Stable solutions of the Kuramoto model on a regular network are investigated. It is shown that there are two stable states: a completely synchronized state with an order parameter equal to one and a completely incoherent state with an order parameter equal to zero. Also, the situation that could lead to the order parameter just equal to one is found out. Furthermore, it is shown that the phase difference of neighboring oscillators must be less than π/2 for a getting a stable state. It is also proved that by having the degree of each node more than half of the total number of nodes, we could only have the order parameter equal to one in (-π, π] for each initial phase condition.
Kouhi Esfahani,R. , Shahbazi,F. and Aghababaei Samani,K. (2019). Synchronization of the Kuramoto model on a regular network. Iranian Journal of Physics Research, 11(3), 305-313.
MLA
Kouhi Esfahani,R. , , Shahbazi,F. , and Aghababaei Samani,K. . "Synchronization of the Kuramoto model on a regular network", Iranian Journal of Physics Research, 11, 3, 2019, 305-313.
HARVARD
Kouhi Esfahani R., Shahbazi F., Aghababaei Samani K. (2019). 'Synchronization of the Kuramoto model on a regular network', Iranian Journal of Physics Research, 11(3), pp. 305-313.
CHICAGO
R. Kouhi Esfahani, F. Shahbazi and K. Aghababaei Samani, "Synchronization of the Kuramoto model on a regular network," Iranian Journal of Physics Research, 11 3 (2019): 305-313,
VANCOUVER
Kouhi Esfahani R., Shahbazi F., Aghababaei Samani K. Synchronization of the Kuramoto model on a regular network. Dear user; Recently we have changed our software to Sinaweb. If you had already registered with the old site, you may use the same USERNAME but you need to change your password. To do so at the first use, please choose, 2019; 11(3): 305-313.
