The work is devoted to the development of new algorithms describing the complex interaction
of drivers for the parallel numerical implementation of the traffic flow model developed by …

The cellular automata theory (CA), first proposed and developed by John von Neumann in
the mid-twentieth century, has found its application in many fields of science. With its help, …

Research dealing with mathematical modeling of vehicular traffic flows on complex urban
transport networks using modern supercomputers is presented in this chapter. The micro-and …

This paper deals with the creation of parallel algorithms implementing macro-and microscopic
traffic flow models on modern supercomputers. High-performance computing contributes …

To effectively regulate traffic on highways and networks of modern megacities, it is necessary
to introduce Intelligent Transport Systems, which include many innovative solutions, in …

The paper deals with the mathematical modeling of traffic flows on urban road networks using
microscopic approach. The model is based on the cellular automata theory and presents a …

The paper deals with development of both macroscopic and microscopic approaches to the
mathematical modeling of multilane vehicular traffic on city roads and highways. The …

The paper considers the development of algorithms for an adequate description of processes
of different scales in porous media. The choice of a computational technique is determined …

The research deals with the development of efficient tools for the simulation of thermal processes
in porous media when flows of multiphase multicomponent slightly compressible fluids …

The paper is devoted to the investigation of features of traffic flows on roads with varying
number of lanes. The influence of road geometry on traffic as a whole is under consideration. …