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Submarine Optical Cable Engineering
- 1st Edition - July 17, 2018
- Editors: Yin-can YE, Xinmin Jiang, Guofu Pan, Wei Jiang
- Language: English
- Paperback ISBN:9 7 8 - 0 - 1 2 - 8 1 3 4 7 5 - 7
- eBook ISBN:9 7 8 - 0 - 1 2 - 8 1 3 4 7 6 - 4
Submarine Optical Cable Engineering presents a summary and exposition from authors engaged in the submarine optical cable engineering field. It systematically discusses the theor… Read more
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Request a sales quoteSubmarine Optical Cable Engineering presents a summary and exposition from authors engaged in the submarine optical cable engineering field. It systematically discusses the theory and practice of engineering site selection, route survey, laying construction, system maintenance, and safety in operation and information management, all topics relating to the long-term development and progress of science and technology. As there are now more than 230 extant systems, with a total length of more than one million kilometers, this book compiles the wealth of experience that has accumulated regarding their construction stemming from the first inter ocean submarine cable system (TAT-8) built in 1988.
- Describes and summarizes the theory and practice of submarine optical cable engineering site selection, route survey, laying construction, system maintenance, safety in operation and information management
- Presents analysis derived from active engagement in the construction of submarine optical cables engineering taken from decades of experience
- Embodies the theory of marine science and engineering practice, combining multidisciplinary and interdisciplinary combination of knowledge and international perspective on the characteristics and the discussion of theory, technology and methods
- Introduces the international submarine cable protection organizations, relevant law and the law of the sea
Ocean engineers; communications engineers; marine/geotechnical engineers; academic researchers in ocean engineering and communications engineering
Chapter 1 Introduction
1.1 Basic concept of the submarine optical cable communication
1.1.1 Optical fiber structure and optical transmission characteristics
1.1.2 Structures and types of the submarine optical cable
1.1.3 Submarine cable communication technology features
1.2 Submarine cable system composition and networking mode
1.2.1 Submarine cable system composition
1.2.2 Submarine cable system networking mode
1.3 Development history of the submarine communication engineering
1.3.1 Invention and development of the submarine telegraph cable
1.3.2 Invention and development of the submarine coaxial communication cable
1.3.3 Invention and development of the submarine optical cable communication
Chapter 2 Marine Natural Geography and Sea Boundary Division
2.1 Sea and land distribution on the earth's surface
2.2 Natural geography of China offshore
2.2.1 China's offshore geographical location
2.2.2 Seabed topography and landforms
2.2.3 Seabed sediments
2.2.4 Climatic factors and hydrological environment
2.2.5 Marine disasters
2.3 Law of the sea and sea boundary division
2.3.1 International convention on the law of the sea
2.3.2 China's territorial sea system
Chapter 3 General Layout and Characteristics of the Submarine Optical Cable System in China
3.1 International submarine optical cable system
3.1.1 Construction of the international submarine cable system in China
3.1.2 Layout and characteristics of the international submarine optical cable system in China
3.2 China's domestic submarine optical cable systems
3.2.1 Building progress
3.2.2 Distribution characteristics
3.3 Disposal reason and abandoned program of submarine optical cable
3.3.1 Disposal reason
3.3.2 Abandoned programs
3.3.3 Analysis of abandoned submarine optical cables in China
CHAPTER 4 Desktop Study of Site Selection for the Submarine Optical Cable Engineering
4.1 Site selection principles and working procedures of the submarine optical cable project
4.1.1 Project site selection principles
4.1.2 Project site selection procedures
4.1.3 Desktop study report
4.2 Examples of site selection for the submarine optical cable project
4.2.1 China-Japan Fiber Optic Submarine Cable System（C-J）
4.2.2 China-US Cable Network（CUCN）
4.2.3 Asia Pacific Cable Network 2（APCN2）
4.2.4 City to City Cable System（C2C）
4.2.5 Trans-Pacific Express (TPE)
4.2.6 Intra-Asia Cable System (IACS)
4.2.7 Taiwan Strait Express-1 (TSE-1)
4.2.8 Asia Pacific Gateway（APG）
CHAPTER 5 Engineering Site Survey for Submarine Optical CableS
