Онтологическое моделирование управляющих автоматов сервисов киберфизических систем

Abstract

Introduction: Services of cyberphysical systems are supposed to be able not only to access Internet for information search, extraction and representation, but also to make decisions in accordance with the environment state. Due to computational limitations of such devices, it is considered to be promising to use state machines for their programming. However, the necessity of their interaction causes problems related to their interoperability support. Purpose: Our goal is ontological modelling of state machines for cyberphysical system services. Results: Usage of state machines for the development of cyberphysical system services has been proposed. A RDF-compatible ontological model of a state machine for a cyberphysical system service has been developed, based on a representation of the services, their states and output symbols as classes, and their input symbols as properties. The results are demonstrated via a case study of robot interaction for assembling a given word out of letters. Practical relevance: The obtained results can be used in the development of cyberphysical system services.