Data Communication Interaction Method and System Based on Mathematical Model Virtual Network

Abstract

The invention relates to a data communication interaction method and system of a mathematical model based virtual network. According to the method, an obtained data message of the outside network is parsed, and converted into data information in the mathematical model based virtual network; and data information among nodes of the mathematical model based virtual network is simulated to generate adata message that can interact with the outside network. Parsing and simulating are carried out in a large-scale parallel processing way, and real-time data interaction with the outside network can berealized in large-scale network event simulation. Solution to real-time information interaction with the outside network is provided for the mathematical model based virtual network technology, the mathematical model based virtual network can perform a network simulated task by crossing the network, the outside network can communicate with each node in the mathematical model based virtual network, and the mathematical model based virtual network is fully covered.

Description

technical field [0001] The invention belongs to the field of network technology, and in particular relates to a data communication interaction method and system based on a mathematical model virtual network. Background technique [0002] Network simulation technology has been proposed since the 1970s and has been studied as a research hotspot until now. With the increasing number of large-scale network incidents and network attack protocols, it is particularly important to assess the destructiveness and scope of network incidents and network attack protocols. [0003] Today's network simulation technologies mainly include parallel network simulation technology and distributed network simulation technology, and the main representative system is NS3 network simulation tool. Based on the above technologies, a high-granularity abstraction technology based on mathematical models is summarized. On the basis of retaining the basic capabilities of network nodes, network nodes and n...

AI Technical Summary

Problems solved by technology

Whether it is simulating large-scale network security incidents or simulating attack protocols, they are all message communication within the virtual network, and cannot interact with the external real network environment.

On the one hand, the abstract granularity used in the virtual network of the mathematical model is large, and it is difficult to analyze the external data packets according to the actual situation; on the other hand, due to the large number of nodes in the virtual network of the mathematical model, the data packets sent to the virtual network by the outside world The number increases dramatically, causing a bottleneck in processing power

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