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  • ISBN:9787547857144
  • 装帧:一般胶版纸
  • 册数:暂无
  • 重量:暂无
  • 开本:其他
  • 页数:108
  • 出版时间:2022-07-01
  • 条形码:9787547857144 ; 978-7-5478-5714-4

本书特色

生动描绘智慧港口发展蓝图,剖析智慧港口生态构成和主要技术基础!本书系统总结并提出了当前发展水平下智慧港口的基本特征,细致入微地解释了实现智慧港口的主要技术支撑,提出并分析了港口智慧化发展过程中的若干重要技术问题和管理问题。

内容简介

本书围绕智慧港口创新、协调、绿色、开放、共享的发展理念和生态形成,介绍了智慧港口发端、成长的内在发展逻辑及其历史过程,指出智慧港口是为现代物流业提供高安全、高效率和高品质服务的新型生态港口,提出了智慧港口生态体系的概念,指出了智慧港口生态体系的本质是创新,也是保障智慧港口可持续良好发展的前提和基础。在此基础上,本书重点从概念描述、发展现状和应用实例三个方面,介绍了目前智慧港口建设中*主要的支撑技术,包括信息物理系统、数字中台、区块链、人工智能、机器视觉、AR/VR技术、仿真预演分析、数字化监测诊断等技术。*后展望了未来智慧港口的发展愿景与目标。

目录

1 General Introduction
1.1 General Introduction to Smart Port
1.2 Smart Port and Revolution of New Technologies
1.3 Development History of Smart Port
1.4 Current Construction of Smart Port
2 Ecology of Smart Port
2.1 Ecological Environment of Smart Port
2.2 Ecological Features of Smart Port
2.2.1 Comprehensive Perception
2.2.2 Intelligent Decision-Making
2.2.3 Autonomous Handling
2.2.4 Whole-Process Participation
2.2.5 Continuous Innovation
3 Smart Port and Cyber-Physical System
3.1 General Introduction to Cyber-Physical System
3.1.1 The Concept of the Intemet of Things (lOT)
3.1.2 Composition and Technical Features of lOT
3.1.3 Current Application Fields of IOT
3.2 Development of Cyber-Physical System
3.3 Applications of Cyber-Physical System in Smart Port
3.3.1 Whole-Course Tracking and Ship-Shore Docking of Dangerous Goods
3.3.2 Identification Analysis of Industrial Internet in International Multimodal Transportation of Containers
3.3.3 Automatic Remote Operation and Control of Quay Cranes
3.3.4 Application of 5G Wireless Communication
Technology in Smart Port
Bibliography
4 Smart Port and Middle-Office System
4.1 General Introduction to Middle Office
4.1.1 Service Mode of Middle Office
4.1.2 Technical Connotation of Middle Office
4.1.3 System and Classification of Middle Office
4.2 Development of Middle Office
4.2.1 Industry Developing Condition of Middle Office Technology
4.2.2 Main Applications of Middle-Office Technology
4.3 Applications of Digital Middle Office in Smart Port
4.3.1 Significance of the Concept of Middle Office to the Integration of Port Resources
4.3.2 Development Foundation of Port Middle-Office System
4.3.3 Construction of Port Middle-Office System
Bibliography
5 Smart Port and Blockchain Technology
5.1 General Introduction to Blockchain
5.1.1 Blockchaln Concept
5.1.2 Blockchain Types
5.1.3 Supporting Technologies of Blockchain
5.1.4 The Block of a Blockchain
5.1.5 Workflow of Blockchain
5.1.6 Features of Blockchain
5.2 Development of Blockchain
5.2.1 Evolution Path of Blockchain
5.2.2 An Overview of Blockchain Development
5.3 Typical Applications of Blockchain
5.3.1 Blockchain + Financial Services
5.3.2 Blockchain + Industry Innovation
5.3.3 Blockchaln + Port and Shipping
Bibliography
6 Smart Port and Artificial Intelligence
6.1 General Introduction of AI
6.1.1 Concept of AI
6.1.2 Fields of AI
6.1.3 Categorization of AI
6.1.4 Methods in AI
6.2 Development of AI
6.3 Applications of AI in Smart Port
6.3.1 Intelligent Container Collection
6.3.2 Intelligent Stowage
6.3.3 Intelligent Ship Control
Bibliography
7 Smart Port and Machine Vision
7.1 General Introduction to Machine Vision
7.1.1 Camera Vision Technology
7.1.2 Light Detection and Ranging Vision Technology
7.1.3 Other Vision Technologies
7.2 Development of Machine Vision
7.2.1 General Introduction to Development of Machine Vision Technology
7.2.2 Machine Vision and Smart Traffic
7.3 Applications of Machine Vision Technology in Smart Port
7.3.1 Early Applications of Machine Vision Technology in Port
7.3.2 Typical Applications of Machine Vision in Smart Port
Bibliography
8 Smart Port and Virtual Reality/Augmented Reality Technology
8.1 Introduction to Virtual Reality/Augmented Reality
8.2 Development of AR/VR Technology
8.3 Applications of VR/AR Technology in Smart Port
8.3.1 Facility Operation and Business Training in Smart Port
8.3.2 3D Visualization Supervision of Smart Ports
8.3.3 Interactive Simulation of Machinery Equipment in Smart Port
8.3.4 AR Technology Serving Smart Port
Bibliography
9 Smart Port and System Simu
展开全部

作者简介

宓为建,上海海事大学物流工程学院教授、博士生导师、全国优秀教师。现任上海海事大学工会常务副主席、集装箱供应链技术教育部工程研究中心常务副主任、“物流工程与管理”上海市教委重点学科负责人;兼任国家质量监督检验检疫总局特种设备安全技术委员会委员、中国工程机械学会常务理事、中国工程机械学会测试与控制分会秘书长、上海振动工程学会副理事长、中国物流协会常务理事、中国故障诊断技术委员会理事、《振动测试与诊断》和《振动与冲击》常务编委、《中国工程机械学报》副主编、《上海海事大学学报》副主编等。

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