Prospects of Using Virtual Technologies in Modern Corporate Business Systems

Klochko, Elena; Brizhak, Olga

doi:10.1007/978-3-030-00102-5_124

Cited by 5 publications

(3 citation statements)

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“…The problems of the development of Industry 4.0 are widely reflected in the works of many researchers: security and privacy in industry 4.0 (Alcaraz et al, 2020); safety digitalization (Savon et al, 2019); machine diagnostic methods applicability in the perspective of industry 4.0 (Asad et al, 2018); business intelligence (Bordeleau et al, 2019); national and regional comparative advantages in key enabling technologies (Ciffolilli & Muscio, 2018); model compression for IoT applications (Fu et al, 2020); prospects of using virtual technologies in modern corporate business systems (Klochko & Brizhak, 2019); modeling the management system of open innovation in E-economy (Kudryavtseva et al, 2018); Big Data approach (Kumar et al, 2018); digital supply chain model (Lizette Garay-Rondero et al, 2019); digitization and industry 4.0 optimization potential (Wirth & Klein, 2018); deep learning model in industry 4.0 (Ma et al, 2020); data science challenges (Piccialli et al, 2020); modelling of energy (Shinkevich et al, 2020); smart job shop under industry 4.0 (Wang et al, 2020); the impacts of industry 4.0 (Zheng et al, 2019) and ext.…”

Section: Problem Statementmentioning

confidence: 99%

To The Question Of Assessing The Maturity Level Of Industry 4.0

Kudryavtseva¹

2021

European Proceedings of Social and Behavioural Sciences

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Section: Problem Statementmentioning

confidence: 99%

To The Question Of Assessing The Maturity Level Of Industry 4.0

Kudryavtseva¹

2021

European Proceedings of Social and Behavioural Sciences

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“…The organization of systems of planning and control of production processes of petrochemical industries focuses on solving the problem of using energy-saving technologies to optimize the entire production chain of the petrochemical enterprise and related industries. Among the most studied issues in the foreign literature in this direction are the works of the following authors: Tozzi and Jo (2017) have conducted a comparative analysis of renewable energy modeling tools based on the construction of a model of performance simulation at the petrochemical enterprise and system optimization; Nikolaidis and Poulikkas (2017) is a comparative review of hydrogen production processes as intermediate production in the petrochemical industry; Cucchiella et al (2017) -comparison of environmental and energy performance of European countries based on the sustainability index; Akhavein and Porkar (2017) focused on the research objectives of petrochemical manufacturing using a comprehensive system to test the reliability of power generation and transmission in petrochemicals; Ram et al (2017) focused on reducing energy consumption in the petrochemical complex Dellano-Paz et al (2015) offered a technique of assessment of use of renewables in petrochemistry on the basis of ecological and social indicators which approbation took place within the "European Low-carbon Mix for 2030" program; Sovacool (2015) emphasized the issues of "pollution markets" of petrochemical complex, having developed recommendations for energy consumption planning in this industry; Nasiri et al (2015) studied innovative aspects of energy consumption in petrochemicals; Degtyarev et al (2014) offered scientific support of program power and resource saving; Kolotyrin et al (2019) reviewed the use of resource-saving technologies in related petrochemical industries; Klochko and Brizhak (2019) Analyze virtual technologies in the petrochemical complex. However, the above-mentioned works do not fully reflect the key principles of resource saving in chemical-technological systems, which can be considered as the main ones for petrochemical enterprises.…”

