Abstract: With the flourishing development of efficient SAT-solvers, bounded model checking (BMC) has proven to be an extremely powerful symbolic model.

We describe our bounded refinement-checking algorithm which is based on watchdog transformations and incremental SAT-solving. We have implemented a tool, SymFDR ...

We describe our bounded refinement-checking algorithm which is based on watchdog transformations and incremental SAT-solving. We have implemented a tool, SymFDR ...

In this paper, we address the problem of applying BMC to concurrent systems involving the interaction of multiple processes running in parallel. We adapt the ...

... Faster FDR Counterexample Generation Using SAT-SolvingH. Palikareva, J. Ouaknine and A. W. Roscoe15 pagesGuest Editor: Markus RoggenbachManaging Editors ...

Palikareva, Hristina, Joel Ouaknine, and Bill Roscoe. 2009. “Faster FDR Counterexample Generation Using SAT-Solving”. Electronic Communications of the EASST ...

Co-authors ; Faster FDR Counterexample Generation Using SAT− Solving. H Palikareva, J Ouaknine, A Roscoe. Electronic Communications of the EASST 23, 2009. 19 ...

This chapter describes FDR and how to use this tool effectively. We describe how to interact with the FDR user interface, and how to program in CSP M and ...

If a counterexample is reported by the model checker, we try to simulate it on the concrete system with a fast Boolean satisfiability (SAT) solver. In other ...

The experiments are comparing three model checkers FDR, ProB, and the CSP module of PAT model checker. All the source code of the experiment (CSPM and CSP# ...