Network switching method and system based on multi-access edge computing

Abstract

The invention provides a network switching method and system based on multi-access edge computing. The method comprises the steps: carrying out the operation state monitoring of a software end of a mobile terminal in an operation state, so as to determine whether each software end is in an abnormal operation state or not; then performing virus checking and killing on interaction data between a software end in an abnormal running state and a mobile network, and determining whether the mobile terminal needs to be switched to be connected to other mobile networks or not according to a data transmission rate of the software end after virus elimination, so that comprehensive real-time monitoring can be performed on the software end on the mobile terminal; then performing virus searching and killing on collected data by utilizing an edge computing strategy, so that the accuracy and comprehensiveness of virus searching and killing are improved to the maximum extent. According to the method, the mobile terminal can be switched to be connected to a mobile network with a larger broadband according to the data transmission rate of a software end; therefore, the mobile terminal is effectively prevented from being continuously attacked by viruses and the communication speed of the mobile terminal is improved.

Description

technical field [0001] The present invention relates to the technical field of network access management, in particular to a network switching method and system based on multi-access edge computing. Background technique [0002] Different APP software terminals are usually installed in mobile terminals such as smart phones, and these APP software terminals will perform data interaction with the mobile network during operation. In the process of data interaction, the APP software end will inevitably be maliciously attacked by other terminals or Trojan virus implantation, etc., which will not only affect the normal operation of the APP software end, but also steal the personal information of mobile terminal users from the APP software end , thus posing a security threat to the mobile terminal. Although the built-in antivirus software of the mobile terminal can kill the virus to a certain extent, when the virus intrusion on the mobile terminal comes from the mobile network cur...

AI Technical Summary

Problems solved by technology

In the process of data interaction, the APP software end will inevitably be maliciously attacked by other terminals or Trojan virus implantation, etc., which will not only affect the normal operation of the APP software end, but also steal the personal information of mobile terminal users from the APP software end , thus posing a security threat to mobile terminals

Although the built-in antivirus software of the mobile terminal can kill the virus to a certain extent, when the virus intrusion on the mobile terminal comes from the mobile network currently connected, the antivirus software will not be able to completely and completely kill the invading virus , which will seriously affect the operational security of the mobile terminal. At this time, it is necessary to switch the mobile network to the mobile terminal in a timely and fast manner under the premise that the mobile terminal is determined to be attacked by a virus originating from the mobile network.

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