Intelligent optical network simulation system and method

Abstract

The invention provides an intelligent optical network simulations system and method. The system comprises an optical network management equipment, a rack-mounted server, a first physical ASON equipment, and an industrial personal computer (IPC); the optical network management equipment is respectively connected with the rack-mounted server and the first physical ASON equipment through an Ethernetswitch; the IPC is connected with the Ethernet switch; first virtual ASON equipment and second virtual ASON equipment are configured on the rack-mounted server; the first virtual ASON equipment is connected with multiple sets of second virtual ASON equipment, and the first virtual ASON equipment is communicated with the IPC and the first physical ASON equipment through the Ethernet switch; the first physical ASON equipment is connected with multiple sets of second physical ASON equipment; after determining the virtual-reality combined network topology, the analog simulation is performed on theservice of the intelligent optical network with the physical equipment expansibility according to the service connection information input by a user, the performance of the ASON equipment in the intelligent optical network organization is verified, and the system has guiding significance for the upgrade and update of the optical network.

Description

technical field [0001] Embodiments of the present invention relate to the field of optical networks, in particular to an intelligent optical network simulation system and method. Background technique [0002] At present, my country's Internet users are increasing rapidly, and the network business traffic is growing rapidly, so the requirements for network bandwidth and speed are also increasing. With the increasing network scale and complex network structure, the traditional optical network can no longer meet the needs of network development, and it is imminent to build a large-scale intelligent optical network. Before building a large-scale intelligent optical network, it is necessary to make reasonable planning according to the characteristics and requirements of the existing network, and conduct functional verification and performance estimation of the network to be built to avoid waste of resources caused by blind upgrades. Intelligent Optical Network (Automatically Swi...

AI Technical Summary

Problems solved by technology

However, because the software simulation method is all implemented by code, it depends on factors such as the software operating environment and code design method, and because the protocol is implemented through software design, it does not necessarily have the scalability to physical equipment, and cannot verify the physical equipment networking. real performance of

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