Organization of information support for business processes at aviation enterprises by means of ontological engineering

Shostak, Igor; Danova, Mariia; Romanenkov, Yuri; Bugaienko, Oleg; Volk, Maksym; Karminska-Bielobrova, Maryna

doi:10.15587/1729-4061.2018.126673

Cited by 2 publications

(3 citation statements)

References 12 publications

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“…One or more facets   Using the previously introduced notation, as well as methodological tools, considered in [11][12][13], we describe the ontological system ODSS in the form of a formal axiomatic theory of the first order Φ with a logical basis M ", " T " or " Sub ", indicating that the symbols of the formal theory belong to "Metaontology", "Ontology of Tasks" or "Ontology of Subject Area", respectively. Let's assume that all ontologies in the ODSS fragment have the same structure in the sense that they have the same number of aspects 4 NM = and, in addition, the number of frames representing each aspect.…”

Section: Materials and Methods Of The Studymentioning

confidence: 99%

Development of Ontological Decision Making System of the Negotiation Process on Cooperation Production in Aircraft

Vorobiov

Shostak

Kryvova

et al. 2021

ITSSI

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Subject matter: means of information support for the negotiation process on the organization of cooperative production of aircraft. Goal: an outline of the process of developing effective means of information support for negotiations on cooperative production, which will provide financial savings, firstly, by reducing the negotiation time, and secondly, is reducing the likelihood of making irrational decisions that can lead to additional costs during project implementation. Tasks: Increase the efficiency of the negotiation process on the organization of cooperative production by creating a problem-oriented methodological basis, and on this basis - software tools for the development, deployment and operation of the appropriate decision support system. Methods: system analysis and set theory, for the formal presentation of relevant information about the subject area "Negotiations on cooperative aircraft production"; ontological engineering, in particular the IDEF5 standard, as well as elements of expert systems technology, for building an ontological decision support system. Results: an aggregate of methodological tools for the synthesis of ontological decision support systems was developed during negotiations on the organization of cooperative production of aircraft, a scenario example of organizing an ontological dialogue in the environment of an ontological decision support system for defining an aircraft model as an object of cooperative production was given. Conclusions: the need to supplement the mathematical support of traditional negotiation support systems with special methodological means is shown to increase the efficiency of information support for the negotiation process on organizing cooperative production in aircraft construction; it is substantiated that for the program implementation of the system of information support for negotiations on the organization, it is advisable to use the ontological approach; the architecture of the intellectual core of the ontological decision support system for organizing the negotiation process for organizing the cooperative production of aircraft in the form of a hierarchy of frames, with the organization of knowledge-based inference by means of attached procedures is proposed; a scenario example of the formation of a decision on the choice of an aircraft model for the organization of cooperative production in the environment of an ontological decision support system is given.

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Section: Materials and Methods Of The Studymentioning

confidence: 99%

Development of Ontological Decision Making System of the Negotiation Process on Cooperation Production in Aircraft

Vorobiov

Shostak

Kryvova

et al. 2021

ITSSI

Self Cite

View full text Add to dashboard Cite

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“…Modern practice shows that the most effective means of organizing automated quality control of manufactured products are the information-analytical systems with an ontological component [6,7]. The ontological approach provides an adequate representation of the certification process using computer tools [8].…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

“…At the same time, the existing tools for the development of such systems are focused on solving a rather narrow class of tasks [9] whose extension requires significant refinement of the software and, in some cases, the hardware platform. A common drawback of works [6][7][8][9] is the lack of theoretical justification and practical recommendations for applying an ontological approach to the design of industrial information-analytical systems.…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

Building an ontological information-analytical system to manage quality of double-glazed windows in the production of solar panels

Sobchak

Mykhalkiv

Babaiev

et al. 2020

EEJET

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This paper reports an ontological approach to designing intelligent decision support to control the quality of multi-layered double-glazed windows within the framework of a virtual instrument-building enterprise (VIE)that produces solar energy complexes. It is shown that improving the efficiency in solving the tasks related to managing the quality of VIE products necessitates the application of an ontological engineering toolset to create a unified knowledge space that would cover the manufacturing phase of a product's life cycle. The methodical basis for making an ontological information-analytical system (OIAS) to manage product quality was the tool platform "TODOS" (Ukraine) whose means were used to synthesize a set of ontological models that make up the intelligent core of OIAS. The OIAS knowledge-based inference procedure has been described when making a decision about a deviation in the manufacturing process that led to the emergence of damage. This procedure implies the implementation of direct and reverse inference based on the knowledge in the ontological environment and makes it possible to identify the sources of defects and damage and generate a solution to eliminating these sources. Procedures have been devised to assess the effectiveness of the development and application of OIAS to automate the quality management of multi-layered double-glazed windows. These procedures employ a set of indicators that reflect both the technical and economic components of the quality control process. It has been shown that during 2019 a typical subcontractor enterprise that applied the developed system managed to reduce the number of defective products by about 73 %. Further research areas have been identified, including the development of methodical means and, based on them, the toolsets for the deployment of industrial ontological quality management systems

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Organization of information support for business processes at aviation enterprises by means of ontological engineering

Cited by 2 publications

References 12 publications

Development of Ontological Decision Making System of the Negotiation Process on Cooperation Production in Aircraft

Development of Ontological Decision Making System of the Negotiation Process on Cooperation Production in Aircraft

Building an ontological information-analytical system to manage quality of double-glazed windows in the production of solar panels

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