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Filters: Author is Vorobiev, Vladimir  [Clear All Filters]
2018-02-21
Novikov, Fedor, Fedorchenko, Ludmila, Vorobiev, Vladimir, Fatkieva, Roza, Levonevskiy, Dmitriy.  2017.  Attribute-based Approach of Defining the Secure Behavior of Automata Objects. Proceedings of the 10th International Conference on Security of Information and Networks. :67–72.
The article proposes an enhanced behavior model using graphs of state transitions. The properties and advantages of the proposed model are discussed, UML-based Cooperative Interaction of Automata Objects (CIAO) language is described, attribute approach on its parsing mechanism is introduced. The proposed model for describing behavior is aimed at achieving higher reliability and productivity indicators when designing the secure architecture and implementing reactive and distributed systems in comparison with traditional methods. A side-by-side goal is to create a convenient publication language for describing parallel algorithms and distributed reactive systems. The offered model has advantages under certain conditions in comparison with other models of behavior description in the field of the description of asynchronous distributed reacting systems.