DEVELOPMENT OF THE AUTOMATED ROAD TRAFFIC CONTROL SYSTEMS IN MINSK AS PART OF THE INTELLECTUAL CITY TRANSPORT SYSTEM

The results of the analysis of Minsk city transport system performance. It is shown that the growth of car ownership has caused a number of problems, among which the low-speed communication, bad driving modes, the presence of elevated levels of congestion and accidents. The corresponding figures for accidents in Minsk and some cities in the world that allow to characterize the transport system of the city of Minsk, as satisfactory. To improve the system and improve the quality of traffic necessary to create intelligent transport system of the city of Minsk. Intelligent Transportation System, being a global trend, enables dramatically improve road quality. Automated traffic control system and other subsystems as part of the Intelligent Transportation Systems are tools for achieving the goals for improving the safety and comfort of road users. It is proposed as a base for its creation to choose an automated traffic control system, which has a corresponding functional, structural, organizational and institutional provisions for its development. The technological requirements for the functioning of an integrated system, which relate to the level of efficiency, including accidents on sections of the road network included in the created system. Modernization of the automated traffic control system and its transformation into an intelligent transport system will reduce emergency, economic and environmental, and social costs in the road traffic is not less than 15 % from their current level, despite the steady growth of car ownership in the city. It is planned to create a complete intelligent transportation system.

road traffic, road safety, intelligent transport systems, efficiency, quality, coordinated regulation

1. Livansky O. G., Melchenko N. A. (ed.) (2016) Information on road transport accident rate in the Republic of Belarus in 2015: Analytical Collected Book. Minsk, Polygraphic Centre of Ministry of Internal Affairs of the Republic of Belarus. 89 (in Russian).

2. 2013 Motor Vehicle Crashes: Overview. Available at: https://crashstats.nhtsa.dot.gov/Api/Public/ViewPublication/812101. (accessed 16 May 2015).

3. Road Traffic Accidents Involving Personal Injury, November 2014. Statistics Norway 2014. Available at: http://www.ssb.no/en/transport-og-reiseliv/statistikker/vtu. (accessed 16 May 2015).

4. Accident Rate. Lithuanian Road Administration under the Ministry of Transport and Communications. Available at: http://www.lra.lt/en.php/traffic_safety/accident_rate_information/106. (accessed 20 March 2016).

5. Albalatea D., Fern?ndeza L., Yarygina A. (2013) The Road against Fatalities: Infrastructure Spending vs. Regulation? Accident Analysis & Prevention, 59, 227-239. doi: 10.1016/j.aap.2013.06.008

6. Kapsky D. V. Method for forecasting road transport accident rate according to potential danger. Moscow, Novoye Znanie Publ. 327 (in Russian).

7. Livansky O. G., Melchenko N. A. (ed.) (2015) Information on road transport accident rate in the Republic of Belarus in 2014: Analytical Collected Book. Minsk, Polygraphic Centre of Ministry of Internal Affairs of the Republic of Belarus. 89 (in Russian).

8. CSNg dati Latvij? (2000–2014 g.) // CSDD [Electronic Resource]. 2014. Mode of Access: http://www.csdd.lv/lat/noderiga_informacija/statistika/celu_satiksmes_negadijumi/?doc=523. Date of Access: 16.05.2015.

9. Bulbenkov V. V., Sushko A. A., Livansky O. G., Kuleshov A. N. (ed.) (2009) Situation with road-traffic safety in the Republic of Belarus in 1999–2008 and emerging tendencies: Analytical Collected Book. Minsk, Polygraphic Centre of Ministry of Internal Affairs of the Republic of Belarus. 144 (in Russian).

10. Bulbenkov V. V., Livansky O. G., Melchenko N. A. (ed.) (2012) Information on road transport accident rate in the Republic of Belarus in 2011: Analytical Collected Book. Minsk, Polygraphic Centre of Ministry of Internal Affairs of the Republic of Belarus. 89 (in Russian).

11. Vrubel Yu. A., Kapsky D. V., Kot E. N. (2006) Deremination of losses in road traffic. Minsk, Belarusian National Technical University. 240 (in Russian).

12. Kapsky D. V. (2011) Accidence in road traffic. Investigations on road transport accidents with the help of insurance statistics. Vestnik BNTU [Bulletin of the Belarusian National Technical University], (1), 48–54 (in Russian).

13. Kapskii D. V., Azemsha S. A., Kuz'menko V. N., Mozalevskii D. V., Skirkovskii S. V., Korzhova A. V., Polkhovskaia A. S., Ermakova N. S., Artiushevskaia S. N. (2015) Audit of road traffic safety. Gomel, Belarusian State University of Transport. 428 (in Russian).

14. Kapsky D. V. (2008) Forecasting of accidence in road traffic. Minsk, Belarusian National Technical University. 243 (in Russian).

15. Kapsky D. V., Navoy D. V. (2009) Development of methodology for determination of economic losses during coordinated regulation of transport and pedestrian flows. Dal'nii Vostok. Avtomobil'nye dorogi i bezopasnost' dvizheniia: Mezhdunar. sb. nauch. tr. [Far East. Automobile roads and traffic safety: International collection of research papers]. Khabarovsk, Pacific National University, (9), 12–31 (in Russian).