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Fiber Optic Communication Systems Third Version by Govind P. Agrawal
Over the past 2 years, the capability of transoceanic lightwave programs put in worldwide has exploded. Furthermore, a number of different undersea networks have been within the building section in December 2001. A world community masking 250,000 km with a capability of 2.56 Tb/s (64 WDM channels at 10 Gb/s over 4 fiber pairs) is scheduled to be operational in 2002. A number of convention papers offered in 2001 have demonstrated that lightwave programs working at a bit charge of greater than 10 Tb/s are inside attain. Only a few years in the past it was unimaginable that lightwave programs would strategy the capability of even 1 Tb/s by 2001.
The second version of this e-book appeared in 1997. It has been properly obtained by the scientific neighborhood concerned with lightwave expertise. Due to the speedy advances which have occurred during the last 5 years, the writer and I deemed it essential to deliver out the third version if the e-book have been to proceed to supply a complete and up-to-date account of fiber-optic communication programs. The result’s in your arms. The first goal of the e-book stays the identical.
Particularly, it ought to have the ability to serve each as a textbook and a reference monograph. For that reason, the emphasis is on the bodily understanding, however the engineering points are additionally mentioned all through the textual content. Due to the massive quantity of fabric that wanted to be added to supply complete protection, the e-book measurement has elevated significantly in contrast with the primary version. Though all chapters have been up to date, the main adjustments have occurred in Chapters 6–9. I’ve taken this chance to rearrange the fabric such that it’s higher suited to a two-semester course on optical communications. Chapters 1–5 present the essential basis whereas Chapters 6–10 cowl the problems associated to the design of superior lightwave programs.
Extra particularly, after the introduction of the elementary ideas in Chapter 1, Chapters 2–4 are dedicated to the three major parts of a fiber-optic communications optical fibers, optical transmitters, and optical receivers. Chapter 5 then focuses on the system design points. Chapters 6 and 7 are dedicated to the superior methods used for the administration of fiber losses and chromatic dis persion, respectively. Chapter 8 focuses on using wavelength- and time-division multiplexing methods for optical networks. Code-division multiplexing can also be part of this chapter.
Using optical solitons for fiber-optic programs is mentioned in Chapter 9. Coherent lightwave programs are actually lined within the final chapter. Greater than 30% of the fabric in Chapter 6–9 is new due to the speedy growth of the WDM expertise during the last 5 years. The contents of the e-book mirror the cutting-edge of lightwave transmission programs in 2001. The contents of the e-book mirror the cutting-edge of lightwave transmission programs in 2001.
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