articles
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№ 4(118)
28 august 2025 year
Rubric: Researching of processes and systems Authors: Volkova V., Denisov M., Loginova A., Maksimov M. |
The paper analyzes the experience of development of automation of information provisioning of administrative bodies of territorial government. The analysis made it possible to understand that the information provision of administrative government is fundamentally different from the creation of information systems for industrial enterprises. The example of a specific district administration shows that the creation of a single automated information system in its original understanding in the theory of information systems is impossible. The implementation of the concept of “growing” the system of F. E. Temnikov based on the registration and analysis of incoming requests is presented. The idea was proposed by one of the authors of the article, the head of information and communication department of the Administration of the Kalininsky district of St. Petersburg). After the accumulation of a large volume of unordered decisions and acquired technical means, the concept and model of a multi-level information and control complex were proposed and applied taking into account the features of the administrative government body, providing a holistic view of the accumulated information support. The concept is based on the definition of the system definition article. Stratified model analysis methods have been proposed, helping to development and adjust the structure of the information-control complex. The prospects methods of creating an information system based on the application of service architecture for the field of administrative-government are considered. The relevance of the study is that it shows the usefulness of analyzing the history of information system development of a specific district administration of a city to development a theory of creating administrative management information systems. Continue... |
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| Modern trends in the development of Industry 4.0 and the digitalization of industry are leading to the creation of networks of various manufacturing enterprises that use shared digital platforms and cyber-physical systems, forming industrial digital ecosystems. This highlights the relevance of research aimed at standardizing and optimizing information exchange between stakeholders in production processes, which is crucial for enhancing competitiveness and reducing product life cycles. These challenges create a growing need for methods that ensure semantic coherence of digital models of products, processes, and enterprises within reference frameworks such as RAMI 4.0, particularly in the context of distributed manufacturing. The aim of this study is to develop a method for applying ontological models and knowledge bases in the design of cyber-physical systems aligned with the RAMI 4.0 standard, with an emphasis on achieving consistency, integrity, and dynamic interaction within digital platforms. The main results include the development of a system of hierarchically linked ontologies, a classification of asset properties and relationships within the RAMI 4.0 structure, a predicate framework for knowledge bases, and a practical implementation of the method using the 1C:Enterprise platform. The proposed approach ensures terminological unification, improves data exchange efficiency, and supports decision-making in the design and operation of cyber-physical systems. It contributes to the advancement of systems engineering by providing both a theoretical foundation and practical tools for industrial digitalization and the standardization of enterprise interactions within Industry 4.0 ecosystems, while also opening new prospects for research into intelligent manufacturing systems. Continue... |
