Titlebook: Static Analysis; 18th International S Eran Yahav Conference proceedings 2011 Springer-Verlag GmbH Berlin Heidelberg 2011 Concurrency.logic

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On Sequentializing Concurrent Programs, We notice the existing sequentializations—based on bounding the number of execution contexts, execution rounds, or delays from a deterministic task-schedule—rely on three key features for scalable concurrent program analyses: (i) reduction to the . program model, (ii) . reasoning to avoid expensive

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Verifying Fence Elimination Optimisations,he optimisations are performed using standard thread-local control flow analyses, their correctness is subtle and relies on a non-standard global simulation argument. The implementation and the proof of correctness are programmed in Coq as part of CompCertTSO, a fully-fledged certified compiler from

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An Efficient Static Trace Simplification Technique for Debugging Concurrent Programs,lexes the reasoning process. This problem can be alleviated by trace simplification techniques, which produce the same computation process but with much fewer number of context switches. The state of the art trace simplification technique takes a dynamic approach and does not scale well to large tra

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Abstract Domains of Affine Relations,other. We show that the abstract domains of Müller-Olm/Seidl (MOS) and King/Søndergaard (KS) are, in general, incomparable, but give sound interconversion methods. We also show that the methods of King and Søndergaard can be applied without bit-blasting—while still using a bit-precise concrete seman

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Transitive Closures of Affine Integer Tuple Relations and Their Overapproximations, used to represent possibly infinite graphs, this set corresponds to the transitive closure of the relation representing the graph. Relations described using only affine constraints and projection are fairly efficient to use in practice and capture Presburger arithmetic. Unfortunately, the transitiv

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