CREATION OF A MIVAR EXPERT SYSTEM FOR AUTOMATION OF FREQUENCY CONVERTER SELECTION

Timakova A.A.1, Smiryagin V.A.1, Kurnasov E.V.1, Vyskub V.G.2, Mutin D.I.2

About the authors

Timakova A.A.1, Smiryagin V.A.1, Kurnasov E.V.1, Vyskub V.G.2, Mutin D.I.2

1Institute of Artificial Intelligence of the Russian Technological University MIREA 119454, Vernadsky ave. bld. 78, Moscow, Russia 2 JSC M. A. Kartsev Research Institute of Computing Systems, 117437, Profsoyuznaya st. bld. 108, Moscow, Russia

Download PDF

UDC: 004.891+007.52+004.896+681.518+65.011.56
DOI: 10.24412/2413-7383-2025-2-37-91-104
Language: Russian

Abstract: The article investigated the problem of selecting frequency converters. The relevance of the work was formulated, and the development of a mivar expert system (MES) was proposed as a solution, the task of which would be the automated selection frequency converters based on user needs. The expert system has been developed using advanced technologies of logical artificial intelligence based on the tool "Wi!Mi Razumator". The basis for decision-making will be the mivar knowledge base, for which the selection sequence of frequency converters has been described. The result of the work is an MES for automating the selection of a frequency converter.

Keywords: mivar, frequency converter, mivar expert system, knowledge base, Wi!Mi Razumator.

References

1. Varlamov O. O. Evolutionary databases and knowledge for adaptive synthesis of intelligent systems. Mivar information space. Moscow: "Radio and communication", 2002. 286 p. EDN RWTCOP.
2. Kovalenko A.V. Kondrakhin S.S. Smyslov D.O. MES on selection of game simulator for development of vehicle driving skills // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 67-
3. EDN ZOXOUI.
4. Fedyunev A.Yu. Nesterov Yu.G. Pravdina A.D. MES for monitoring the microclimate in a greenhouse // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 107-112. EDN HSWYCJ.
5. Starykh F.A. MEV for assessing the contents of packet data in a local network // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 102-106. EDN FKVQMO.
6. Podoprigorova N.S. Kozyrev S.A. Podoprigorova S.S. et al. Development of a mivar expert system for selecting a consensus algorithm for distributed registries // Problems of Artificial Intelligence. 2024. No. 4(35). Pp. 126-138. DOI 10.24412/2413-7383-2024-4-126-138. EDN AVXOTO. Т Тимакова А.А. Смирягин В.А. Курнасов Е.В. Выскуб В.Г. Мутин Д.И.
7. Ovchinnikov D.A. Milevich A.A. Fonin M.A. et al. MES for improving the segmentation of trees from a point cloud // MIVAR’24, 2024. pp. 293-297. EDN NOGUPU.
8. Kotsenko A.A. Analysis of application of mivar networks in the format of bipartite and tripartite graphs for automated process control systems // MIVAR'24: Collection of scientific articles. Moscow: INFRA- M, 2024. pp. 432-438. EDN GLJGZV.
9. Khabchaeva A.R. Chezhegova P.A. et al. MES for categorizing critical information infrastructure in automated process control systems // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 37-41. EDN VEAGPO.
10. Shtrak A.A. Mivar knowledge base for automating the study of patent ductus arteriosus and hearing // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 548-556. EDN SXPYDW.
11. Klinova V.K. MBZ of a portable spirometer for ensuring individual monitoring of external respiration functions // MIVAR'24: Collection of scientific articles. Moscow: INFRA -M, 2024. pp. 557 -561. EDN GHUNIK.
12. Abrochnov E.S. Solovieva A.M. Makeev V.A. et al. MES for selection of useful products // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 536-542. EDN MRBKXC.
13. Torzhkov M.S. Koroleva Yu.P. Baldin A.V. et al. Creation of a mivar expert system for ethical aspects of AI in credit scoring // Problems of Artificial Intelligence. 2024. No. 4(35). Pp. 139-150. DOI 10.24412/2413-7383-2024-4-139-150. EDN BHOQXX.
14. Abdrashitova A.N. Vardumyan A.T. Golovatsky A.D. et al. Cloud system for creating MBZ // MIVAR'24: Collection of scientific articles. Moscow: INFRA-M, 2024. pp. 455-459. EDN LKDKGC.
15. Varlamov O.O. Egorov S.A. Development of mivar technologies for semantic processing of text data flows // MIVAR'22: Collection of scientific articles. Moscow: INFRA -M, 2022. Pp. 194 -212. EDN PBFFTZ.
16. Semenov A.A. Study of methods for selecting advertising campaigns based on multidimensional vector comparison // Problems of Artificial Intelligence. 2020. No. 1(16). Pp. 89-104. EDN UEBEPL.
17. Chuvikov D. A. et al. 3D Modeling and 3D Objects Creation Technology Analysis for Various Intelligent Systems // International Journal of Advanced Studies. 2014. Vol. 4, No. 4. P. 16-22. DOI 10.12731/2227- 930X-2014-4-3. EDN TEBOFL.
18. Vladimirov A.N. Nosov A.V. Potapova T.S. Application of the multiprocessor computing cluster of the FSBI NII Radio or NIIR for parallelization of algorithms in scientific, technical and computational tasks // Proceedings of the Radio Research Institute. 2009. No 3. Pp. 120-123. EDN KYNLNN.
19. .Chuvikov D. A. et al. A new method for creating Mivar knowledge bases in tabular-matrix form for ground intelligent vehicle control systems // Journal of Physics: Conference Series: International Conference on Actual Issues of Mechanical Engineering. 2021. P. 012123. DOI 10.1088/1742- 6596/2061/1/012123. EDN SLARYS.
20. Aladin D. V. et al. Creating a "Logical intelligent plant care system" in digital agriculture based on Mivar approach // IOP Conference Series: Earth and Environmental Science, 2022. P. 012004. DOI 10.1088/1755-1315/954/1/012004. EDN HODWVY.
21. Varlamov O.O. Creation of Great Knowledge and expansion of the fields of application of mivar technologies of logical artificial intelligence // Information and mathematical technologies in science and management. 2023. No. 4(32). Pp. 30-41. DOI 10.25729/ESI.2023.32.4.003. EDN THBEWN.

Issue: 2(37)'2025
Section: SYSTEM ANALYSIS, CONTROL AND INFORMATION PROCESSING, STATISTICS
How to cite: Timakova A.A.1, Smiryagin V.A.1, Kurnasov E.V.1, Vyskub V.G.2, Mutin D.I.2. CREATION OF A MIVAR EXPERT SYSTEM FOR AUTOMATION OF FREQUENCY CONVERTER SELECTION // Problems of Artificial Intelligence. - 2025. - № 2 (37). - P. 91-104. - https://paijournal.guiaidn.ru/en/2025/2(37)-9.html

Back to issue 2(37)'2025