International audienceProving properties on programs accessing data structures such as arrays often requires universally quantified invariants, e.g., "all elements below index i are nonzero". In this article, we propose a general data abstraction scheme operating on Horn formulas, into which we recast previously published abstractions. We show that our instantiation scheme is relatively complete: the generated purely scalar Horn clauses have a solution (inductive invariants) if and only if the original problem has one expressible by the abstraction
This paper presents a semantic framework for data abstraction and refinement for verifying safety pr...
This paper concerns the question of how to create abstractions that are useful for program analysis....
Lazy abstraction with interpolants has been shown to be a powerful technique for verifying imperativ...
International audienceProving properties on programs accessing data structures such as arrays often ...
International audienceThis paper presents a framework to abstract data structures within Horn clause...
Proving properties of programs using data-structures such as arrays often requires universally quant...
Software verification is an important and difficult problem. Many static checking techniques for sof...
We present an extension to an on-demand abstraction framework, which integrates deductive verificati...
This paper explains the vital role of data abstraction in the development of computer programs. Abst...
Automatically verifying safety properties of programs is a tough problem that has been tackled using...
Lazy abstraction with interpolation-based refinement has been shown to be a powerful technique for v...
The precise computation of abstractions is a bottleneck in many approaches to CEGAR-based verificat...
This paper presents a semantic framework for data abstraction and refinement for verifying safety pr...
This paper concerns the question of how to create abstractions that are useful for program analysis....
Lazy abstraction with interpolants has been shown to be a powerful technique for verifying imperativ...
International audienceProving properties on programs accessing data structures such as arrays often ...
International audienceThis paper presents a framework to abstract data structures within Horn clause...
Proving properties of programs using data-structures such as arrays often requires universally quant...
Software verification is an important and difficult problem. Many static checking techniques for sof...
We present an extension to an on-demand abstraction framework, which integrates deductive verificati...
This paper explains the vital role of data abstraction in the development of computer programs. Abst...
Automatically verifying safety properties of programs is a tough problem that has been tackled using...
Lazy abstraction with interpolation-based refinement has been shown to be a powerful technique for v...
The precise computation of abstractions is a bottleneck in many approaches to CEGAR-based verificat...
This paper presents a semantic framework for data abstraction and refinement for verifying safety pr...
This paper concerns the question of how to create abstractions that are useful for program analysis....
Lazy abstraction with interpolants has been shown to be a powerful technique for verifying imperativ...