Titlebook: Crosstalk in WDM Communication Networks; Idelfonso Tafur Monroy,Eduward Tangdiongga Book 2002 Springer Science+Business Media Dordrecht 20

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Crosstalk Modeling,This chapter introduces the basic modeling used for the study of crosstalk in WDM systems. We start by presenting the model for photodetection. Further we introduce the receiver model and the model for optical crosstalk.

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0893-3405 annel carrier . Optical switching and routing techniques are also being developed to cope with the high data speeds and n- ber of channel carried in the optical978-1-4419-5275-2978-1-4757-3594-9Series ISSN 0893-3405

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Book 2002elecommunication services like Internet, web browsing and tele-education is expected to increase dramatically . As a consequence there is an imminent - mand for high broadband and high capacity communication systems. A prom- ing solution is found in the concept of all-optical networks . These networ

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Performance Analysis, characteristics that they are frequently used for crosstalk analyses. A comparative assessment covering computational performance is made for these methods in terms of their formulation complexity, accuracy, and computational speed.

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Crosstalk Mitigation in WDM Systems: Experiment,lk level per channel is around —15 dB. This result demonstrates the feasibility of optical networking employing integrated switching technologies by using phase scrambling to increase the tolerance towards interferometric crosstalk.

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Performance Monitoring Techniques,m data decorrelation criterion is used to separate the WDM channels from a set of multi-channel photocurrents. Although this chapter shows an accurate separation of four WDM channels, we believe that this method can also be applied for monitoring a larger number of WDM channels.

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