Creation background of the Yakutsk city intelligent transport system

Keywords: Street-road network, intelligent transport system, intersection, traffic light, mode of operation, road traffic accidents, safety.


Damage to human health and life, material damage caused to the economy due to accidents on highways is one of the most serious socio-economic problems. Currently, this issue is becoming especially acute due to the still low culture of road users, the increase in the number of cars and high public demand for ensuring the safety of all road users. One of the significant reasons for the high accident rate in the city is the existing disproportion between the development of the street road system and the growth of the vehicle fleet, which leads to worsening traffic conditions, congestion, increased delays and increased harmful emissions into the atmosphere, environmental degradation, and social discomfort. Obviously, the modern technical equipment and the state of the organization of traffic do not allow ensuring the safety of traffic entities, and the growing level of motorization of the population and the existing labor migration traffic create an enormous load on the street-road network of the city agglomeration. The above factors generally do not stimulate accelerated social reproduction and are expressed in negative consequences such as an increase in travel time, an increase in the number of vehicle stops, an increase in the loss of time for legal entities and individuals, accelerated wear of the road surface, increased fuel consumption, and environmental degradation. The article presents the results of an analysis of the existing traffic light regulation, statistics of traffic accidents, a sociological survey, shows the grouping of intersections by hazard and congestion criteria, and offers the option of covering intersections of the city of Yakutsk with an intelligent transport system. The factors of a negative impact on safety and traffic management are listed, the prerequisites for the introduction of an intelligent transport system in the territory of the city agglomeration of Yakutsk are identified.


Download data is not yet available.

Author Biographies

Anna Egorovna Ivanova, Department of «Highways and airfield» Yakutsk, RUSSIA

Department of «Highways and airfield» Yakutsk, RUSSIA

Dmitry Vasilievich Filippov, NEFU Road Faculty, Dean Yakutsk, RUSSIA

NEFU Road Faculty, Dean Yakutsk, RUSSIA


Analiticheskie materialy Obshestvennogo Soveta partijnogo proekta “Bezopasnye dorogi” [Analytical materials of the Public Council of the party project “Safe Roads”] [in Russian].

Bakici, T., Almirall, E., Wareham, J. (2013). A smart city initiative: The case of Barcelona. Journal of the Knowledge Economy, 4, 2, 135-148 [in English].

Geoportal Republiki Sakha (Yakutia) [Geoportal of the Republic of Sakha (Yakutia)]. Retrieved from [in Russian].

HOST R 56829-2015 Intellektualnye transportnye sistemy. Terminy i opredeleniya [State standard R 56829-2015 Intelligent transport systems. Terms and Definitions] [in Russian].

Informacionnye materialy oficialnogo vebsaita GIBDD MVD Rossijskoj Federacii [Information materials of the official website of the Traffic Police Office of the Ministry of Internal Affairs of the Russian Federation]. Retrieved from [in Russian].

Intelligent transport systems – Framework for cooperative telematics applications for regulated commercial freight vehicles (TARV). (2011). ISO / TC 204 / 15638-1. Part 1: Framework and architecture [in English].

Karakeyan, V.I., Nikulina, N.M. (2014). Bezopasnost zjiznedeyatelnosti [Life safety] / V.I. Karakeyan, N.M. Nikulina. Moscow: Yurayt [in Russian].

Komarov, V.V. (2012). Arkhitektura i standartizacia telematicheskikh i intellektualnykh transportnykh sistem. Zarubejzniy opyt I otechestvennaya praktika [Architecture and standardization of telematics and intelligent transport systems. Foreign experience and domestic practice] / V.V. Komarov, S.A. Garagan. Moscow: NTB Energy [in Russian].

Konceptualnye podkhody po formirovaniyu i razvitiyu intellektualnykh transportnykh system v Rossii [Conceptual approaches to the formation and development of Intelligent Transport Systems in Russia]. Retrieved from http://www. [in Russian].

Materialy mejzdunarodnogo Arkticheskogo foruma “Arktika – territoria dialoga - 2019” [Materials of the international Arctic forum “The Arctic - Territory of Dialogue - 2019”].

Pokazateli bezopasnosti dorojznogo dvijenia [Indicators of road safety]. Retrieved from [in Russian].

Prilojenie No. 1 k rasporyazjeniyu Okruznoi administracii Yakutska ot 19.11.2015 No. 1987-р [Appendix No. 1 to the order of the Yakutsk City Administration dated November 19, 2015 No. 1987-r] [in Russian].

Pugachev, I.N. (2004). Organizacia i bezopasnost dvijenia [Organization and traffic safety] / I.N. Pugachev. Khabarovsk: Khabarovsk State Technical University Publishing house [in Russian].

Solovyov, I.V. (2014). Geodezia i prikladnaya informatika [Geodesy and Applied Informatics]. Vestnik MGTU MIREA. – Vestnik MSTU MIREA, 2, 58-63 [in Russian].

Strategija bezopasnosti dorojnogo dvijenia v Rossijskoj Federacii na 2018-2024 g., utverjdennaya Rasporyajeniem Pravitelstva Rossijskoj Federacii 01.01.2018 No. 1-r [The road safety strategy in the Russian Federation for 2018-2024, approved by Order of the Government of the Russian Federation of 01.01.2018 No. 1-r] [in Russian].

Tekhnologii i sredstva svyazi [Technologies and means of communication] (2016). Vol. 3. Retrieved from [in Russian].
How to Cite
Ivanova, A., & Filippov, D. (2019). Creation background of the Yakutsk city intelligent transport system. Amazonia Investiga, 8(23), 419-430. Retrieved from