Titlebook: Computer Aided Verification; 26th International C Armin Biere,Roderick Bloem Conference proceedings 2014 Springer International Publishing

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Alain Zeimet,Annemarie Frank,Sina Schwarzlthe program is annotated with a learned fact that constrains future search. In this sense, the method is closely analogous to conflict-driven clause learning in SAT solvers..In this paper, we develop several improvements to the basic Lazy Annotation approach. The resulting algorithm is compared both

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Substanzspezifische Tipps und Tricks,y/IC3 (.) (local, without unrollings). . generates candidate invariants using interpolation over an unrolling of a system, without putting any restrictions on the SAT-solver’s search. . generates candidate invariants by a local search over a single instantiation of the transition relation, effective

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https://doi.org/10.1007/978-3-211-33651-9changes in the code. By focusing on a small subset of all the tests, the testing process runs faster and can be more tightly integrated into the development process. Existing techniques for regression test selection consider two versions of the code at a time, effectively assuming a development proc

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Computer Aided Verification978-3-319-08867-9Series ISSN 0302-9743 Series E-ISSN 1611-3349

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Alain Zeimet,Annemarie Frank,Sina Schwarzlaithfully represented in the Isabelle theorem prover, where we specify and verify confidentiality properties. The various theoretical and practical challenges posed by this development led to a novel security model and verification method generally applicable to systems describable as input–output automata.

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A Conference Management System with Verified Document Confidentialityaithfully represented in the Isabelle theorem prover, where we specify and verify confidentiality properties. The various theoretical and practical challenges posed by this development led to a novel security model and verification method generally applicable to systems describable as input–output automata.

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