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THE PRACTICE OF BUILDING A SUBJECT-AREA-ORIENTED ONTOLOGY IN THE PROCESSING OF DATA OF CORPORATE LOGISTICS INFORMATION SYSTEMS

Affiliation

Abstract

This article considers the issue of building a single concept ontology of information transfer in the data processing modules of the global information system (logistics management information system). A conceptual model of a distributed and automated system for data collection, processing and analysis of a regional information system and an algorithm of information interaction between nodes in distributed systems have been developed. 

Keywords

unified information transfer concept, global information system, logistic information system, metadata, object-oriented ontology, information transfer channels, information flow, information transfer process.


References

  1. [1] Bukhtoyarov V.V. Three-step evolutionary method of forming collectives of neural
  2. networks for solving classification problems // Software products and systems. - 2012. - No. 4. -
  3. P. 101–106.
  4. [2] Askaraliyev O.U., Zaynutdinova M.B. “Development of the structure of the intelligent data
  5. processing system (on the example of the Integrated Management System):, Bulletin of TUIT:
  6. Management and Communication Technologies. 2020 year.
  7. [3] Glova V.I., Anikin I.V., Shagiakhmetov M.R. Methods of multi-criteria decision-making
  8. under conditions of uncertainty in oil production problems. Preprint 04P2. - Kazan: Kazan
  9. Publishing House. state tech. University, 2004.-- 31 p.
  10. [4] V.C. Morozov, G.N. Rogachev. Modeling of information and dynamic systems. -
  11. Moscow: Automation and Management, 2009. - 232 p.
  12. [5] Objectives and models of ISO. CH.3. The technology of computer simulation and decision
  13. making: Sc.book/ I.V. Maximay, V.D. Levchuk, S.P. Zhogal, V.N. Poor habits. - Gomel:
  14. BelGUT, 1999. – 150p.
  15. [6] Levchuk V.D. Basic scheme for formalizing the MICIC4 modeling system // Programming
  16. problems. - 2005. - № 1. - p.85-96.
  17. [7] Yakubov M.S., Turgunov M.R., Creation of an integrated control system for freight traffic
  18. of the railway transport. "Bulletin of TSTU", Scientific Technical and Information Analytical
  19. Journal of TSTU, Tashkent, 2(42)/2017, 42-47 p.
  20. [8] Turgunov M.R., Mathematical and Instrumental Methods of Transport Forecasting,
  21. Scientific and Technical Journal of the Fergana Polytechnic Institute, Fergana, Tom 21,
  22. №3/2017, 175-177 p.

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