作者: Guilin Wen , Qing-Guo Wang , Chong Lin , Xu Han , Guangyao Li
DOI: 10.1016/J.CHAOS.2005.08.078
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摘要: Abstract Synchronization under output feedback control with multiple random time delays is studied, using the paradigm in nonlinear physics—Chua’s circuit. Compared other synchronization methods, delay superior for a realistic application to secure communications. Sufficient condition global stability of delay-dependent established based on LMI technique. Numerical simulations fully support analytical approach, spite delays.