论文部分内容阅读
依据全维状态观测器理论实现了超混沌系统的同步 ,这种同步方法具有精度高、响应速度快、简单灵活和能控的特点 .该方法可通过选择状态反馈增益 ,达到快速同步的目的 ,为缩短同步建立时间确立了理论基础 ,而且具有一定的鲁棒性 ,为进一步把超混沌信号应用于保密通信提供了理论依据 .对耦合蔡氏超混沌系统和Rossler超混沌系统的高精度同步进行了设计 ,并对该同步方法的抗干扰性进行了研究 ,计算机仿真结果证明了理论推导的正确性 .
The synchronization of hyperchaotic system is realized according to the theory of full-dimensional state observer. This synchronization method has the characteristics of high accuracy, fast response, simple and flexible controllable, and controllable. This method can achieve fast synchronization by selecting the state feedback gain, The theoretical basis for shortening the establishment time of synchronization is established, and it has a certain degree of robustness, which provides a theoretical basis for further application of hyperchaotic signals in secure communication.High precision synchronization between the coupled Chou super-chaotic system and the Rossler hyperchaotic system is carried out Design, and the anti-jamming of the synchronization method are studied. Computer simulation results prove the correctness of the theoretical derivation.