RESEARCH ON DYNAMIC SCHEDULING DECISION ALGORITHM IN MIMIC DEFENSE

摘要

In this paper, a dynamic scheduling decision algorithm based on mimic defense is proposed. According to the output of the decision feedback executor, different executors are selected by the scheduler to realize the feedback security defense mechanism. Firstly, the scheduling algorithm is used to dynamically select the executor set in the execution pool to reduce overhead and improve security. And then the output of the execution set is determined by the improved majority decision algorithm based on the reliability factor. Finally, the simulation results show that the dynamic feedback scheduling algorithm can effectively improve the security of the system.