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GMPLS Control Protocol

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Abstract

GMPLS is developed from MPLS. GMPLS, in which time slots, wavelengths and optical fiber physical ports are used as labels for corresponding data transmit, is the inevitable result of MPLS extending to optical networks. By the extended signaling protocols , routing protocols and new link management protocols, GMPLS satisfies the requests of intelligent optical networks control automatically and signaling, and so provides dynamic networks resource and improves survivability.

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What this paper is about

GMPLS is developed from MPLS. GMPLS, in which time slots, wavelengths and optical fiber physical ports are used as labels for corresponding data transmit, is the inevitable result of MPLS extending to optical networks. By the extended signaling protocols , routing protocols and new link management protocols, GMPLS satisfies the requests of intelligent optical networks control automatically and signaling, and so provides dynamic networks resource and improves survivability.

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Available abstract

GMPLS is developed from MPLS. GMPLS, in which time slots, wavelengths and optical fiber physical ports are used as labels for corresponding data transmit, is the inevitable result of MPLS extending to optical networks. By the extended signaling protocols , routing protocols and new link management protocols, GMPLS satisfies the requests of intelligent optical networks control automatically and signaling, and so provides dynamic networks resource and improves survivability.

Key concepts: Multiprotocol Label Switching, Computer science, Computer network, Survivability, Automatically switched optical network, Signaling protocol, Label switching, Protocol (science)

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