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The majority of the new technology is contained in this book. In the first few chapters, the author discusses the importance of fiber optics and the components that make it up, such as couplers and gratings, which are the main components of fiber technology. Certain fiber optic cables contain rare earth elements, such as lasers and amplifiers. Agrawal examines the significant nonlinear applications of fiber optics in the later chapters. This category includes fiber optic communication systems, solution-based transmission algorithms, and pulse compression techniques. This book is essential for readers interested in super-fast fiber speed connections and applications of optical lasers. It can also be used by students and professionals in industries such as engineering of fiber optic cables.
Alwayn, V. (2004). Optical Network Design and Implementation. Indianapolis: Cisco Press.
The book gives a complete reference of solutions that require technology to solve in the networking of fiber optics. It also shows the different types of network technologies used in metropolitan areas and this helps the IT experts to know how to set up the some of the required architectural topologies. Through this book, they can get solutions to the problems arising from such vast network connections. It can also be used as a reference for platform design outlines and implementing of the future network topologies.
Association, T. F. (2011). The Fiber Optic Association - Tech Topics. Guide to Fiber Optics and Premises Cabling.
This book, targets heavy industries and extensive application of fiber optics in networking within industries. It gives insights on the best practices and bets approaches in laying the fiber optic cables and the calculations iinvolved. It can be considered as a guide for fiber optic installation.
Azadeh, M. (2012). Fiber Optics Engineering. (B. Mukherjee, Ed.) Chatsworth: Springer Science.
In this book, topics that are added are those that relate to electronic circuits that are used to generate, detect, and process the optical signals. It is a book that shows an overview of fiber optics from an engineering perspective that is practical. This perspective of engineering is mainly within optoelectronics, hence not just focusing on the field of optics. It adds to the other obvious topics such as detectors, lasers and optical fibers.
Crisp, J., & Elliot, B. (2005). Introduction to Fiber Optics (3rd ed.). Burlington: Elsevier.
This book is about the use of fiber technology and it provides a smooth and easy to understand introduction to fiber optics. Moreover, it explains every concept as though the learner is experiencing the subject for the first time in a step by step manner. It starts with the theoretical aspect then progresses on to the practical part where the theory learned is applied practically. A lot of emphasis is made to ensure that the book is written in simple English while explaining the concepts for easy comprehension. The book also gives some added information about the newest fiber optic cables in the world.
DeCusatis, C., & Sher, C. J. (2006). Fiber Optic Essentials. London: Academic Press.
These two have explained this topic in a straight forward way by providing a a concise resource that has less chapters that are compact. Things included in this book include several chapters such as the chapters on optical link design fibers, cables, connectors, transmitters, modulators and noise. The team of two has come with a good shed of light to unveil the difficult topic and they did so by laying three indispensible appendices hence covering a wide range of the definitions and acronyms, measurement conversations and the physical constraints.
Desthieux, B. (2010). Optical Fiber Technology. New York.
The author mostly focuses on the theoretical aspects of fiber optics applications and the calculations involved in the theories.
Green, P. E. (1993). Fiber Optic Networks. Texas: Prentice Hall.
In this book, the reference focuses on more modern issues of fiber optic network links rather than it looking at fiber optics at a point to point to point approach. The text is supplemented with pictures of real devices, problems, figures and diagrams. The book is useful to those who are involved in fiber optics and it is also used by those in communication research and development professionals.
Hecht, J. (1999). City of Light: The story of fiber optics. Oxford: Oxford University Press.
This book talks about the story of fiber optics from inception in the 19th century up to the era of communications network. It covers over twenty years of revolution of the technology and how it has changed throughout the years plus the ideas and the people behind it. The book explores the chronological events which led to the technology today when it began from Victorian Europe during which it was still regarded as a complex technology.
Hui, R., & O'Sullivan, M. (2009). Fiber Optic Measurement Techniques. San Diego: Elsevier Academic Press.
