The induction-guided falsification searches a bounded reachable state space of a transition system for a counterexample that the system satisfies an invariant property. If no counterexamples are found, it tries to verify that the system satisfies the property by mathematical induction on the structure of the reachable state space of the system, from which some other invariant properties may be obtained as lemmas. The verification and falsification process is repeated for each of the properties until a counterexample is found or the verification is completed. The NSPK authentication protocol is used as an example to demonstrate the induction-guided falsification
A fundamental difficulty in automatic formal verification of finite-state systems is the state explo...
This paper addresses the issue of lemma generation in a k-induction-based formal analysis of tran-si...
Abstract This paper provides a method for coupling safety verification algo-rithms for non-determini...
Abstract. The induction-guided falsification searches a bounded reach-able state space of a transiti...
Strengthening a property allows it to be falsified/verified at an earlier induction depth. In this p...
Abstract. We explore the combination of bounded model checking and induction for proving safety prop...
Part 5: Various Aspects of Computer SecurityInternational audienceThis paper shows a new way of auto...
This paper addresses a problem arising in automated proof of invariants of transition systems, for e...
Abstract. This paper addresses a problem arising in automated proof of invariants of transition syst...
Abstract. We report on recent progress in the study of infinite transition systems for which interes...
We present a new verification algorithm for security protocols that allows for unbounded verificatio...
This paper demonstrates the pontential of verification based on state spaces reduced by equivalence ...
Most software verification tools can be classified into one of a number of established families, eac...
Most software verification tools can be classified into one of a number of established families, eac...
Abstract. Most software verification tools can be classified into one of a number of established fam...
A fundamental difficulty in automatic formal verification of finite-state systems is the state explo...
This paper addresses the issue of lemma generation in a k-induction-based formal analysis of tran-si...
Abstract This paper provides a method for coupling safety verification algo-rithms for non-determini...
Abstract. The induction-guided falsification searches a bounded reach-able state space of a transiti...
Strengthening a property allows it to be falsified/verified at an earlier induction depth. In this p...
Abstract. We explore the combination of bounded model checking and induction for proving safety prop...
Part 5: Various Aspects of Computer SecurityInternational audienceThis paper shows a new way of auto...
This paper addresses a problem arising in automated proof of invariants of transition systems, for e...
Abstract. This paper addresses a problem arising in automated proof of invariants of transition syst...
Abstract. We report on recent progress in the study of infinite transition systems for which interes...
We present a new verification algorithm for security protocols that allows for unbounded verificatio...
This paper demonstrates the pontential of verification based on state spaces reduced by equivalence ...
Most software verification tools can be classified into one of a number of established families, eac...
Most software verification tools can be classified into one of a number of established families, eac...
Abstract. Most software verification tools can be classified into one of a number of established fam...
A fundamental difficulty in automatic formal verification of finite-state systems is the state explo...
This paper addresses the issue of lemma generation in a k-induction-based formal analysis of tran-si...
Abstract This paper provides a method for coupling safety verification algo-rithms for non-determini...