Publication | Closed Access
Reducer-based construction of conditional verifiers
40
Citations
28
References
2018
Year
Unknown Venue
Mathematical ProgrammingReduced Order ModelingEngineeringVerificationComputer-aided VerificationSoftware EngineeringConditional VerifiersModel CheckingState SpaceModel VerificationFormal VerificationSoftware AnalysisSymbolic ComputationConditional Model CheckingSystems EngineeringRecent AdvancesRuntime VerificationComputer EngineeringComputer ScienceSoftware DesignSoftware VerificationLogic SynthesisAutomated ReasoningProgram AnalysisSoftware TestingFormal MethodsProcess ControlSystem Software
Despite recent advances, software verification remains challenging. To solve hard verification tasks, we need to leverage not just one but several different verifiers employing different technologies. To this end, we need to exchange information between verifiers. Conditional model checking was proposed as a solution to exactly this problem: The idea is to let the first verifier output a condition which describes the state space that it successfully verified and to instruct the second verifier to verify the yet unverified state space using this condition. However, most verifiers do not understand conditions as input.
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