Improving the quality of life in modern cities is directly linked to solving environmental problems and improving modern urban mobility systems for people and goods. The comfort of the urban environment is strongly determined by mobility, as the basic support of economic growth. Keywords: transport, network, model, simulation, zoning, chart, flow, optimization, software, distribution, split. The mathematical model was applied for the synthesis of optimal solutions for the reorganization of the Chisinau public transport network. Trip distribution and modal split was performed by probabilistic methods. As a result, the modeling and simulation cycle, the mathematical model and the software necessary for the synthesis of the optimal public transport networks, were developed and adapted structurally and functionally to existing transport demand.
The general design requirements and the objective function of optimizing the public transport networks are formulated. This paper addresses the complex problem of mathematical modeling and simulation of the structure of passenger public transport networks in urban agglomerations.
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