Study of the hydrodynamic traffic transmission model in the simulation environment
Today's society needs a massive expansion of communications networks which is directly dependent on traffic consumption growth and increasing the number of transceivers that is going to become even greater over time. Efforts to address the problem require new approaches that apply modelling at lower cost. Recently, hydrodynamic models have been increasingly used for traffic flow modelling, since such phenomena as rate changing, congestions, flow merging, bottlenecks, and road expansion have correlation to physical model of liquid movement. Fluid viscosity, for instance, can be referred to the concept of the average rate in a traffic flow. This paper considers a similar approach to studying cellular communications networks and presents modelling of a separate network segment.