Abstract
The mode-dependent event-triggered (MDET) controller design for networked switched linear systems (NSLSs) with quantizations is studied in this paper. Two new delay switched system models, which can describe the time-delay, quantizations, MDET scheme and switching signals in a unified framework, are constructed for both synchronous and asynchronous control systems, respectively. Based on those models and mode-dependent average dwell time (MDADT) approach, criteria for the exponential stability analysis and control synthesis of NSLSs are derived for the case of synchronous control. Then, criteria for co-designing the feedback gains, the MDET parameters and switching signals are obtained for asynchronous control.
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