Abstract
Global chaos synchronization of two identical nonlinear transducersystems is investigated via linear state error feedback control. Thesufficient criterion for global chaos synchronization is derived firstlyby the Gerschgorin disc theorem and the stability theory of lineartime-varied systems. Then this sufficient criterion is further optimizedin the sense of reducing the lower bounds of the coupling coefficientswith two methods, one based on Gerschgorin disc theorem itself and theother based on Lyapunov direct method. Finally, two optimized criteriaare compared theoretically.
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