Network configuring method and system based on scenario distribution type simulation

Abstract

The invention discloses a network configuring method and a system based on scenario distribution type simulation. The network configuring method comprises: S1) describing a scenario through XML files; S2) registering the network physical topology structure information of a scenario simulation system; and S3) according to the XML files, planning a network logic topology structure and configuring the network. The invention also discloses a network configuring system based on the scenario distribution type simulation. According to the invention, a scenario is described through XML files and then, according to the network physical topology structure information of the simulation system, a network logic topology structure is planned so that the configuration information for the host computer and the network equipment of the simulation system are obtained. Therefore, the network can be configured automatically at high efficiency and accuracy.

Description

technical field [0001] The invention relates to the field of network configuration methods of a distributed simulation system. More specifically, it relates to a network configuration method and system based on scenario distributed simulation. Background technique [0002] As the scale of distributed simulation experiments increases, the number of entities increases, and the military and arms participating in the simulation become more and more complex, the hardware equipment required for the experiment also increases, resulting in an increase in the workload of experimental network management. Big. The configuration work of the traditional distributed simulation test network is done manually by the network administrator. When network configuration is required, first plan the network logical topology according to the test requirements of the scenario file, and plan the corresponding nodes of the test model, and then the network administrator logs in to routers, switches an...

AI Technical Summary

Problems solved by technology

The traditional manual configuration method has three significant disadvantages. First, because the simulation requires a large amount of sample data, military scenarios are constantly changing, which leads to continuous changes in the network structure. A simulation test often contains hundreds of different network logical topologies. The frequency of manual configuration is high, and the efficiency is extremely low; the second is that large-scale distributed simulation experiments involve many network devices and hosts, and there are many nodes that need to be configured, and the workload is particularly huge; the third is that for a large number of configuration tasks, traditional manual configuration The method is prone to errors, and the hidden errors introduced will lead to errors in the simulation results, requiring repeated error checking and correction, which consumes a lot of time and further reduces efficiency

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