Fault Tolerance Exploration and SDN Implementation for de Bruijn Topology based on betweenness Coefficient , Artem Volokyta, Heorhii Loutskii, Oleksandr Honcharenko, Oleksii Cherevatenko, Volodymyr Rusinov, Yurii Kulakov, and Serhii Tsybulia MECS Publisher This article considers the method of analyze potentially vulnerable places during development of topology for fault-tolerant systems based on using betweenness coefficient. Parameters of different topological organizations using De Bruijn code transformation are observed. This method, assessing the risk for possible faults, is proposed for other topological organizations that are analyzed for their fault tolerance and to predict the consequences of simultaneous faults on more significant fragments of this topology.
Clustering Methods Analysis for Terrain Colors Characteristics Determination
Optical spatial dispersion in terms of Jones calculus S. Yu. Nastyshyn, I. M. Bolesta, S. A. Tsybulia, E. Lychkovskyy, Z. Ya. Fedorovych, D. Ye. Khaustov, Ye. Ryzhov, P. I. Vankevych, and Yu. A. Nastishin American Physical Society (APS)