5.1 Survey purpose and contents
5.1.1 Survey purpose
5.1.2 Survey contents
5.2 Survey procedures and technical methods
5.2.1 Survey procedures
5.2.2 Survey technique and methods
5.3 Cable routing condition evaluation and route survey report compilation
5.3.1 Routing condition evaluation
5.3.2 Route survey report and map compilation
CHAPTER 6 Installation of Submarine Optical CableS
6.1 Installation equipment of the submarine optical cable
6.1.1 Submarine cable ship
6.1.2 Burial equipment
6.2 Installation technique of the submarine optical cable
6.2.1 Submarine cable loading
6.2.2 Submarine cable installation
CHAPTER 7 Maintenance of Submarine Optical CableS
7.1 International submarine cable protection organizations and related laws
7.1.1 International Cable Protection Committee (ICPC)
7.1.2 Relevant laws for protection of the international submarine cable
7.1.3 Operation mode of the international submarine cable maintenance
7.2 Fault diagnosis and testing for the submarine optical cable
7.2.1 Fault types of the submarine optical cable
7.2.2 Methods for determining fault location of the submarine optical cable
7.3 Fault repair for the submarine optical cable
7.3.1 Fault repair procedures of the submarine optical cable
7.3.2 Recovery technique of the submarine optical cable
7.3.3 Testing technique of fault repair for the submarine optical cable
7.3.4 Jointing technique of the submarine optical cable
CHAPTER 8 Safety of Submarine Optical Cables
8.1 Factors affecting safety of the submarine optical cable
8.1.1 Human factors related to marine development activity
8.1.2 Natural factors
8.1.3 Other factors
8.2 Countermeasures to ensure safety of the submarine optical cable
8.2.1 Develop complete laws and regulations for protection of the submarine cable
8.2.2 Optimization of engineering site selection
8.2.3 Perfecting engineering design
8.2.4 Standardized installation procedures
8.2.5 Strengthening project management and safety emergency measures
Chapter 9 Submarine Cable Project Management and Maintenance Monitoring Information System
9.1 Types and composition of the geographic information system
9.1.1 Types of the geographic information system
9.1.2 Composition of the geographic information system
9.2 Submarine optical cable project management information system
9.2.1 Construction goal
9.2.2 Spatial reference system and map projection
9.2.3 Technical route of the system construction
9.2.4 Geo-spatial data
9.2.5 Main functions
9.2.6 Typical case analysis
9.3 Submarine optical cable maintenance and monitoring information system
9.3.1 Construction goal
9.3.2 Ship dynamic monitoring mode
9.3.3 Integration technique of the submarine cable maintenance and monitoring system
9.3.4 Principles and composition of the submarine cable maintenance and monitoring system
9.3.5 Main functions of the submarine cable maintenance and monitoring system
CHAPTER 10 Technique Developments and Market Prospects of the Submarine Optical Cable Engineering
10.1 Technical development trends of the submarine optical cable
10.1.1 Modulation-demodulation technique and its development trends
10.1.2 Development trends of the forward error correction technique
10.1.3 Development trends of the optical fiber technique
10.2 Development trends of marine route survey, installation and maintenance technique of the submarine optical cable
10.2.1 Development trends of marine route survey technology of the submarine optical cable
10.2.2 Development trends of installation and maintenance technique of the submarine optical cable
10.3 Market outlook for the submarine optical cable communication
10.3.1 Submarine communication development closely related to the economy prosperity
10.3.2 Global economic integration opened up a broad prospect for the submarine optical cable development
10.3.3 Emergence of communications and new media of information to add a strong force for submarine optical cable development
References
Appendices
1.1 Basic concept of the submarine optical cable communication
1.1.1 Optical fiber structure and optical transmission characteristics
1.1.2 Structures and types of the submarine optical cable
1.1.3 Submarine cable communication technology features
1.2 Submarine cable system composition and networking mode
1.2.1 Submarine cable system composition
1.2.2 Submarine cable system networking mode
1.3 Development history of the submarine communication engineering
1.3.1 Invention and development of the submarine telegraph cable
1.3.2 Invention and development of the submarine coaxial communication cable
