同时，混沌系统是可以控制的。
研究了混沌系统的同步问题。
混沌系统的建模与辨识是混沌控制的基础。
Modeling and identifying chaotic system is the basis of chaos control.
对于两个新混沌系统。
文中首先论述了混沌系统同步的可能性和稳固性。
First, the possibility and steady of synchronism of chaotic system is presented.
混沌系统的镇定是混沌系统控制的重要研究方向。
Stabilization of chaotic systems is an important research direction of chaos control.
混沌系统的一个重要特性是初值敏感性和参数敏感性。
An important property of chaos system is initial sensitivity and parameter sensitivity.
提出了混沌系统将非高斯信号转变为高斯过程的理论。
The theory that chaos system can change non-gauss noise to gauss process is presented.
最后，论文研究了混沌系统在保密通信当中的应用问题。
Finally, the paper discussed the problem of chaos secure communication.
从混沌系统的角度分析企业环境是一种新的企业管理观念。
Analyzing business environment from the perspective of Chaos System is a new idea.
教学系统是混沌世界中的一部分，是一个相对较小的混沌系统。
Teaching system is a part of the chaotic kingdom, it is a smaller chaotic system.
混沌系统或混沌信号的同步理论，是混沌应用于模拟保密通信的基础。
Chaos synchronization is the foundation of the application of chaos to analog secure communication.
目的研究水声射线系统的混沌行为。
刻画了混沌经济系统信息耗散尺度。
Scale of information dissipation in chaos economic system is portrayed.
对复域混沌动力系统作出了构建示例。
Give a construct example of chaos dynamic system in complex field.
混沌是确定性非线性动力系统内在随机性的表现。
Chaos is internal random behavior expression of certainty nonlinear dynamical system.
研究结果表明：双杆摆系统有着丰富的混沌现象。
The study result demonstrates that the double pendulum system is of abundant chaos.
最后将混沌信号用于系统的特性分析中。
At last Chaotic signal is applied into the analysis of system characteristic.
最后导出了混沌与系统参数间的关系式。
The relation between chaos and the parameter of the system is given finally.
最后，对数字混沌序列驱动的宽带混沌信号在雷达系统中的应用作了初步的系统设计。
Finally, the basic design of radar system using the wideband chaotic signal is carried out.
研究非线性振动系统中混沌的开闭环控制问题。
Research on open loop control of BLDC driving air compressor;
研究非线性振动系统中混沌的开闭环控制问题。
Research on open loop control of BLDC driving air compressor;
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