AbstractIn static analysis by abstract interpretation, one often uses widening operators in order to enforce convergence within finite time to an inductive invariant. Certain widening operators, including the classical one over finite polyhedra, exhibit an unintuitive behavior: analyzing the program over a subset of its variables may lead a more precise result than analyzing the original program! In this article, we present simple workarounds for such behavior
Two classical sources of imprecision in static analysis by abstract inter-pretation are widening and...
AbstractModular static analyzers use procedure abstractions, a.k.a. summarizations, to ensure that t...
AbstractStatic analysis by abstract interpretation aims at automatically proving properties of compu...
In the context of static analysis via abstract interpretation, convex polyhedra constitute the most ...
International audienceTwo classical sources of imprecision in static analysis by abstract interpreta...
AbstractNumerical static program analyses by abstract interpretation, e.g., the problem of inferring...
AbstractIn the context of static analysis via abstract interpretation, convex polyhedra constitute t...
Static program analysis aims at automatically determining whether a program satisfies some particula...
AbstractStatic analysis of a computer program by abstract interpretation helps prove behavioural pro...
International audienceThe aim of static analysis is to infer invariants about programs that are tigh...
{Linear Relation Analysis~\cite{cousot78,halbwach79} is now a classical abstract interpretation base...
Static analysis aims to verify that programs behave correctly i.e. satisfy safety properties. Howeve...
AbstractMuch of the earlier development of abstract interpretation, and its application to imperativ...
Static program analysis aims at automatically determining whether a program satisfies some particula...
AbstractAnalysis of convex polyhedra using abstract interpretation is a common and powerful program ...
Two classical sources of imprecision in static analysis by abstract inter-pretation are widening and...
AbstractModular static analyzers use procedure abstractions, a.k.a. summarizations, to ensure that t...
AbstractStatic analysis by abstract interpretation aims at automatically proving properties of compu...
In the context of static analysis via abstract interpretation, convex polyhedra constitute the most ...
International audienceTwo classical sources of imprecision in static analysis by abstract interpreta...
AbstractNumerical static program analyses by abstract interpretation, e.g., the problem of inferring...
AbstractIn the context of static analysis via abstract interpretation, convex polyhedra constitute t...
Static program analysis aims at automatically determining whether a program satisfies some particula...
AbstractStatic analysis of a computer program by abstract interpretation helps prove behavioural pro...
International audienceThe aim of static analysis is to infer invariants about programs that are tigh...
{Linear Relation Analysis~\cite{cousot78,halbwach79} is now a classical abstract interpretation base...
Static analysis aims to verify that programs behave correctly i.e. satisfy safety properties. Howeve...
AbstractMuch of the earlier development of abstract interpretation, and its application to imperativ...
Static program analysis aims at automatically determining whether a program satisfies some particula...
AbstractAnalysis of convex polyhedra using abstract interpretation is a common and powerful program ...
Two classical sources of imprecision in static analysis by abstract inter-pretation are widening and...
AbstractModular static analyzers use procedure abstractions, a.k.a. summarizations, to ensure that t...
AbstractStatic analysis by abstract interpretation aims at automatically proving properties of compu...