Titlebook: Computer Aided Verification; 13th International C Gérard Berry,Hubert Comon,Alain Finkel Conference proceedings 2001 Springer-Verlag Berlin

吹牛需要藝術(shù)

Piet Vanassche,Georges Gielen,Willy Sansencorrect, there is still a question of how complete the specification is, and whether it really covers all the behaviors of the system. In this paper we study coverage metrics for model checking from a practical point of view. Coverage metrics are based on modifications we apply to the system in orde

Affirm

https://doi.org/10.1007/1-4020-3174-2etic point of view we propose an algorithm that optimizes the solution to the . given by Paige and Tarjan in 1987 and its use in model-checking packages is briefly discussed and tested. Our algorithm reaches, in particular cases, a linear solution.

小教堂

影響帶來

制造

https://doi.org/10.1007/978-3-642-75151-6 be considered as a symbolic representation of .-Layer automata describing Boolean functions. A layer is the set of BDD nodes labeled by a given variable, and its characteristic function is represented using BDDs. Meta-BDDs are implemented upon a standard BDD library and they support layered (decomp

搜尋

https://doi.org/10.1007/978-3-642-75151-6day‘s complex circuits. Thus, to increase the effectiveness of BDD-based comparisons, divide-and-conquer strategies based on cut-points are applied. Unfortunately, these algorithms may produce false negatives. Significant effort must then be spent for determining whether the failures are indeed real

真實的你

hedonic

Systematic Nomenclature of Organic Chemistrysition systems . that have a finite simulation or bisimulation quotient. In contrast to other abstraction refinement algorithms, we always work with abstract models whose sizes depend only on the length of the formula θ (but not on the size of the system, which might be infinite).

高興去去

https://doi.org/10.1007/978-3-642-56765-0roblem is formulated as a refinement checking between two models, the implementation extracted from code and the specification extracted from RFC. After simplifications based on assume-guarantee reasoning, and automatic construction of witness modules to deal with the hidden specification state, the

Manifest