Abstract

In this paper, combining the event-triggered mechanism and the quantized observer, an output feedback control approach is proposed for networked control systems. In such control systems, firstly, the observer is used to estimate the state of the system when an event is triggered. Next, the observer state is firstly quantized and then transmitted to the controller for feedback. Moreover, it has been proved that the closed-loop system can achieve asymptotic stable if a prescribed set of linear matrix inequalities is satisfied. Finally, a simulation example is given to illustrate the efficiency of the proposed approach.

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