Verification of Communication Structured Acyclic Nets Using SAT

The aim is to develop a property preserving domain specific language for the structurally evolving APNs based on the slicing and the classification of structural evolutions proposed

Of course Theorem 4.5 holds (and so the characterization of linear continuous functions by means of visible acyclicity) supposing JπK enjoys hypotheses analogous to the ones

However, from the complexity point of view, better results can be obtained for structural restricted Petri nets: for example, the complexity of the reachability problem boils down

This paper proposed an extension of the Communication Structured Acyclic Nets ( CSA - nets) based on multi-coloured tokens by introducing master channel places which col- lapse

Termination, soundness, and coverability for symbolic set of initial cases defined by a monotonous pattern are decidable properties on the class of backward-effective wqo-StDN

An alternative, as we aim to study in this paper, is to investigate how to cluster the nodes of task graphs to increase the granularity of the tasks and thus obtain faster execution

Structured occurrence nets (SONs) [10] originate from occurrence nets (ONs), which are directed acyclic graphs which show the causality and concurrency involved in system

In an ongoing example reconfigurable Petri nets are used to model and to verify partial dynamic reconfiguration of field programmable gate arrays using the tool ReconNet ([5] or