Extraction of Cyber-Physical Systems Inventions’ Structural Elements of Russian-Language Patents

Vasiliev, S. S.; Korobkin, Dmitriy; Kravets, Alla G.; Fomenkov, Sergey; Kolesnikov, Sergey

doi:10.1007/978-3-030-32579-4_5

Cited by 16 publications

(2 citation statements)

References 10 publications

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“…The application of cyber-physical systems and relevant risk-sensitive strategic control mechanisms based on the principle of management metafunctions will ensure balanced budgets, including at the regional and municipal levels by creating conditions for the implementation of technologies aimed at reducing costs, for the introduction of financial and industrial policies, investment, fiscal transfers, etc. [19,20] Using metafunctions, typical technologies and DSN allows decomposing the technology among DRC to meet the challenges of ameliorating the problematic situations, elimination of local imbalances, rational allocation of resources and their subsequent consumption in industrial production system with the effective strategic control over input and output parameters.…”

Section: Resultsmentioning

confidence: 99%

Semantic Modelling for the Communication Mechanism of the Production System

Karlik

Яковлева

Платонов

2021

Knowledge in the Information Society

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The study deals with the application of intelligent management technologies to support communicative mechanisms in the modern production environment based on the analytical tools which apply the cognitive approach, namely, the semantic modelling. It supports the application of the situation analysis for strategic control based on the principle of management metafunctions. The article presents the semantic model of a discrete situational network in the form of a network graph. It is designed to contribute to the implementation of the communicative strategies to facilitate the decision-making under digitalization. The analytical procedure also designed for decision-making on municipal level that is important under tough budget constraints conditioned by the COVID-19 pandemic. The main result of the study is the semantic model of the communicative mechanism of the production system. The proposed intelligent solutions are risk-sensitive because it accounts for the significant exposures. The systematization of the order of interaction under implementation of the cyber-physical systems, production cooperation and communication within the specialization network chain allow to apply the system analysis to the communicative processes that enable information transfer. The article is designed to contribute to the system theory and methodology by application of logical-linguistic analysis and modeling as well as by combining adaptive management and semiotic approach in application to the communicative mechanism of production systems.

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Section: Resultsmentioning

confidence: 99%

Semantic Modelling for the Communication Mechanism of the Production System

Karlik

Яковлева

Платонов

2021

Knowledge in the Information Society

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“…Показатели патентной активности в настоящее время нередко используются при технологическом прогнозировании и в конкурентной разведке. Важную роль приобретает прогнозирование развития патентных трендов в отдельно взятых странах и во всем мире, позволяющее выявить основные приоритетные направления развития технологий [1,2].…”

Section: Introductionunclassified

Predictive Modeling of Technological Development Trends

Kravets¹,

Salnikova²

2020

Bulletin of St PbSIT(TU)

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In the work, the problem of forecasting technological development trends was considered. A review of the sources of the global patent space, an analysis of technological development trends, a survey of data sources for training the neural network were carried out. Existing data mining techniques were analyzed for more accurate and faster forecasting. A module for predictive modeling of trends in technological development was developed, algorithms for the module for predictive modeling of trends in technological development were described.

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