Study Guide and Problem Solutions for Fiber Optic Communication Systems

Author: Liu Zhenxia
Publisher:
Publish Date: 2006-08-01
Features: Based on the requirements of the teaching syllabus, this book starts with the principles of optical fiber communication systems. Through the summarization of key knowledge points and the design of typical exercises, it reinforces the fundamental concepts and key technologies of optical fiber communication, aiming to enhance students' ability to solve related problems in optical fiber communication systems. The book is divided into 11 chapters, covering topics such as: the structure and waveguide properties of optical fibers, optical wave system interconnection technology and devices, light sources and optical transmitters, optical detectors and optical receivers, optical amplifiers, the design and performance of direct-detection optical wave systems, coherent optical wave communication systems, multi-channel optical wave systems, optical soliton communication systems, and PDH and SDH systems. Each chapter is organized in the following hierarchy: "Key Points," "Syllabus Requirements and Exam Point Analysis," "Key Content Summary," "Solutions to Basic Exercises of the Chapter," and "Chapter Test." The exercises in the book cover a wide range of content and accurately assess the key knowledge points. This book can serve as supplementary practice material for students (teachers) majoring in communication engineering, electronic and information technology, and other related fields when studying (teaching) optical fiber communication courses. It is also suitable for technicians and engineers working in optical fiber communication for learning reference and professional assessment.