Automata-Based Programming Practice for Networked Control Systems Development

Abstract

Today, network information control systems are a promising area for scientific research in the context of production development in accordance with the Smart Manufacturing strategy and the cloud computing technologies application. The problems of delays and failures occur. That leads to the packet loss problem which is transformed into a failure of the network node of the information control system. In this paper, an approach for determining packet losses and delays is formulated, where the problem of packet loss is converted into a failure of a network node of an information control system. The conclusion about the need to determine the state of the control object in order to solve the problems identified above is made. As a result of this study, a search for a target automata-based algorithm that minimizes the risk of a complete failure of the control system network infrastructure was proposed. This algorithm was tested by means of using theoretical and real topology. In this paper related software was also developed and described. In this article we develop architecture of application designed by means of the proposed approach. The mentioned approach designed for using RAFT consensus algorithm as based algorithm for network information control systems development. This article described basic differences and problems of most popular classes, of consensus algorithms in view point of network information control systems. This work is taking into consideration application of distributed systems concepts to network control information systems field. This article related with development distributed systems using java language and Jraft framework. In the conclusion of the research work analyzed results of tests of developed system in specially created laboratory bench.