This book explores Charles Kao’s work during its discovery in the early 1970s. It focuses on the key aspects involved in measurement of fiber optics over long distances and its speed. It also looks at the advanced technologies which have been developed such as wavelength semiconductor lasers and single frequency technology, optical amplifiers and multiplexing of wavelength including processing signal techniques. It shows how optical measurement can be categorized into instrumentation followed by the method to be used. The book also talks about the instrument limitations.
Huygens, C., & Thompson, S. (2010). Treatise on light (1st ed.). Memphis, Tenn.: General Books.
This book the author looks at the various light applications in the fiber optics sector and also how the fiber optic transmission can be improved by varying different designs and properties of light.
Kao, C. K. (2011). Optical fiber technology, II (1st ed.). New York: Institute of Electrical and Electronics Engineers.
This book has both theoretical and practical approaches. The book talks about waveguide theory, geometric optics approach to light and electromagnetic momentum and momentum flow in dielectric wavelength.
Kumar, S., & Deen, M. J. (2014). Fiber Optic Communications: Fundamentals and Applications. John Wiley & Sons.
Kumar and Deen in make an introduction to fiber optic concepts in a chronological order by starting with the most basic concepts of light. Also, the derivation of important mathematical calculations and designs are derived from basic principles instead of using references that have already established some of the basic derivations. Furthermore, they provide real life cases of the application and the quantitative interpretations of possible set ups. This is important in helping students get the optics concept from scratch. Every topic in the book has lucid explanations of the technology used and has included most recent research developments like signal processing and extensive research on nonlinear transmission. There are also several calculation problems and their solutions at the end of every chapter. This book mainly targets undergraduate students majoring in fiber optic studies.
Kuzyk, M. G. (2006). Polymer Fiber Optics: Materials, Physics, and Applications. Boca Raton: Taylor & Francis, 2006.
This is a vivid text that examines characterization techniques, scientific principles and fabrication methods used during the design and production of high quality optical fibers. Polymer Fiber Optics: Materials, Physics, and Applications focus on the primary concepts that will go on in the near future to play a role in research and applications as time unfolds.
Marshak, D. (1997). Techniques in Protein Chemistry (1st ed.). San Diego: Academic Press.
This is a chemistry book that looks at the various methods of industrial manufacture of the fiber optic cable coating and ways to make it efficient in its operation.
Nellist, J. G. (1992). Understanding telecommunications and lightwave systems: an entry-level guide (3rd ed.). New York: IEEE Press.
This is an outstanding entry-level guide for non-technical managers and students. This text shows an overview of this complex technology and shows its effect on communications. According to the current telephone network, it gives us the basic principles and standards based on the telephone network. It also tackles current and future technologies of microwave radio, satellite communications, wireless communications, video transmission, and digital switching.
Nosu, K. (1997). Optical FDM Network Technologies. Tokyo: Artech House.
This book reviews optical frequency division multiplexing (FDM) network technology and where it has been used. The book covers almost every aspect in FDM from the architecture example networks, the type of optical devices used and their operations. This book starts with an introduction to light and the history behind light-wave technology as it was used in the past for communication. Further, the book compares the different time division multiplexing and FDM technology schemes. Nosu also provides a detailed explanation of how the FDM function is also given and its advantages. In the final chapters, Nosu talks about the components and the sub systems of FDM and the network design.
Sharma, S. (2015). A Sudy on the Significance of Fiber Optics Communication. Journal of Advance in Science and Technology.
This journal looks at the significance of the fiber optics cable in modern world, its benefits and ways of setting up the desired networking systems using fiber optic cables.
Timbercon. (2015). History of Fiber Optics. Fiber Optics.
This book looks at the evolution of the fiber optic cable from its inception and the developments and the improvements it has undergone through to date of publishing the book. The contributions of the various innovators are also documented. The author uses simple language and explains every development stage of the fiber optic cable in a chronological order.
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