Skip to main navigation menu Skip to main content Skip to site footer

Articles

Vol. 6 (2019)

Robotization as One of the Prospects for Electromobility in Belarus

DOI
https://doi.org/10.31875/2409-9694.2019.06.3
Submitted
October 8, 2019
Published
08.10.2019

Abstract

In order to create a competitive and resource-efficient transport system, the transport policy of the European Union provides for the achievement by 2030 of almost zero carbon dioxide content in the exhaust gases of vehicles used in large urban centers, and by 2050 the phasing out the use of cars, working on traditional fuels. The Republic of Belarus has a high scientific and sufficient industrial potential to participate in the process of promoting electric mobility, taking into account the use of robotics.

JSC "Instrument-Making Plant Optron" developed the working documentation and produced prototypes of typical representatives of the line of personal electric vehicles. However, the ongoing research focused on the creation of a preventive diagnostic system for the electric motorcycle, developed by Belarussian researches and its intelligent on-board system, focused primarily on real-time simulation processes, related specifically to the level of artificial intelligence, and on the implementation of executive level algorithms.

References

  1. Yankevich N. Adaptation of Graph and Game Theories to Reliability Problems. In Garbolino E, Yankevich N, et al. (Eds.), Transport of Dangerous Goods, NATO Science for Peace and Security Series C: Environmental Security, Springer Science + Business Media B.V. 2012; 167-207. https://doi.org/10.1007/978-94-007-2684-0_7
  2. Bolotin VV, Gusenkov AP, Nefedov SV, Tananov AI. Reliability in technics. Scientific, technical, economic and legal aspects of reliability. Bolotin VVM, Ed. MNTK Reliability of machines 1993; p. 252.
  3. Bolotin VV, Nefedov SF, Chirkov VP. et al. Reliability in technology. Methodology of calculated forecasting of reliability indicators. Methods of probability theory. Methodological manual. Scientific and technical publication NTP-3-93. Bolotin VVM, Ed. MNTK Reliability of machines 1993; p. 172.
  4. Bolotin VV, Kovekh VM, Nefedov SP, Tananov AI, et al. Reliability in technology. Reliability Performance Prediction Methods. A systematic approach/ Methodological manual. Scientific and technical publication NTP-4-96. Ed. Bolotin V.V. M .: MNTK “Reliability of machines 1996; p. 217.
  5. Reinschke K. Models of reliability and sensitivity of systems. - M .: Mir, 1979.- 450 p. https://www.studmed.ru/raynshke-kmodeli-nadezhnosti-i-chuvstvitelnostisistem_3636f04618b.html
  6. Fuzzy sets and the theory of possibilities. Recent Achievements / Ed. R.R. Yager. - M .: Radio and communications, 1986. - 408 p. http://en.bookfi.net/book/ 479837
  7. Ackoff, R. The Art of Problem Solving. M .: Mir, 1982.- 324 p.
  8. Reliability of technical systems: Reference book. Belyaev YuK, Bogatyrev VA, Bolotin VV, and etc.; Ed. Ushakova I.A. - M .: Radio and communications 1985; p. 608.
  9. Resch B, Mittlboeck M, Girardin F, Britter R, Ratti C. Live Geography - Embedded Sensing for Standardised Urban Environmental Monitoring. International Journal on Advances in Systems and Measurements 2009; 2(2&3): 156-167.