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近年来 ,控制与同步非线性混沌系统的研究工作打开了走向混沌应用之路的大门。混沌信号具有连续宽带谱 ,以及对初始条件的敏感性 ,即伪随机性。另外 ,它在适当控制 (或驱动 )下 ,还可以形成单个或多个子系统的协同行为 ,即同步性质。利用混沌信号的伪随机性 ,或利用伪随机性和
In recent years, the research of controlling and synchronizing nonlinear chaos system opens the door to chaos application. Chaotic signals have a continuous broadband spectrum, as well as sensitivity to initial conditions, ie pseudo-randomness. In addition, under proper control (or drive), it can also form a coordinated behavior of one or more subsystems, ie, the synchronization nature. Utilize the pseudo-randomness of chaotic signals, or use pseudo-random sum