Fiber-Optic Measurement Techniques 2nd Edition

Fiber-Optic Measurement Techniques, 2nd Edition by Rongqing Hui and Maurice O’Sullivan

Harness the precision and performance of modern optical systems with a definitive guide that brings clarity to complex measurement challenges. This updated second edition delivers authoritative, practice-focused coverage for anyone working with fiber-optic networks, sensors, or photonics research.

Delve into clear explanations of fundamental principles and contemporary measurement methods—covering attenuation and dispersion characterization, polarization effects, interferometric and coherence techniques, OTDR fundamentals, noise and signal integrity analysis, and calibration and uncertainty assessment. Carefully balanced between theory and hands-on application, the book equips you to design reliable test setups, interpret data accurately, and improve system performance.

Written for engineers, researchers, graduate students, and lab professionals, the text emphasizes real-world examples, illustrative figures, and step-by-step procedures that translate academic concepts into usable techniques. Whether you’re validating long-haul telecommunications links, optimizing fiber-optic sensors, or troubleshooting high-speed photonic components, this volume is a practical reference that fits both classroom and industrial workflows.

Perfect for readers across North America, Europe, Asia-Pacific, and beyond, the book supports global standards and measurement practices relevant to the telecommunications and photonics industries. Clear, concise, and technically robust, it’s the essential resource for anyone serious about fiber-optic metrology.

Add Fiber-Optic Measurement Techniques, 2nd Edition to your professional library today to sharpen your measurement skills and stay ahead in optical communications and sensing technology.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.