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A fundamental concern for the security community is to identify the comprehensive comparable performance of various intrusion detection algorithms which are based on the Model Checking (MC) techniques. To address this open issue, we conduct the benchmark tests for the model-checking-based intrusion detection systems algorithms. At first, linear temporal logic, interval temporal logic and real-time attack signature logic are employed respectively to establish formula models for twenty-four types of attacks selected from KDDCUP, i.e., the annual data mining and knowledge discovery competition organized by association for computing machinery. And then, a standard intrusion set, called intrusion set for intrusion detection based on model checking, which is a behavior version of a subset of KDDCUP, is constructed. On the basis of it, detection abilities and efficiency of the intrusion detection algorithms based on model checking the three logics mentioned above are compared exhaustively. The experimental results illustrate the efficiency and abilities of these three algorithms. It is beneficial for selecting the suitable MC-based algorithms in actual deployment of intrusion detection systems.

Benchmark Tests for the Model-Checking-Based IDS Algorithms