全同与非全同系统的混沌同步

Chaos Synchronization of Identical and Unidentical Systems

在研究全同系统混沌同步的基础上提出非全同系统的混沌同步，并研究了它的锁定条件、横向二分岔稳定性以及吸收盆筛孔等问题。非全同系统较全同系统更易实现，也包含了更多的可控参量。

In this paper, on the basis of chaos synchronization of identical systems, the means of achieving chaos synchronization of unidentical systems is proposed, whose synchronous conditions, transverse bifurcation stability and riddled basin are presented also in detail. In comparison with identical systems, unidentical systems can be carried out in experiment more easily and contain more controllable parameters.