MODEL OF FAILURE RESOLUTION OF SOFTWARE-DEFINED CONFIGURABLE DATA NETWORK
S.A. Khrustalyev
Russian Academy of National Economy and Public Administration under the President of the Russian Federation, Moscow, Russian Federation
Keywords: computer network infrastructure, network infrastructure security, software-defined networks, data transmission networks, fault tolerance, fault tolerance model
Abstract
The publication deals with the design and modeling of fault tolerance for secured software-defined data transmission networks. A technique for evaluating the parameters of fault tolerance of a software-defined data transmission network is proposed. An organizational model for building a software-configurable data transmission network based on the design of a configuration based on the principle of dynamic protection with the use of selective transformation, taking into account the probability of failures and allowing to ensure high specified parameters of fault tolerance.
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