Conceptual Analysis of Aviation Infrastructure

Новиков, С. В.

doi:10.3103/s1068798x19040129

Cited by 14 publications

(8 citation statements)

References 2 publications

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“…And this is not a notional abstraction, but an imperative of the market, which requires the transformation of traditional enterprises into dynamic, adaptive, self-managing production, sensitively responding to customer requirements and constantly optimizing production processes, and manufactured products. IoT technologies are one of the most important components of technological stack of conception "Industry 4.0", in fact, a "connecting link", which provides the opportunity to build cyber physical systems based on the integration of information and computing resources into physical processes [10].…”

Section: Resultsmentioning

confidence: 99%

Digital Transformation of the Process of Creation of Aviation Techniques based on the Mind Sphere Platform

Novikov*,

Sazonov

2020

IJRTE

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The article is dedicated to the analysis of the digital transformation processes of the procedure of making aviation technics based on the usage of high technological platform MindSphere. The architecture and tools of the Siemens IIoT MindSphere open cloud operating system are reviewed. There are the capabilities of the MindSphere platform for the digital transformation of industrial enterprises. In theoretical part of this article, the authors consider perspective technologies of digitalization at domestic aviation enterprises, where the main factors are work in the sphere of introducing artificial intelligence and creating unique digital twins of aircrafts. The research is based on the comprehensive analysis and synthesis with the following forming of the final grade of the main results of realization of technological domestic enterprises’ transformation. In the course of the study, the task is to identify key areas and areas of technological transformation and the possibility of using promising information technologies (IT) systems. The article’s authors point out that for solution of tasks of predictive analytics, multivariate analysis, trend prediction, and pattern analysis based on artificial intelligence / machine learning methods aviation enterprises have to use technological abilities of the platform MindSphere. It is defined that the development a full-fledged virtual object model based on technologies included in the platform Mindsphere will allow solving a lot of problems during its development and also there comes up an opportunity to qualitatively analyze the various options for the developed product and optimize the time / expenses connected to its last development. During the conducted analysis, it was found out that technologies Siemens PLM (Product lifecycle) Software on the platform MindSphere allow making verified models aircraft, their units, components and systems, as well as conduct their virtual tests. For typical aviation systems and components of the solution suggest available libraries of customized models, due to which reliable calculations and rejection of part of field tests are possible. In the result of the conducted research authors come to the conclusion that with the help of the platform MindSphere enterprises, holdings, and even whole industries it will be able to close digital chains between the design, manufacture, and product operation.

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Section: Resultsmentioning

confidence: 99%

Digital Transformation of the Process of Creation of Aviation Techniques based on the Mind Sphere Platform

Novikov*,

Sazonov

2020

IJRTE

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“…The main criterion for the economic efficiency of the airship was the amount of reduced costs per unit during transport work. The additional criteria are the following: cost of 1 tkm, productivity, social and environmental indicators [7], [8].…”

Section: Resultsmentioning

confidence: 99%

Economic Feasibility of Using Airships in Various Sectors of the Economy

Surkova¹

2020

TEM Journal

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“…Based on these values, the expected labor intensity value, the expectation and deviation 2 are estimated. Using a three-valuation system (Novikov, 2019)…”

Section: Discussionmentioning

confidence: 99%

“…For R&D carried out in order to create radio-electronic equipment (RE), in addition to the specified criteria, criteria are used to evaluate the functional-targeted, structural and technological features of the developed RE (objects under study) and to classify the objects of development (research). To classify development objects, as a rule, the following classification features are used (Novikov, 2019):  technological: necessary technology, production volume.…”

Section: Theoretical Basismentioning

confidence: 99%

Caclulation Structure of Labor Costs for the Research and Development

Новиков¹,

Sazonov²

2020

RWE

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The article is devoted to labor costs standards determination method for the preparation, organization and implementation of research and development (R&D). Labor costs norms and standards areas of use for R&D are defined. In the methodological part of the article, there is a proposed schematic representation of the calculating process of the labor intensity normative indicator. During the study, it was found that the number of communication possible forms between the change in the labor costs volume and the change in the standardized planning and accounting unit and analogue factors is limited to three, according to which calculation formulas for particular comparability coefficients are given in the article. The discussion in the article is based on features discussion of using experimental statistical and expert methods for determining standard indicators for labor costs comparing standard indicators.The result of the study is the multilateral algorithm development for determining the labor costs normative volume for a standardized object based on the use of two possible scenarios. In conclusion it was note that one of the ways to increase the determining efficiency of R&D cost is to further improve the legislative and normative-methodological framework for conducting this assessment, creating incentives for work performers to reduce costs with R&D quality necessary level, for example, by keeping them parts of the resulting savings.

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Conceptual Analysis of Aviation Infrastructure

Cited by 14 publications

References 2 publications

Digital Transformation of the Process of Creation of Aviation Techniques based on the Mind Sphere Platform

Digital Transformation of the Process of Creation of Aviation Techniques based on the Mind Sphere Platform

Economic Feasibility of Using Airships in Various Sectors of the Economy

Caclulation Structure of Labor Costs for the Research and Development

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