Fiber Optic Communication Systems (Revised Edition)

Author: Gu Wenyi, Li Guorui
Publisher:
Publish Date: 2006-09-01
Features: This book systematically introduces the transmission theory of optical fibers; the operating principles and characteristics of semiconductor lasers, as well as direct and indirect modulation of light sources; the composition of optical receivers, noise analysis, and receiver sensitivity calculations; the composition, key technologies, and overall design of single-channel and WDM digital optical transmission systems; an overview of the development and types of optical networks, the structure, principles, key technologies, and applications of optical transport networks and automatic switching optical networks; factors influencing high-capacity, long-distance optical transmission and their supporting technologies. The book strives for theoretical systematicity, technical up-to-dateness, and practical applicability. It can serve as a textbook for master's students in information communication and electronic science and technology, or be used by undergraduates in key universities, as well as reference material for relevant science and technology professionals.
This book systematically introduces the transmission theory of optical fibers: the operating principles and characteristics of semiconductor lasers, direct and indirect modulation of light sources; the composition of optical receivers, noise analysis, and receiver sensitivity calculations; the composition, key technologies, and overall design of single-channel and WDM digital optical transmission systems; an overview of the development and types of optical networks, the structure, principles, key technologies, and applications of optical transport networks and automatic switching optical networks; factors influencing high-capacity, long-distance optical transmission and their supporting technologies. The book strives for theoretical systematicity, technical up-to-dateness, and practical applicability. It can serve as a textbook for master's students in information communication and electronic science and technology, or be used by undergraduates in key universities, as well as reference material for relevant science and technology professionals.