In chapter 5, we design a new digital chaotic secure communication system that is based on the chaotic synchronization.
第五章设计了一种基于混沌同步的混沌数字保密通信系统。
Based on the characteristic of the chaotic secure communication system, transmitting the sending signal by the standard digital channel is proposed in this paper.
该文基于混沌保密通信系统特点，提出利用标准数字信道传输发送信号。
In chapter 4, we proposed a message exaction method which basing on the system reconstruction and one-step predictions to exact the message from simulative chaotic secure communication systems.
第四章提出了一种用混沌发送信号进行系统重构并进行一步预测的混沌模拟保密通信系统的解密方法。
However, this research is not only limited in theoretical research and simulation experiment, but also it is one of important research aspects for constructing chaotic secure communication system.
而此研究不仅局限在理论研究与仿真实验上，而且使构造混沌保密通信系统也成为重要的研究方向之一。设计混沌保密通信系统，数字积分器是重要环节。
The results have significant reference value to design of the chaotic synchronization secure communication system based on incoherent optical feedback and incoherent optical injection.
研究结果对非相干光反馈与非相干光注入激光混沌同步保密通信系统的设计具有重要参考价值。
This method can be used in other continuous chaotic system and the application of chaotic system in information security and secure communication field will be accelerated.
该法可应用于其他连续混沌系统中，有助于加快混沌系统在信息安全及保密通信网络领域中的应用。
This dissertation has researched on the synchronization control of chaotic system and the fractional-order chaotic system and its application in secure communication.
本文研究了整数阶混沌系统和分数阶混沌系统的同步控制以及它们在保密通信中的应用。
By comparison with the original system, this method improves the performance of secure communication system based on chaotic masking.
与原系统相比，该方法提高基于混沌掩盖保密通信系统的性能。
In the process of chaotic secure communication, because of the computer control and data calculation, a serial system becomes a discrete system.
在混沌保密通信过程当中，计算机控制、数值计算等导致连续系统的离散化。
In the process of chaotic secure communication, because of the computer control and data calculation, a serial system becomes a discrete system.
在混沌保密通信过程当中，计算机控制、数值计算等导致连续系统的离散化。
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