Section: Literature Reviewmentioning

confidence: 99%

Modelling of Energy Efficiency Factors of Petrochemical Industry

Shinkevich¹,

Kudryavtseva²,

Ershova³

2020

IJEEP

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The relevance of the article is due to the fact that the issues of improving the energy efficiency of the petrochemical industry are constantly developing and require the development of new methodological solutions and management tools. The solution of the identified tasks will allow to reveal new directions of improvement of stability of the petrochemical complex and increase of its competitiveness. The purpose of the article is to determine the relationship between energy efficiency indicators and industrial production indicators, as well as to cluster regions in which the oil production and oil refining industry is present in order to systematize the factors of their development. The article analyses energy efficiency and energy saving systems on the example of enterprises-representatives of the petrochemical complex; the relationship between the industrial production index and energy saving indicators in the petrochemical industry has been identified; regional petrochemical complexes were clustered based on their energy intensity. The materials of the article can be used in the development of energy efficiency strategies and programs in petrochemical enterprises, which will increase their economic and production efficiency, as well as competitiveness in the context of transformation of the entire macroeconomic system to achieve its sustainability.

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“…The problems of economic development of the territories in the face of changing technological systems are represented by such areas of research as the management of intellectual capital in the innovation economy (Kudryavtseva and Shinkevich 2015), cluster management technologies for changing technological orders (Dyrdonova 2016), socioeconomic differentiation of regions in the era of the fourth industrial revolution (Vertakova et al 2017), factors of innovation in prospective sectors of the economy (Klimenko et al 2018), business systems in the context of transformational economy (Klochko and Brizhak 2019), digital ecosystem modernization (Shkarupeta et al 2020), etc. Despite the wide range of considered problems during the change of technological orders, the authors do not view them in the context of individual territories, in particular, the Russian Arctic zone.…”

Section: Introductionmentioning

confidence: 99%

Technological Windows of Opportunity for Russian Arctic Regions: Modeling and Exploitation Prospects

Samarina

Skufina

Savon

et al. 2021

JRFM

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The problems of exploitation of technological windows of opportunity are of particular scientific and practical interest in terms of the development of Russia’s national economy, and the Arctic region, which has a strong mineral and raw materials potential, is important in terms of its use for achieving the technological and national security of the Russian state. Considering this, the study of the theoretical and methodical aspects of the development of emerging technological windows of opportunity is important and relevant for the regions of the Russian Arctic zone. The purpose of this study is to assess the potential and reserves for exploitation of the emerging technological windows of opportunity during the deployment of a new technological order by mobilizing material and human capital in the Arctic regions. Methodological tools for the study of this problem included dynamic series analysis, structural analysis, comparison, description, descriptive statistics, cross-correlation analysis, production function model and its visualization. An analytical review of scientific publications, a set of tools and methods of research, allowed to obtain the following scientific results: A significant variability in the contribution of science-intensive and high-tech industry to the formation of gross value added in the Arctic region has been revealed; meanwhile, we can note stable dynamics of the contribution of the Arctic economy to the gross domestic product (GRP) of Russia as a whole. There is a steady excess of the productivity index over the Russian average, which can be regarded as a potential for growth of high-tech components of labor in the development of the economy of the Arctic region. There is a negative statistically significant relationship between the share of the gross regional product of the Arctic in the Russian GRP and the share of gross value added (GVA) of science-intensive products in the Arctic GRP, which can be regarded as a factor preventing the exploitation of the emerging technological windows of opportunity. The construction of a model of production function of technological windows of opportunities for the Arctic zone of Russia pointed to the presence of potential in the exploitation of emerging technological windows in the Arctic zone of Russia in the development of human capital through the activation and use of high labor productivity, creating high-performance jobs. The results of the study, its findings and its proposals can be used in the development, monitoring and implementation of state federal and regional programs and projects aimed at improving the level of technology and science intensity of production in the Arctic zone, improving its competitiveness, which is highly important for the national economy.

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Prospects of Using Virtual Technologies in Modern Corporate Business Systems

Cited by 5 publications

References 0 publications

To The Question Of Assessing The Maturity Level Of Industry 4.0

To The Question Of Assessing The Maturity Level Of Industry 4.0

Modelling of Energy Efficiency Factors of Petrochemical Industry

Technological Windows of Opportunity for Russian Arctic Regions: Modeling and Exploitation Prospects

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