Scale network reproduction method

Abstract

The invention discloses a scale network reproduction method. The method includes the following steps that: physical resources are selected according to the preset requirement of a reproduction servicein a scale network; a physical resource network and a virtual network topological structure are constructed according to the physical resources; a multi-mode joint simulation system is constructed onthe virtual network topological structure; and the multi-mode joint simulation system is scheduled on a preset cloud management platform, and the multi-mode joint simulation system is made to restorethe operation of the reproduction service in the scale network. With the method of the invention adopted, the accuracy of a simulation network can be ensured, the complexity of the simulation networkcan be greatly reduced, workload for setting up a simulation scenario can be reduced, and the operation efficiency of a simulation platform can be improved.

Description

technical field [0001] The invention relates to the field of network reproduction, in particular to a large-scale network reproduction method. Background technique [0002] In terms of large-scale network reappearance technology, although certain research results have been obtained in the reappearance of network nodes, especially in the rapid reappearance of IP network nodes, related research has been carried out in the aspects of network virtualization and software and hardware environment reappearance, but in The rapid construction of large-scale networks, node reproducibility, and real traffic generation still need technical research. [0003] The current traditional network architecture obviously lags behind the requirements of virtualization and has become a short board in the entire resource allocation process. It is manifested in the low efficiency of application deployment in the virtualization scenario, the difficulty of network change, the lack of mobility of the n...

AI Technical Summary

Problems solved by technology

[0003] The current traditional network architecture obviously lags behind the requirements of virtualization and has become a short board in the entire resource allocation process. It is manifested in the low efficiency of application deployment in virtualization scenarios, difficulty in network changes, lack of mobility of the network, and inability to fully utilize the network. In terms of resources, these problems are also the difficulties that need to be overcome for the rapid reproduction of large-scale networks in the shooting range.

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