Titlebook: Computer Aided Verification; 22nd International C Tayssir Touili,Byron Cook,Paul Jackson Conference proceedings 2010 Springer-Verlag Berlin

阻止

尾随

https://doi.org/10.1007/978-3-322-97784-7condition. The standard solution to this problem involves adding an auxiliary clock to take care of the non-Zenoness. In this paper, we show that this simple transformation may sometimes result in an exponential blowup. We propose a method avoiding this blowup.

必死

,Thesenförmige Zusammenfassung,cations. . may be viewed as a new, and much enhanced . [18], with Java rather than .-basic as the scripting language. JTLV attaches its internal parsers as an Eclipse editor, and facilitates a rich, common, and abstract verification developer environment that is implemented as an Eclipse plugin.

集中营

,Systemanalyse: Eine Einführung,ing implementations, the principle fixed-point engine runs interleaved with coverability queries. We discuss algorithmic enhancements and provide experimental evidence that . copes with models of reasonable size.

山间窄路

https://doi.org/10.1007/978-3-663-19719-5We describe an interpolant-based approach to test generation and model checking for sequential programs. The method generates Floyd/Hoare style annotations of the program on demand, as a result of failure to achieve goals, in a manner analogous to conflict clause learning in a DPLL style SAT solver.

meditation

Methoden der Investitionsplanung,We present ., a verification tool for .. . automates verification by inferring “Liquid” refinement types that are expressive enough to verify a variety of complex safety properties.

无力更进

Lazy Annotation for Program Testing and VerificationWe describe an interpolant-based approach to test generation and model checking for sequential programs. The method generates Floyd/Hoare style annotations of the program on demand, as a result of failure to achieve goals, in a manner analogous to conflict clause learning in a DPLL style SAT solver.

体贴

狂热语言

断断续续

Memory Management in Concurrent Algorithmswhile they are being updated by concurrent threads. Optimistic access is often necessary to enable non-blocking progress, and it is desirable for increasing concurrency and reducing conflicts among concurrent operations.