ON THE ISSUE OF DEVELOPING A MODEL OF A TRANSPORT SYSTEM OF INDIVIDUAL MOVEMENTS WITH MANAGEMENT 

Yuri V. Fedyukin, Candidate of technical sciences, doctoral student, Tula State University (92 Lenin avenue, Tula, Russia), E-mail: aakhromeshin@yandex.ru
Evgeniy I. Minakov, Doctor of technical sciences, professor of the sub-department of radioelectronics, Tula State University (92 Lenin avenue, Tula, Russia), E-mail: EMinakov@bk.ru
Igor E. Agureev, Doctor of technical sciences, professor of the sub-department of transport and technological machines and processes, Tula State University (92 Lenin avenue, Tula, Russia), E-mail: agureev-igor@yandex.ru
Nikita I. Khazov, Postgraduate student, Tula State University (92 Lenin avenue, Tula, Russia), E-mail: nikita.hazov511@yandex.ru
Viktor M. Chaykovskiy, Candidate of technical sciences, associate professor, associate professor of the sub-department of radio engineering and radioelectronic systems, Penza State University (40 Krasnaya street, Penza, Russia), E-mail: rtech@pnzgu.ru 

Background. The topic of evaluating the effectiveness of intelligent transport systems is relevant and important today. It exerts control effects on the transport system of the city (agglomeration) and ensures the achievement of the necessary level of indicators in terms of capacity, road safety, traffic congestion and traffic maintenance. Materials and methods. A generalized mathematical model of an intellectual transport system is formulated, containing the management process in a general form; The variants and methods of solving the problem of determining the effectiveness of the implementation of an intelligent transport system are presented. The description of the model of the management process and the intensity of operations has been expanded to allow considering the tasks of balancing transport systems, taking into account the functioning of information systems of motor transport. Results and conclusions. Thus, a mathematical model of the efficiency of intelligent transport systems has been formulated, which allows us to formulate and solve the problem of changing the distribution of elements of a transport system across subsets of states through the introduction of instrumental subsystems of intelligent transport systems. 

transport system, intelligent transport system, mathematical model, transport process, efficiency of intelligent transport system 

Fedyukin Yu.V., Minakov E.I., Agureev I.E., Khazov N.I., Chaykovskiy V.M. On the issue of developing a model of a transport system of individual movements with management. Nadezhnost' i kachestvo slozhnykh sistem = Reliability and quality of complex systems. 2023;(4):77–87. (In Russ.). doi: 10.21685/2307-4205-2023-4-7