Event-triggered state feedback control for nonlinear fractional-order
interconnected systems
Abstract
A new method for the design of event-triggered stabilizing state
feedback controllers for nonlinear fractional-order interconnected
systems is proposed in this paper. A new condition for the existence of
state feedback controllers ensuring the closed-loop system is
asymptotically stable is established based on fundamental mathematical
transformations and linear matrix inequalities. A numerical example with
simulation results is provided to demonstrate the effectiveness of the
proposed design method.