Titlebook: Computer Aided Verification; 14th International C Ed Brinksma,Kim Guldstrand Larsen Conference proceedings 2002 Springer-Verlag Berlin Heid

PHONE

Conformance Checking for Models of Asynchronous Message Passing Softwarere CCS processes, which soundly abstract the externally visible communication behavior of a message-passing program. We use the extracted models to check that programs do not get ., waiting to receive or trying to send messages in vain. We show that our definition of stuckness and conformance captur

mastoid-bone

A Modular Checker for Multithreaded Programs on shared data. Static checking, with the potential to analyze the program’s behavior over all execution paths and for all thread interleavings, is a powerful debugging tool. We have built a scalable and expressive static checker called Calvin for multithreaded programs. To handle realistic program

織物

Automatic Derivation of Timing Constraints by Failure Analysisrameters of a circuit are first set to sufficiently large bounds, and verification runs followed by failure analysis are repeated. Each verification run performs timed state space enumeration under the given delay bounds, and produces a failure trace if it exists. The failure trace is analyzed, and

GUISE

引導(dǎo)

separate

吝嗇性

Applying SAT Methods in Unbounded Symbolic Model Checkingbased approach to quantifier elimination. This method is compared to a traditional BDD-based model checking approach using a set of benchmark problems derived from the compositional verification of a commercial microprocessor design.

浮雕寶石

Deciding Separation Formulas with SATnd .., .. are variables of type real or integer. Equalities and uninterpreted functions can be expressed in this logic as well. We discuss the advantages of using this reduction as compared to competing methods, and present experimental results that support our claims.

節(jié)省

Applying SAT Methods in Unbounded Symbolic Model Checkingbased approach to quantifier elimination. This method is compared to a traditional BDD-based model checking approach using a set of benchmark problems derived from the compositional verification of a commercial microprocessor design.

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