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The article defines the importance of simulation modeling of traffic flows for the development of both individual territories and the entire city. The object of the study is a transport artery connecting two major districts of the city of Moscow: Strogino and Shchukino. As part of the work, the key quantitative and qualitative parameters of the object are highlighted, allowing to determine the input parameters for the simulation model of the real object in order to implement a scenario of reducing the number of lanes for personal road transport and adding a dedicated lane for public transport.

The results of formal model design of a major intersection area essential for providing residents with transport accessibility and mobility are presented in the article. Simulation methods were applied to develop a model. The quantitative and qualitative characteristics crucial for the functioning of the model as its input parameters were determined. The importance of using a model when modelling different behavior scenarios of model objects based on typical situations of the real world is established.