ANTI-SYNCHRONIZATION CONTROL FOR SPATIOTEMPORAL DELAYED CHAOTIC SYSTEMS AND ITS APPLICATION
For a novel class of spatiotemporal delayed inertial neural networks(SDINNs),its anti-synchronization control and application on image secure communication are studied.A variable substitution was used to avoid the inherent complex characteristics of the original second-order differential system.It designed an effective output feedback controller and combined with Jensen's inequality and the reciprocally convex combination(RCC)method,so that a less conservative anti-synchronization theorem of the SDINNs was obtained.The simulation realized the application of the main results on image secure communication and illustrated the superiority of the encryption method of this paper.
SDINNsOutput feedback controllerAnti-synchronizationSecure communication
国家科技期刊平台
NSTL
万方数据
维普
