Titlebook: Emerging Optical Network Technologies; Architectures, Proto Krishna M. Sivalingam,Suresh Subramaniam Book 2005 Springer-Verlag US 2005 Ethe

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Conclusions: Legitimising the Impossible?,ted reconfigurable electronic-optical switching layer, that enables traffic grooming and wavelength conversion in the core region of the GMPLS network. Benefits of the proposed network architecture are analyzed and a brief introduction of the UMBC GMPLS testbed, based on this scheme, follows.

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Optical Packet Switchingt technological challenges it faces, OPS holds the promise of a highly reconfigurable, bandwidth-efficient, and flexible optical layer. In this chapter we study some of the architectural and design issues for OPS networks, we examine a number of enabling technologies, and we discuss some of the ongoing research and experimental efforts.

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Overcoming Roadblocks and Perceptions,PONs to deliver high bandwidths to users in access networks and their advantages over current access technologies have been widely recognized. PONs have made strong progress in terms of standardization and deployment over the past few years. In this chapter, we first review the Ethernet PON (EPON) [