Event-Triggered Synchronization of Chaotic Lur’e Systems via Memory-Based Triggering Approach
Zhou Gu, Shen Yan, Ju H. Park, Xiangpeng Xie
Abstract
This brief focus on the event-triggered synchronization of networked chaotic Lur’e systems. To relieve the burden of communication network with limited bandwidth, a novel memory-based event-triggered mechanism with the past information of the system is presented. The synchronization error system under the memory-based event-triggered mechanism is modeled by a distributed delay system. Applying an integral inequality based on Legendre polynomials, a novel synchronization condition is derived via linear matrix inequalities. Finally, a Chua’s circuit is adopted to illustrate the advantage of the proposed control strategy.
Topics & Concepts
Synchronization (alternating current)Computer scienceChaotic systemsEvent (particle physics)ChaoticControl theory (sociology)PhysicsArtificial intelligenceComputer networkControl (management)Channel (broadcasting)Quantum mechanicsChaos control and synchronizationNeural Networks Stability and SynchronizationNonlinear Dynamics and Pattern Formation