By Jason P. Jue, Vinod M. Vokkarane
Examine and improvement on optical wavelength-division multiplexing (WDM) networks have matured significantly. whereas optics and electronics can be used safely for transmission and switching undefined, notice that "intelligence" in any community comes from "software," for community regulate, administration, signaling, site visitors engineering, community making plans, etc.The function of software program in growing robust community architectures for optical WDM networks is emphasized.Optical WDM Networks is a textbook for graduate point classes. Its concentration is at the networking points of optical networking, however it additionally contains insurance of actual layers in optical networks. the writer introduces WDM and its allowing applied sciences and discusses WDM neighborhood, entry, metro, and long-haul community architectures. every one bankruptcy is self-contained, has difficulties on the finish of every bankruptcy, and the fabric is equipped for self research in addition to school room use. the cloth is the latest and well timed in shooting the state of the art within the fast-moving box of optical WDM networking.
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Additional info for Optical WDM Networks
Sample text
Three-dimensional Label-Switching Protocol . . . . . . Architecture of a core node in OBS. . . . . . . . Optical Self-similar Cluster Switching (OSCS). . . . . Trend of optical switching technologies. . . . . . . 847 847 850 851 852 855 855 859 860 862 823 824 825 827 828 828 830 ' List of Tables Tunable optical transmitters and their associated tuning ranges and times . . . . . . . . . . . . . . . . 68 Tunable optical filters 75 Summary of optical filtering technologies [TzZT04]. . . . 75 Characteristics of OFAs and SOAs. . . . . . . . . 78 Amplifier characteristics . . . . . . . . . . . . 82 Requirements for EDFA applications . . . . . . . . 112 Comparison of GEMNET (GN). ShuffleNet (SN) and de Bruijn (DB) graph . . . . . . . . . . . . . . . 205 Sequence of requests from ONUS . . . . . . . . . 286 Computation time (in seconds) and optimal solution for the single-hop case. 391 Con~parisonof Random, FF, LU, MU, Max-Sum, and RCL for single-fiber network with 16 wavelengths. . . . . . . 392 Comparison of Random, FF, LU, MU, MP, LL, Max-Sum, and RCL for two-fiber network with 8 wavelengths. . . . . 392 Comparison of Random, FF, LU. MU. MP. LL. Max-Sum, and RCL for four-fiber network with 4 wavelengths . . . . . 393 Cornparison of DRCL, FF (with or not adaptive routing) and RCL for single-fiber network with 16 wavelengths.
