D Printing
7.1.4 Characteristics and Advantages of 4D Printing
7.1.5 Differences Between 3D Printing and 4D Printing
7.1.6 Pot