Saturated and asymmetric saturated impulsive control synchronization of coupled delayed inertial neural networks with time-varying delays

This paper considers control systems with impulses that are saturated and asymmetrically which used to examine the synchronization of inertial neural networks (INNs) time-varying delay coupling delays. Under theoretical discussions, mixed delays, such as transmission presented for networks. The addressed INNs transformed into first order differential equations utilizing variable transformation on then certain adequate conditions derived exponential model by substituting saturation nonlinearity a dead-zone function. In addition, an asymmetric impulsive approach is given realize in leader-following pattern. Finally, simulation results validate research findings.