METHOD OF ANALYSIS OF STRUCTURAL FUNCTIONAL STABILITY OF THE BRANCHED INFORMATION NETWORK
Journal Title: Телекомунікаційні та інформаційні технології - Year 2017, Vol 130, Issue 3
Abstract
In the given work the method of analysis of structural functional stability of the branched information network is developed on the probabilistic criterion on the basis of the Schwarz-Wagner algorithm for determining the complete set of minimum cross sections of the graph. The exact and approximate methods for calculating the level of functional stability under the probability index are proposed, which, in contrast to the traditional calculate the connectivity of the entire structure, rather than the selected pair of vertices, are calculated. These methods differ from those of sufficiently high "speed" and allow us to calculate the probability of connecting vertices for a reasonable time. Their feature is the ability to use for the restructuring of active topology in order to ensure the functional stability of branched information networks under the influence of destabilizing factors.
Authors and Affiliations
Oleh Barabash, Andrii Konohrai, Ivanna Salanda
Keywords
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