🎁 Get 30% OFF Your First Course – Limited Time Offer! 🚀 Use Code: MAPYOURTECH at Checkout
Description
Curriculum
Instructor
Learning Objectives
After completing this chapter, you should be able to:
- Explain the historical development and significance of undersea transmission systems
- Identify the key components and architecture of modern undersea cable systems
- Describe the fundamental principles of optical transmission in ultralong-distance applications
- Discuss the economic and technical challenges associated with ultralong-distance undersea systems
- Compare undersea systems with terrestrial fiber-optic networks
Curriculum
- 5 Sections
- 44 Lessons
- 10 Weeks
Expanse all sectionsCollapse all sections
- Chapter 1: Introduction to Ultralong-Distance Undersea Transmission Systems9
- 1.11.1 Introduction and Historical Context
- 1.21.2 Fundamental Architecture of Undersea Systems
- 1.31.3 Fundamental Principles of Optical Transmission
- 1.41.4 Economic and Technical Challenges
- 1.51.5 Comparison with Terrestrial Systems
- 1.61.6 Industry Trends and Future Directions
- 1.7Chapter Summary
- 1.8Knowledge Check
- 1.9References and Further Reading
- Chapter 2: Optical Transmission Fundamentals and Impairments8
- Chapter 3: Advanced Modulation and Coding Techniques9
- 3.13.1 Coherent Detection Fundamentals
- 3.23.2 Advanced Modulation Formats
- 3.33.3 Constellation Shaping Techniques
- 3.43.4 Forward Error Correction and Coded Modulation
- 3.53.5 Variable Spectral Efficiency Techniques
- 3.63.6 Performance Limits and Shannon Capacity
- 3.7Chapter Summary
- 3.8Knowledge Check
- 3.9References and Further Reading
- Chapter 4: Submarine Cable System Design and Optimization8
- Chapter 5: Future Trends and Emerging Technologies10
- 5.15.1 Approaching Fundamental Capacity Limits
- 5.25.2 Space Division Multiplexing Technologies
- 5.35.3 Advanced Amplification and Bandwidth Expansion
- 5.45.4 Machine Learning and Artificial Intelligence Applications
- 5.55.5 Satellite-Submarine Hybrid Networks
- 5.65.6 Programmable Optical Networks
- 5.75.7 Energy-Efficient Network Architectures
- 5.8Chapter Summary
- 5.9Knowledge Check
- 5.10References and Further Reading
admin
3 Students8 Courses
Review
Courses you might be interested in
Advanced Technologies
Learning Objectives Understand the capacity limitations of conventional single-mode fiber systems Analyze the benefits and challenges of space division multiplexing approaches Compare multicore fiber (MCF) and multimode fiber (MMF) implementations...
-
42 Lessons
Free
Advanced Technologies
Learning Objectives Understand the fundamental principles of direct-detection optical communication systems Compare direct-detection systems with coherent detection systems Identify key applications and advantages of direct-detection technology Analyze the basic architecture...
-
51 Lessons
Free
Advanced Technologies
Learning Objectives Understand the basic principles of optical fiber communication systems Analyze the fundamental limitations in optical transmission Explain the role of digital signal processing in modern optical systems...
-
53 Lessons
Free
Fiber Optics & Components
Learning Objectives Understand the fundamental principles and importance of optical fiber splices in network infrastructure Analyze the different types of splice losses and their impact on system performance Compare and...
-
39 Lessons
Free