Practical software verification is dominated by two major classes of techniques. The first is model checking, which provides total precision, but suffers from the state space explosion problem. The second is abstract interpretation, which is usually much less demanding, but often returns a high number of false positives. We present Loopfrog, a static analyzer that combines the best of both worlds: the precision of model checking and the performance of abstract interpretation. In contrast to traditional static analyzers, it also provides `leaping` counterexamples to aid in the diagnosis of errors
Static analysis has commonly beenknown as a technique for finding violations of superficial stylisti...
Many practical static analyzers are not completely sound by design. Their designers trade soundness ...
Software has been under scrutiny by the verification community from various angles in the recent pas...
Abstract. We report on a successful preliminary experience in the design and implementation of a spe...
The verification of programs offers great advantages for developers and users, because we can rely o...
Static analysis tools (see the sidebar onpage 7) are very useful for finding bugs. They go far beyon...
We show that abstract interpretation-based static program analysis can be made efficient and precise...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Static analysis is nowadays an essential component of many software development toolsets, attracting...
ManuscriptStatic analyzers should be correct. We used the random C-program generator Csmith, initial...
We present an iterative technique in which model checking and static analysis are combined to verify...
We report on a successful preliminary experience in the design and implementation of a speci...
Abstract. Safety-critical software in industry is typically subjected to both dy-namic testing as we...
Abstract. We report on a successful preliminary experience in the de-sign and implementation of a sp...
AbstractStatic program analysis complements traditional dynamic testing by discovering generic patte...
Static analysis has commonly beenknown as a technique for finding violations of superficial stylisti...
Many practical static analyzers are not completely sound by design. Their designers trade soundness ...
Software has been under scrutiny by the verification community from various angles in the recent pas...
Abstract. We report on a successful preliminary experience in the design and implementation of a spe...
The verification of programs offers great advantages for developers and users, because we can rely o...
Static analysis tools (see the sidebar onpage 7) are very useful for finding bugs. They go far beyon...
We show that abstract interpretation-based static program analysis can be made efficient and precise...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Static analysis is nowadays an essential component of many software development toolsets, attracting...
ManuscriptStatic analyzers should be correct. We used the random C-program generator Csmith, initial...
We present an iterative technique in which model checking and static analysis are combined to verify...
We report on a successful preliminary experience in the design and implementation of a speci...
Abstract. Safety-critical software in industry is typically subjected to both dy-namic testing as we...
Abstract. We report on a successful preliminary experience in the de-sign and implementation of a sp...
AbstractStatic program analysis complements traditional dynamic testing by discovering generic patte...
Static analysis has commonly beenknown as a technique for finding violations of superficial stylisti...
Many practical static analyzers are not completely sound by design. Their designers trade soundness ...
Software has been under scrutiny by the verification community from various angles in the recent pas...