Method for dynamically adjusting scheduling opportunity and scheduling quantity of endogenous safety system

Abstract

The invention discloses a method for dynamically adjusting the scheduling opportunity and the scheduling quantity of an endogenous safety system, which comprises the following steps of: in a current working period, respectively processing an input sequence by a plurality of online heterogeneous executors, and respectively generating output results; according to all the output results, a unique output result is obtained, and according to the unique output result, the number of abnormal heterogeneous execution bodies and the working duration of the heterogeneous execution bodies are obtained; according to the number of the abnormal heterogeneous execution bodies and the working duration of the heterogeneous execution bodies, the type of the scheduling trigger event is judged; according to the type of the scheduling trigger event, the number and parameters of heterogeneous execution bodies in the next work period are calculated; and updating the number and the parameters of the online heterogeneous executors according to the number and the parameters of the heterogeneous executors in the next work cycle. According to the method, the risk of system failure caused by sudden large-scale attacks is reduced, the security and dynamics of the system are improved, and meanwhile, resource consumption caused by unnecessary scheduling is reduced.

Description

technical field [0001] The invention relates to a dynamic adjustment method for scheduling timing and scheduling quantity of an endogenous security system, and belongs to the technical field of network security. Background technique [0002] With the rapid development of computer technology, society has entered the era of "Internet of Everything". The Internet covers all aspects of people's lives. At the same time, the use of unknown loopholes and backdoors to conduct cybercrimes is growing, and the importance of cybersecurity is becoming more and more prominent. Although traditional network defense technologies represented by anti-virus software or firewalls are constantly being updated, the defense measures deployed by traditional defense technologies must be effective only when the type of attack or their own loopholes and backdoors are known in advance, which has certain limitations. This makes the information system deterministic and static, thus showing vulnerability...

AI Technical Summary

Problems solved by technology

[0006] Most of the existing scheduling strategies focus on the problem of scheduling objects, the research objects are relatively single, less consideration is given to scheduling timing and the number of executives, and few attributes are organically combined for comprehensive research, which is not comprehensive enough

Most of the existing scheduling strategies fix the scheduling working hours and the number of executors, which are more stable but not flexible enough to adjust. They are vulnerable to continuous attacks and cause the system to fail completely, which makes the information system insufficient in security and dynamics. poor sex

In addition, some scheduling algorithms pursue high security but have high complexity, and there is a problem of redundancy and waste, which cannot balance system security and operating costs well.

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