Synchronizability of Communicating Finite State Machines is not Decidable

Graph-based slicing that eliminates unnecessary tran- sitions and nodes produces an output that will not be a sub graph of the original. Although we term this amorphous slicing it

The heuristic search results suggest that combining the search for feasible transi- tion paths (FTPs), examined in Chapter 4, and the search for unique input /output sequences

The smallest locally s-equivalent FSM defines the set of traces of the specification that must be implemented in order for the system under test (SUT) not to be distinguishable from

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It exists at the intersection of gaming and the- atre, implementing finite state machines to generate a data set for performers to utilise, and that audi- ence members can access

By taking into account a non-deterministic finite state automaton modeling the fire spreading, we apply the results proposed in [FDSDB18] to characterize the possibility to predict in

In section 3, we prove that the left factor of a Lazard bisection is a recognizable set and we describe the construction of a deterministic au- tomaton recognizing it in section 4..

For an alphabet of size at least 3, the average time complexity, for the uniform distribution over the sets X of Set n,m , of the construction of the accessible and