Models for the study of the priorities of innovative companies

Volkova, Violetta N.; Loginova, Aleksandra V.; Shirokova, Svetlana; Яковлева, Елена Анатольевна

doi:10.1109/scm.2016.7519831

Cited by 13 publications

(4 citation statements)

References 1 publication

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“…The formation of the production system with highlighting the relationship between the chains in the spatio-temporal aspect helps to track the dynamics of changes in both existing and future reserves of non-renewable resources (of all types) in each node based on modern computer technologies, in the context of Unified State Register of Legal Entities, TIN, OKVED codes, with the presence of customs, tax returns, VAT invoices, cash register, statistical reports of enterprises, etc. [6,22] This mechanism helps to determine the types of resources that are used inefficiently but from the point of view of maximizing the cost of the final product, that is, they are "eliminated" at the stage of primary raw processing until a high added value of the final product is obtained. Misuse of resources in the broad sense is a strategic control system vulnerability that must be addressed [23,24].…”

Section: Discussionmentioning

confidence: 99%

“…Maintaining steady-state in the production systems currently depends on coordination and speed of reaction, the personal responsibility of managers and the variability of management parameters, coherence and interaction between subsystems of support for intelligent solutions and the maturity of the production system architecture itself. Such a variety of parameters in real production processes requires coordination of managerial influences at all levels of management and synchronization of approaches to the practice of justification and selection of priority tasks in industry [5,6]. Proactive recognition of exposures to the emergence of problematic situations requires the implementation of cognitive technologies in the strategic control -from well-known cognitive mapping to the development of the strategic management ontology.…”

Section: Literature Reviewmentioning

confidence: 99%

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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: Discussionmentioning

confidence: 99%

Section: Literature Reviewmentioning

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 information support of scientific research in the Russian economy, including research on the priorities of innovative companies and methods of decision support in the IT market, can also rely on using distributed ledger technology [12,13,14].…”

Section: Blockchain Technology In Payments and Financial Servicesmentioning

confidence: 99%

Applying Blockchain Technology in the Sphere of Payments and Financial Services

Никифорова¹,

Putikhin²,

Nikiforov³

et al. 2019

Proceedings of the International Conference on Digital Technologies in Logistics and Infrastructure (ICDTLI 2019)

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The paper is dedicated to comparative analysis of the result of using cryptocurrency based on blockchain technology in Russia and abroad. Different countries have different approaches to recognizing the cryptocurrency as a legal tender at the state and corporate levels. Thus, Japan has legalized cryptocurrencies and developed a regulatory and legal framework to introduce them in the economy. The USA has recognized the bitcoin as one of the official financial tools, but has not recognized it as a currency. In the UK bitcoins are considered private funds. In China cryptocurrencies are prohibited for government-owned companies and banks, but allowed for individuals. Europe recognizes bitcoins as a security, whereas Russia recognizes the status of cryptocurrencies as a digital commodity or asset. At the same time the diversity of approaches is complemented by the relevant legal regulation of blockchain technology. The paper discusses various problems related to blockchain technology applied not only as a basis of cryptocurrencies, but for a variety of uses in business, ITsystems and interaction between people. Economic and legal capabilities are revealed to use blockchain technology in the Russian Federation in the sphere of payments and financial services.

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“…Tools in Bitrix24 simplify the workflow in the organization: discussions, formulation and control of tasks, project management, etc. [5]. Within the framework of the project under consideration, this system facilitates simple and fast data exchange, allows you to exchange instant messages, schedule appointments and create tasks.…”

Section: Problem Solutionmentioning

confidence: 99%

University energy management improvement on basis of standards and digital technologies

et al. 2018

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Abstract. Nowadays to implement the energy management system it is important to fulfill not only the legal requirements but also to follow the set of recommendations prepared by international and national management standards. The purpose of this article is to prepare the concept and methodology for the optimization and improvement of the energy management system (EMS) for Universities with implementation of legal requirements and recommendations from international and national management standards with the help of digital technologies. During the research the systematic analysis, complex approach, logical sampling and analogy were used. It is shown that this process should be done with the help of the process-based approach, in accordance with ISO 9001, and energy management ISO 50001. The authors developed the structure of the basic standard of energy management: "Guidelines for the energy management system". It is proved that the involvement of the technical senior students in the project of EMS improvement allows to expand their competencies for new technics and technologies. Cloud service Bitrix24 was chosen for IT-support of the project. During the study, a list of characteristics was used as a basis for creating a query to the technology department of the university. DBMS Microsoft Access was chosen for its creation. In addition, the possible results of initiating a single database containing all the information needed for accounting and control of energy supply were listed. Moreover, the possibility of automated energy management system implementation and its results were considered. The required actions described in this research can be implemented in any University, that will extend energy management to any University worldwide.

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Models for the study of the priorities of innovative companies

Cited by 13 publications

References 1 publication

Semantic Modelling for the Communication Mechanism of the Production System

Semantic Modelling for the Communication Mechanism of the Production System

Applying Blockchain Technology in the Sphere of Payments and Financial Services

University energy management improvement on basis of standards and digital technologies

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