Communication topology information modeling method based on flow data

Abstract

The invention relates to a communication topology information modeling method and device based on flow data, and the method comprises the following steps: collecting the flow data of all engines, andcaching the flow data in a memory; summarizing the acquired flow data, and removing repeated data; abstractly modeling the analyzed and arranged flow data into an object library which can be insertedinto a graph database; and carrying out data persistence: storing the modeled object into a graph database. According to the scheme, modeling is conducted in a graph data mode on the basis of the real-time flow data reported by the flow collection engine, and the modeling data are persisted into the graph database, so that the function of checking the real-time network communication topological graph can be perfectly achieved, and the problems of drawing and retrieval efficiency of the system flow topological graph are solved.

Description

Technical field [0001] The invention relates to the field of network technology, in particular to a method and device for modeling communication topology information based on traffic data. Background technique [0002] The description of the background technology of the present invention belongs to the related technology of the present invention. It is only used to illustrate and facilitate the understanding of the content of the present invention. It should not be construed as the applicant expressly believes or presumes that the applicant believes that the present invention was first filed for application. Current technology as of the application date. [0003] The traditional network topology diagram is displayed by statically configuring the network node data. All data must be manually entered, and a lot of effort is required to maintain these data later; because the static network topology diagram does not have the ability to display the real-time communication status of the n...

AI Technical Summary

Problems solved by technology

[0003] Traditional network topology diagrams are displayed by statically configuring network node data. All data must be entered manually, and a great deal of effort must be devoted to maintaining these data in the later stage; because static network topology diagrams do not have the ability to display real-time communication conditions of the network system, Network administrators cannot use it to discover risks in the network in time

[0004] With the expansion of the network scale, how to ensure the real-time display and retrieval of system network communication information is a challenge. When the nodes in the system reach a certain scale, the use of traditional relational databases to model traffic data cannot meet the real-time requirements of data retrieval.

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