Computer virus experimental method of supporting multiuser concurrency conrol in large scale

Abstract

The method includes following three aspects: (1) user management: when user is in logging in, checking userí»s ID and cipher identifies userí»s ID; restricting total number of logging in user in one time; assigning authorities in different levels for users divided into administrator level and general level; building induced environment for meeting to virus trigger mechanism; (2) visualization and operability for virus infection and clearing away virus; dynamic procedure for capturing infection of virus and clearing away virus by combination of capturing attributive information, memory format map of file, and registration table monitoring; (3) controllable propagation of virus: in range of LAN, simulating Internet environment of propagating virus, planning propagation path as well as safeguarding and controlling range of virus propagation. Features are: large scale, concentrative management, visual, operability and controllability.

Description

technical field [0001] The invention relates to a method in the technical field of information security, in particular to a computer virus experiment method supporting large-scale multi-user concurrent control. Background technique [0002] At present, computer viruses have become an important factor that reduces the efficiency of computer use. The development of computer virus from stand-alone type to network type has enhanced its destructiveness, and at the same time, the scope of influence has increased. Various computer virus prevention and control hardware systems usually use methods to protect the physical address of computer hardware and prohibit illegal read and write operations to prevent computer virus infection and damage; computer virus prevention software uses virus signature codes to query, correct key values ​​​​of virus code changes, etc. However, these software and hardware virus prevention systems do not show users the complete operating mechanism and anti...

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Problems solved by technology

However, this method belongs to the category of killing viruses based on behavioral results, and is used to guide the design and development of anti-virus products. It does not involve the method of forcing computer viruses and their simulated living environments to adapt to experiments, and cannot support large-scale concurrent access teaching experiments for multiple users.

In further searches, no literature reports identical or similar to the subject of the present invention have been found

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