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

The results of creating a simulation model of technological processes in a warehouse are revealed in this study. The relevance of the study is justified by the significant increase in the share of online trade in the Russian economy and, as a consequence, the increase in demand for warehouse and logistics services. This requires modernization of technological processes in the warehouse to increase the speed of sorting and shipping of goods, as well as their high-quality storage. The use of structural analysis and synthesis methods allowed establishing all the key objects and characteristics of business processes in the warehouse. Based on this, a model of the behavior of objects was created and, using simulation methods, a digital twin of technological processes was developed, which allowed performing experiments to develop a concept for the operational management of relevant processes.

Simulation modeling as a means of organizing technological processes in warehouse logistics

Altunina,

Kolodochkin,

Evgrafova

et al. 2024

Simulation modeling as a means of integrating infrastructure for individual mobility in urban environments

Krasnikova,

Dyakonova,

Evdoshenko

2024

The article presents the concept of sustainable development of the territory of the Moscow city district by introducing paths for individual mobility into the transport network. A simulation model of the street road network is created to substantiate the efficiency of implementation, traffic safety, and connectivity of street routes. The accuracy and validity of the obtained model is determined by the use of research methods, which provide a detailed description of the problem area, structured processes and objects, and also establish features of their interaction. To visualize the obtained results, a graph of conflicting and connecting flows in the transport network of the district and graphical models of their behavior are developed.

Features of development of a digital twin of the transport system of an urban area using simulation modeling methods

Krasnikov,

Simonov,

Boykov

2024

The relevance of the study is justified by the growing share of urban population and their active use of personal automobile and public transportation. All this increases the mobility of the population and requires the development of transportation infrastructure in the established urban development. Solving such problems requires the development of models that simulate all aspects of the real object of the transportation system. With their help it is possible to conduct experiments on changing individual characteristics of the system in order to assess its response to control actions. The object of the study is Pervomayskaya Street at its intersection with the Tretya Parkovaya Street in the Izmailovo district of the Eastern Administrative District of Moscow. The article presents the stages of simulation model creation and their corresponding results in the form of models characterizing traffic flows, system objects and their behavior.