1.3.3 Invention and development of the submarine optical cable communication
Chapter 2 Marine Natural Geography and Sea Boundary Division
2.1 Sea and land distribution on the earth's surface
2.2 Natural geography of China offshore
2.2.1 China's offshore geographical location
2.2.2 Seabed topography and landforms
2.2.3 Seabed sediments
2.2.4 Climatic factors and hydrological environment
2.2.5 Marine disasters
2.3 Law of the sea and sea boundary division
2.3.1 International convention on the law of the sea
2.3.2 China's territorial sea system
Chapter 3 General Layout and Characteristics of the Submarine Optical Cable System in China
3.1 International submarine optical cable system
3.1.1 Construction of the international submarine cable system in China
3.1.2 Layout and characteristics of the international submarine optical cable system in China
3.2 China's domestic submarine optical cable systems
3.2.1 Building progress
3.2.2 Distribution characteristics
3.3 Disposal reason and abandoned program of submarine optical cable
3.3.1 Disposal reason
3.3.2 Abandoned programs
3.3.3 Analysis of abandoned submarine optical cables in China
CHAPTER 4 Desktop Study of Site Selection for the Submarine Optical Cable Engineering
4.1 Site selection principles and working procedures of the submarine optical cable project
4.1.1 Project site selection principles
4.1.2 Project site selection procedures
4.1.3 Desktop study report
4.2 Examples of site selection for the submarine optical cable project
4.2.1 China-Japan Fiber Optic Submarine Cable System（C-J）
4.2.2 China-US Cable Network（CUCN）
4.2.3 Asia Pacific Cable Network 2（APCN2）
4.2.4 City to City Cable System（C2C）
4.2.5 Trans-Pacific Express (TPE)
4.2.6 Intra-Asia Cable System (IACS)
4.2.7 Taiwan Strait Express-1 (TSE-1)
4.2.8 Asia Pacific Gateway（APG）
CHAPTER 5 Engineering Site Survey for Submarine Optical CableS
5.1 Survey purpose and contents
5.1.1 Survey purpose
5.1.2 Survey contents
5.2 Survey procedures and technical methods
5.2.1 Survey procedures
5.2.2 Survey technique and methods
5.3 Cable routing condition evaluation and route survey report compilation
5.3.1 Routing condition evaluation
5.3.2 Route survey report and map compilation
CHAPTER 6 Installation of Submarine Optical CableS
6.1 Installation equipment of the submarine optical cable
6.1.1 Submarine cable ship
6.1.2 Burial equipment
6.2 Installation technique of the submarine optical cable
6.2.1 Submarine cable loading
6.2.2 Submarine cable installation
CHAPTER 7 Maintenance of Submarine Optical CableS
7.1 International submarine cable protection organizations and related laws
7.1.1 International Cable Protection Committee (ICPC)
7.1.2 Relevant laws for protection of the international submarine cable
7.1.3 Operation mode of the international submarine cable maintenance
7.2 Fault diagnosis and testing for the submarine optical cable
7.2.1 Fault types of the submarine optical cable
7.2.2 Methods for determining fault location of the submarine optical cable
7.3 Fault repair for the submarine optical cable
7.3.1 Fault repair procedures of the submarine optical cable
7.3.2 Recovery technique of the submarine optical cable
7.3.3 Testing technique of fault repair for the submarine optical cable
7.3.4 Jointing technique of the submarine optical cable
CHAPTER 8 Safety of Submarine Optical Cables
8.1 Factors affecting safety of the submarine optical cable
8.1.1 Human factors related to marine development activity
8.1.2 Natural factors
8.1.3 Other factors
8.2 Countermeasures to ensure safety of the submarine optical cable
8.2.1 Develop complete laws and regulations for protection of the submarine cable
8.2.2 Optimization of engineering site selection
8.2.3 Perfecting engineering design
8.2.4 Standardized installation procedures
8.2.5 Strengthening project management and safety emergency measures
Chapter 9 Submarine Cable Project Management and Maintenance Monitoring Information System
9.1 Types and composition of the geographic information system
9.1.1 Types of the geographic information system
9.1.2 Composition of the geographic information system
9.2 Submarine optical cable project management information system
9.2.1 Construction goal
9.2.2 Spatial reference system and map projection
9.2.3 Technical route of the system construction
9.2.4 Geo-spatial data
9.2.5 Main functions
9.2.6 Typical case analysis
9.3 Submarine optical cable maintenance and monitoring information system
9.3.1 Construction goal
9.3.2 Ship dynamic monitoring mode
9.3.3 Integration technique of the submarine cable maintenance and monitoring system
