Models of Pedestrian Flows for the Concept of Sustainable Development of Moscow Area

Abstract

The article defines the problem of environmental condition of a road segment and the reasons for such condition. Key factors have been defined having a negative effect on the environment. One of the factors is organization of pedestrian traffic in the transport system of the Koptevo district in the Northern Administrative District of Moscow. The research target boundaries have been defined, which are limited by Mikhalkovskaya Street and adjacent area. The research target has been structurally analyzed to identify all key objects and their characteristics affecting the pedestrian flows. Graphical and parametric models of the research target have been developed, which are a basis for modeling scenarios of changes in various characteristics of a real object. Such changes are necessary to develop the concept of sustainable development of the area.

Forecasting water traffic of the north-south transport corridor on the territory of the Russian Federation using simulation modelling

“…This is achieved through the standard use of general scientific methods. The characteristic of the obtained results in form coincides with what is presented in the research works of scholars on similar topics [13,[15][16][17].…”

“…To create them, parametric and agent-based modeling methods were used. The result of parametric modeling is a system of differential equations describing the movement of ships along the river, and agent-based modeling is a visualized model of the state diagram of each group of objects with similar behavior [6,7,15,16].…”

System dynamics simulation model for efficient on-farm carrot cultivation

“…Analyses of the outcomes of the conducted research with studies in related fields have shown that using the same methodologies, similar structured results were obtained [3,7,10]. In order to obtain a simulation model of the problem area, the researchers identified all key objects and processes with their qualitative and quantitative features.…”

“…The obtained results were formalised and presented in the form of a parametric model consisting of differential equations. The same results were obtained when modelling dynamic systems related not only to agriculture [6,7,13]. In order to visualise the parametric model, a graphical model in the form of a scheme with a detailed explanation of the model elements was developed to increase the clarity and comprehensibility of the process implementation for non-specialists with profile mathematical education.…”

“…In order to create a comprehensive software solution that controls and manages the full life cycle of any crop, it is necessary to accurately analyse all objects and processes that provide such a cycle and create a relevant digital model of the problem area. As noted in studies on modelling of objects and processes, such a model allows predicting changes in the system states, promptly reacting to the ongoing changes and developing adequate control actions [6][7][8].…”