Transport Planning of a Metropolis Street Using Simulation Modeling

Abstract

This article presents a plan for the development of the area adjacent to Pryanishnikov Street in the Timiryazevsky District of the Northern Administrative District of Moscow. This plan involves upgrading the roadway to distribute traffic flows and isolate the public transport flow. Simulation models are created, reflecting all the objects and rules of interaction that are typical for the studied area to assess the effectiveness of the developed concept. The main feature of the site development plan is the safety of all road users, reducing the downtime of personal road and public transport to increase the capacity of the road network and improve the environmental condition of the area. The created scheme and traffic models are the basis for the urban city development plan and can be used to simulate different scenarios of territory changes and operational management of traffic and pedestrian flows.

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.…”

“…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. This approach is used in works on related research in the field of management of different business processes [6,10,11]. The obtained simulation model can be used not only in the development of complex hardware and software solutions for the digitalisation of agriculture, but also for the creation of digital educational resources in the training or retraining of crop production specialists.…”

“…In works related to simulation modelling, methods of structural analysis and synthesis are used to obtain a formal description of the problem domain [9][10][11]. The nature of the conducted research allowed us to use the above methods, with the help of which the objects of the problem domain and their qualitative and quantitative characteristics were obtained.…”

“…The use of the graphical method made it possible to transform the parametric model into a model demonstrating all the relationships of parameters and functions of the problem domain. In studies related to simulation modelling, the use of the graphical method allows visualising the results of studying the problem domain and its changes depending on the implemented scenarios [10,13].…”

Operation features of the expert system for tree and shrub pruning

“…This was necessary to create algorithms for the functioning of the expert system; to create digital twins of the objects of the subject area, which are the initial data for the algorithms' work; to determine the specialists who could use the obtained system or the specialists whose activities would be affected. In the works of researchers performing similar tasks, the methods of structural analysis, synthesis, groupings, statistical analysis, observation and expert survey are used [4,6,10].…”