Titlebook: NASA Formal Methods; Third International Mihaela Bobaru,Klaus Havelund,Rajeev Joshi Conference proceedings 2011 Springer Berlin Heidelberg

大笑

Verifying Functional Correctness of C Programs with VCCction contracts, state assertions, and type invariants) and attempts to prove the correctness of these annotations. VCC’s verification methodology?[4] allows global two-state invariants that restrict update of shared state and enforces simple, semantic conditions sufficient for checking those global

供過于求

Bakar Kiasan: Flexible Contract Checking for Critical Systems Using Symbolic Executionecifying functional properties of procedures. Even though . and its static analysis components are beneficial and easy to use, its contract language is almost never used due to the burdens the associated tool support imposes on developers. In this paper, we present: (a) SymExe techniques for checkin

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杠桿

Abnormal

Generalized Rabin(1) Synthesis with Applications to Robust System Synthesise systems and can quickly generate prototype implementations for realizable specifications..It has been observed, however, that automatically generated implementations typically do not share the robustness of manually constructed solutions with respect to assumption violations, i.e., they typically

NEG

Integrating an Automated Theorem Prover into Agdavity. We show how this process can be enhanced by integrating external automated theorem provers, provide a prototypical integration of the equational theorem prover Waldmeister, and give examples of how this proof automation works in practice.

情感脆弱

Efficient Predicate Abstraction of Program Summariesach basic block of a program . to construct a small finite abstract model – a Boolean program ., whose state-transition relation is over some chosen (finite) set of predicates. This is called Small-Block Encoding (SBE). A recent advancement is Large-Block Encoding (LBE) where abstraction is applied

locus-ceruleus

勾引

小蟲

The OpenTheory Standard Theory Libraryiques to support these efforts. One such technique is cross-prover package management, which has the potential to simplify the development of logical theories and effectively share theories between different theorem prover implementations. The OpenTheory project has developed standards for packaging