Simulation Model for Traffic Flow of Projected Recreational Area by River Desna in the City of Bryansk

Abstract

The paper presents the results of simulation modelling of a transport hub connecting Bezhitsky and Sovetsky districts of Bryansk (Russia). A project for sustainable development of the territory has been designed for the area formed at the intersection of Bezhitskaya, Flotskaya and Ulyanova streets, aimed at creation of a comfortable environment. This project envisages the creation of a special “green” recreation zone that includes access to River Desna. To assess possible changes connected with the prospective commissioning of a new urban facility, evaluation of public accessibility within the given area is required. For this purpose, structuring and analysis of all qualitative and quantitative characteristics of the objects adjacent to the site was carried out with a view to create a traffic flow simulation model. The development of such a model will enable the profile experts to evaluate transport accessibility of the new facility by private and public transport and the expected traffic changes in the specified area.

Farm waste collection organizing based on information system

“…The analysis of works related to rubbish disposal in different industries shows that all key objects and their characteristics that determine the processes of rubbish collection, accumulation, transportation, sorting and disposal have been established [1,4,6]. The use of methods that allow obtaining a digital model of the processes for their management is in line with the results obtained in studies on relevant topics [11,12,15,16].…”

“…To implement the set tasks, the research used general scientific methods, which allowed us to define the boundaries of the problem area and formalise it. In studies related to obtaining a model of a complex object or system, the method of structural analysis is used to establish objects and processes, their quantitative and qualitative characteristics [12,13]. With its help, significant elements at each level of decomposition are determined and through the integrated use of methods of synthesis, grouping, statistical analysis, observation and step-by-step refinement of their characteristics.…”

Mobile app for household eco-activism

“…Software product development consists of many processes, the main ones being requirements analysis, design, development and commissioning. When carrying out the development, the peculiarities of each of the processes were observed, which corresponds to the principles of obtaining a digital product in the development of other areas [7,8,11].…”

“…To create the information system, methods were used to ensure fulfilment of the requirements of the software development life cycle model. Such a model of work included work on analysing the subject area and the requirements necessary for software implementation, establishing the list of system users and their qualifications, the level of participation in the processes under study, the algorithms of work (complex use of methods of analysis, synthesis, groupings, statistical analysis [8,9]); creating formal models of the subject area, capable of determining the nature of work of specialists associated with the creation of the database, program modules and user interface (graphical The approach to the creation of a software product used in this study is valid for the creation of systems from different areas of the economy, the main objectives of which were to provide access to different resources, systematisation and unification of data, creation of unified ecosystems used in a particular subject area [12][13][14].…”

Information system using computer vision technology for innovative beekeeping development

“…A list of key objects and processes specific to beekeeping was required to create a formal model. In studies in which one of the tasks was the formalization of the subject area, methods of structural analysis and step-by-step specification of the research object were used [11,12] with the subsequent application of the information modeling method to the obtained results [13].…”