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Study on the survivability of GMPLS-based intelligent optical networks

Zhengkun Mi

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Abstract

ION is the evolution direction for the next-generation optical network while a rapid and efficient survivability strategy is the ION's premier characteristics. The GMPLS-based protection and restoration mechanisms for ION are studied in this paper. A GMPLS-based survivability scheme of control plane is discussed on the basis of the comparison of different kinds of survivability algorithms. A new method dealing with node failure is presented. The restoration time of GMPLS-based ION is analyzed finally.

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What this paper is about

ION is the evolution direction for the next-generation optical network while a rapid and efficient survivability strategy is the ION's premier characteristics. The GMPLS-based protection and restoration mechanisms for ION are studied in this paper. A GMPLS-based survivability scheme of control plane is discussed on the basis of the comparison of different kinds of survivability algorithms. A new method dealing with node failure is presented. The restoration time of GMPLS-based ION is analyzed finally.

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Available abstract

ION is the evolution direction for the next-generation optical network while a rapid and efficient survivability strategy is the ION's premier characteristics. The GMPLS-based protection and restoration mechanisms for ION are studied in this paper. A GMPLS-based survivability scheme of control plane is discussed on the basis of the comparison of different kinds of survivability algorithms. A new method dealing with node failure is presented. The restoration time of GMPLS-based ION is analyzed finally.

Key concepts: Survivability, Node (physics), Multiprotocol Label Switching, Computer network, Computer science, Automatically switched optical network, Scheme (mathematics), Distributed computing

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