PLANNING AND MODELLING REGIONAL TRANSPORT INFRASTRUCTURE
https://doi.org/10.18384/2310-6646-2020-3-101-108
Abstract
Aim. To explore the topical issue of regional transport infrastructure development. The development of transport infrastructure and its modernization require significant amounts of investment. The growth of socio-economic processes, the rise of living standards of the population led to a rapid increase in the number of passenger transport used. Development of construction in the regions, consolidation of residential areas, implies improvement and development of transport and social infrastructure, transport situation. Methodology. A review of domestic and foreign statistical material for the development of transport infrastructure was carried out. The impact of modern information technologies used to improve the quality and safety of transport was estimated. Results. Based on the grouped initial data, the authors proposed the structure of the forecast transport model. Using foreign experience, when planning transport flows of infrastructure, it is proposed to use intelligent transport automated ITS systems. Research implications. The theoretical significance of the article is that the analysis of socio-economic processes revealed a significant rise in the standard of living of the population, which leads to a rapid increase in the number of passenger transport used. For this purpose, a forecast model for optimal development of transport infrastructure and use of territories is proposed. The practical significance is that using foreign experience, when planning transport flows of infrastructure, intelligent transport systems ITS can be used, which will improve the efficiency and safety of urban transport.
About the Author
A. B. Mottaeva
Moscow Region State University; Moscow State University of Civil Engineering
Russian Federation
References
1. Галабурда В. Г., Соколов Ю. И., Королькова Н. В. Управление транспортной системой: учеб. М., 2016. 343 с.
2. Климович А. Н., Шуть В. Н. Системный анализ основных тенденций в развитии адаптивных методов управления транспортными потоками // Системный анализ и прикладная информатика. 2017. № 3. С. 28-32.
3. Милославская С. В., Почаев Ю. А. Транспортные системы и технологии перевозок: учеб. пос. М.: ИНФРА-М, 2015. 116 с.
4. Николаев Н. Н. Моделирование транспортных процессов: учеб. пос. 2016. 153 с.
5. Селиверстов С. А., Селиверстов Я. А. Моделирование транспортных потоков мегаполиса c вводом новых видов водного внутригородского пассажирского транспорта // Вестник государственного университета морского и речного флота имени адмирала С. О. Макарова. 2015. № 2 (30). С. 69-80.
6. Скалозуб В. В., Паник Л. А. Моделирование неоднородных транспортных потоков с переменными тарифами // Транспортные системы и технологии перевозок. 2015. № 10. С. 105-111.
7. Фейзуллаев А. Р., Казаков Л. В. Прогнозированиe распределения транспортных потоков в PTV vision VisSim // Молодой исследователь Дона. 2017. № 3 (6). С. 90-94.
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