Abstract
Quantized synchronization of master-slave neural networks with an event-triggered scheme under denial-of-service (DoS) attacks is studied in this paper. A kind of DoS attacks with constraints on attack frequency and duration is considered. Firstly, a quantized output feedback control scheme based on event-triggered strategy is proposed. Then a sufficient condition for secure event-triggered feedback control based on quantized output measurements is derived, from which the attack frequency and duration that the system can render is given. It is shown that the slave system is able to synchronize with the master system meanwhile the Zeno behavior can be excluded. The controller design is also included. Finally, an example is given to verify the theoretical results.
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