9.3.4 Principles and composition of the submarine cable maintenance and monitoring system
9.3.5 Main functions of the submarine cable maintenance and monitoring system
CHAPTER 10 Technique Developments and Market Prospects of the Submarine Optical Cable Engineering
10.1 Technical development trends of the submarine optical cable
10.1.1 Modulation-demodulation technique and its development trends
10.1.2 Development trends of the forward error correction technique
10.1.3 Development trends of the optical fiber technique
10.2 Development trends of marine route survey, installation and maintenance technique of the submarine optical cable
10.2.1 Development trends of marine route survey technology of the submarine optical cable
10.2.2 Development trends of installation and maintenance technique of the submarine optical cable
10.3 Market outlook for the submarine optical cable communication
10.3.1 Submarine communication development closely related to the economy prosperity
10.3.2 Global economic integration opened up a broad prospect for the submarine optical cable development
10.3.3 Emergence of communications and new media of information to add a strong force for submarine optical cable development
References
Appendices
- No. of pages: 374
- Language: English
- Edition: 1
- Published: July 17, 2018
- Imprint: Academic Press
- Paperback ISBN: 9780128134757
- eBook ISBN: 9780128134764
YY
Yin-can YE
Professor Ye graduated from the Department of Geology, Nanjing University in 1966. He works as the General Engineer of Second Institute of Oceanography, State Oceanic Administration, China, with more than 40-years’ experience on marine engineering geology, engineering geophysics, oceanography, and application research in key technology of ocean engineering construction. He led many researches on marine geo-hazards, marine environment and safety engineering, seafloor detection, and in-situ test techniques. Until now, Prof. Ye published more than 90 papers and 3 books, edited 2 national technical standards.
Affiliations and expertise
Professor and General Engineer, Second Institute of Oceanography, State Oceanic Administration, Hangzhou, ChinaXJ
Xinmin Jiang
Mr. Jiang has been deputy general manager of China Submarine Cable Construction Co., LTD., deputy general manager of S.B. Submarine Systems Co., LTD., vice president of Shanghai Long Distance & Wireless Communication Department of China Telecom, and China Telecom's chief representative of ICPC. He has engaged in underwater communication engineering for more than 40 years, and participated in and presided over the construction, maintenance and repair of many domestic and international submarine cable systems, including China's first international undersea coaxial communication cable in 1976, China's first international submarine optical cable system in 1993, and maintenance and repair of optical cables in the Asia-Pacific region.
Affiliations and expertise
Deputy General Manager of S.B. Submarine Systems Co., LTD., Vice President of Shanghai Long Distance and Wireless Communication Department, China Telecom, and China Telecom's chief representative of ICPCGP
Guofu Pan
Professor Pan is a PhD in marine geology and geophysics. After graduating from Tongji University in 1986, he joined Second Institute of Oceanography, State Oceanic Administration of China to work on marine geological and geophysical survey for deep sea resources exploration, environmental research and engineering site investigations. Since 1993, he participated in the formulation of related national technical standards and monographs, and presided over the desktop study and route survey of many domestic and international submarine optical cable systems in China seas.
Affiliations and expertise
Professor in Marine Geology and GeophysicsWJ
Wei Jiang
Mr. Jiang graduated from the Department of radio electronics of Shanghai University in 1994, has also received the MBA degree from Donghua University in 2004. He now works as the general manager and chief engineer of China Submarine Cable Construction Corporation, a subsidiary of China Telecom, and participated in the construction/maintenance of many international submarine optical cable systems, including FEA, SMW3, CUCN, APCN2, TPE, APG, NCP and PLCN. He has also taken part in the compilation of several books about submarine cable engineering and related national technical standards.
Affiliations and expertise
General Manager and Chief Engineer, China Submarine Cable Construction Corporation, China TelecomRead Submarine Optical Cable Engineering on ScienceDirect