Keyword: «oscillators»

The phenomenon of synchronization in graph networks of coupled oscillators is discussed. To describe interactions between oscillators (neurons), a finite-dimensional first-order Kuramoto model without inertia is used. By means of parallel computing technology, a computational experiment has been carried out to simulate the time evolution of such networks for the number of oscillators n from 4 to 40 and for various values of the coupling coefficient K, 0≤K≤30. The influence of chosen coupling topology (including random topologies) on the amount of time required for the network to reach the complete synchronization state is considered.