We present SAFARI, a model checker designed to prove (possibly universally quantified) safety properties of imperative programs with arrays of unknown length. SAFARI is based on an extension of lazy abstraction capable of handling existentially quantified formul\ue6 for symbolically representing states. A heuristics, called term abstraction, favors the convergence of the tool by \u201ctuning\u201d interpolants and guessing additional quantified variables of invariants to prune the search space efficiently
We develop a framework for model checking infinite-state systems by automatically augmenting them wi...
In previous work we presented a model checking procedure for linear programs, i.e. programs in which...
Craig interpolation is a standard method to construct and refine abstractions in model checking. To ...
Lazy abstraction with interpolation-based refinement has been shown to be a powerful technique for v...
Lazy abstraction with interpolants has been shown to be a powerful technique for verifying imperativ...
Abstraction (in its various forms) is a powerful established technique in model-checking; still, whe...
Recent advances in the areas of automated reasoning and first-order theorem proving paved the way t...
An approach to CEGAR-based model checking which has proved to be successful on large models employs ...
The use of interpolants in model checking is becoming an enabling technologyto allow fast and robust...
In this work, we have designed and developed an automated static program analysis tool which can che...
Abstract. In software verification, Craig interpolation has proven to be a powerful technique for co...
Abstract. We introduce the notion of array-based system as a suit-able abstraction of infinite state...
We introduce the notion of array-based system as a suitable abstraction of infinite state systems su...
International audienceAutomatically verifying safety properties of programs is hard.Many approaches ...
Craig interpolation has been a valuable tool for formal methods with interesting applications in pro...
We develop a framework for model checking infinite-state systems by automatically augmenting them wi...
In previous work we presented a model checking procedure for linear programs, i.e. programs in which...
Craig interpolation is a standard method to construct and refine abstractions in model checking. To ...
Lazy abstraction with interpolation-based refinement has been shown to be a powerful technique for v...
Lazy abstraction with interpolants has been shown to be a powerful technique for verifying imperativ...
Abstraction (in its various forms) is a powerful established technique in model-checking; still, whe...
Recent advances in the areas of automated reasoning and first-order theorem proving paved the way t...
An approach to CEGAR-based model checking which has proved to be successful on large models employs ...
The use of interpolants in model checking is becoming an enabling technologyto allow fast and robust...
In this work, we have designed and developed an automated static program analysis tool which can che...
Abstract. In software verification, Craig interpolation has proven to be a powerful technique for co...
Abstract. We introduce the notion of array-based system as a suit-able abstraction of infinite state...
We introduce the notion of array-based system as a suitable abstraction of infinite state systems su...
International audienceAutomatically verifying safety properties of programs is hard.Many approaches ...
Craig interpolation has been a valuable tool for formal methods with interesting applications in pro...
We develop a framework for model checking infinite-state systems by automatically augmenting them wi...
In previous work we presented a model checking procedure for linear programs, i.e. programs in which...
Craig interpolation is a standard method to construct and refine abstractions in model checking. To ...