WEB APPLICATION ARCHITECTURE DESIGN FOR TRAFFIC FLOW MANAGEMENT SIMULATION
Keywords:
network, bandwidth, automobile transport, simulation modeling, UML project
Abstract
The work is devoted to the issue of designing a web application for simulating traffic at an intersection. The general scheme of the section of the city’s transport network was analyzed and ways of its improvement were proposed. Alternative parameters of the functioning of this model have been developed, as well as sequential algorithms (descriptive and graphic) for solving the problem of traffic modeling have been compiled. Detailed flowcharts of each stage were built and the best option for solving the problem was chosen.
References
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8. Khalipova N. V. (2017). Analiz ta modeliuvannia obsluhovuvannia transportnykh potokiv v mizhnarodnomu punkti propusku avtomobilnoho transportu "Tysa” / N. V. Khalipova, M. O. Sivak // Systemy ta tekhnolohii, (№ 1), 5-21. [in Ukrainian].
9. Horbova O. V., Merzlyi O. D. (2021). Doslidzhennia avtomobilnykh potokiv zasobamy imitatsiinoho modeliuvannia // Nauka ta progres transport, (№ 5(95)), 36–45. [in Ukrainian].
2. Tantsiura Yu.A., Kasianova N.V. (2019). Optymizatsiia transportnykh potokiv pidpryiemstva. Skhidna Yevropa: ekonomika, biznes ta upravlinnia. Ser. Matematychni metody, modeli ta informatsiini tekhnolohii v ekonomitsi, (Vypusk 2 (19)), 434-439. [in Ukrainian].
3. Domin M. M. (2011). Hidrodynamichna model yak makropidkhid dlia upravlinnia transportnym potokom / M. M. Domin, M. S. Fomenko // Mistobuduvannia ta terytorialne planuvannia, (Vyp. 40(1)), 386-394. [in Ukrainian].
4. Dmytrychenko M. F. (2016). Vykorystannia kontseptsii efektyvnoho avtomobilia dlia modeliuvannia dynamiky transportnykh potokiv u vulychnii merezhi mista / M. F. Dmytrychenko, O. O. Bakulich // Ekonomika ta upravlinnia na transporti, (Vyp. 2), 3–8. [in Ukrainian].
5. Khalipova N. V. (2017). Analiz ta modeliuvannia obsluhovuvannia transportnykh potokiv v mizhnarodnomu punkti propusku avtomobilnoho transportu "Tysa” / N. V. Khalipova, M. O. Sivak // Systemy ta tekhnolohii, (№ 1), 5-21. [in Ukrainian].
6. Stepanchuk O. V. (2022). Osoblyvosti vykorystannia metodiv modeliuvannia transportnykh potokiv na vulychno-dorozhnii merezhi mista / O. V. Stepanchuk, O. I. Lapenko, O. S. Chernyshova // Teoriia ta praktyka dyzainu, (Vyp. 25), 110-119. [in Ukrainian].
7. Myronenko V. K. (2012). Modeliuvannia tranzytnykh transportnykh potokiv / V. K. Myronenko, V. I. Matsiuk, H. S. Vysotska, N. M. Aleksiichuk // Avtoshliakhovyk Ukrainy, (№ 6), 17-22. [in Ukrainian].
8. Khalipova N. V. (2017). Analiz ta modeliuvannia obsluhovuvannia transportnykh potokiv v mizhnarodnomu punkti propusku avtomobilnoho transportu "Tysa” / N. V. Khalipova, M. O. Sivak // Systemy ta tekhnolohii, (№ 1), 5-21. [in Ukrainian].
9. Horbova O. V., Merzlyi O. D. (2021). Doslidzhennia avtomobilnykh potokiv zasobamy imitatsiinoho modeliuvannia // Nauka ta progres transport, (№ 5(95)), 36–45. [in Ukrainian].
Published
2023-03-14
How to Cite
FirsovО. D., Ulianovska, Y. V., Mormul, M. F., & Pikulin, D. O. (2023). WEB APPLICATION ARCHITECTURE DESIGN FOR TRAFFIC FLOW MANAGEMENT SIMULATION. Systems and Technologies, 63(1), 70-87. https://doi.org/10.32782/2521-6643-2022.1-63.6
Section
Articles
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