Titlebook: Ultrahigh-Speed Optical Transmission Technology; Hans-Georg Weber,Masataka Nakazawa Book 2007 Springer-Verlag Berlin Heidelberg 2007 Absor

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Optical signal processing using nonlinear fibers,ibers to optical signal processing. The third-order optical nonlinearities in a fiber are discussed by analyzing the interaction of co-propagating optical waves. The properties of a nonlinear fiber are then considered in terms of optimizing the dispersion for achieving phase matching and decreasing

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Ultrafast photodetectors and receivers,re monolithically integrated with HEMTs, employing semi-insulating optical waveguides on a semi-insulating InP:Fe substrate. The integration scheme is explained and demonstrated by several examples of broadband and narrowband photodetectors, balanced detectors and photoreceivers, focussing on applic

AUGER

DEAF

Optical fibers and fiber dispersion compensators for high-speed optical communication,y and/or lower transmission costs per bit, optical fiber technologies are still evolving toward ultimate performance. Recent developmental activities have realized a number of improved performance optical fibers, such as ultra-low loss or ultra-low nonlinearity fibers and various types of dispersion

組裝

Fiber Bragg gratings for dispersion compensation in optical communication systems,rsion compensation in high-speed optical communication systems. We discuss the range of FBG parameters enabled by current fabrication methods, as well as the relation between the accuracy of FBG parameters and the performance of FBG-based dispersion compensators. We describe the theory of the group

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Ultrafast optical technologies for large-capacity TDM/WDM photonic networks,route large-capacity optical signals at optical path cross connect (OPXCs) nodes. [.] Further development of ultrafast all-optical processing technologies enables us to further upgrade the photonic networks into those with much more flexibility and higher transparency, where ultrafast optical signal

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