Synchronization of new chaotic system and modified Chua's circuit system with different structure is studied.
研究一个新的混沌系统与变形蔡氏电路系统的异结构同步问题。
In order to describe the actual chaotic systems exactly, a simple modified Chua s circuit is presented, which includes an asymmetric nonlinear resistive element.
为了更确切地描述实际系统中的混沌现象，提出了一种变形蔡氏电路，它含有一个不对称非线性阻性元件。
The simple circuit can be applied in chaotic neural network and chaotic communication.
这一简单电路可望在混沌神经网络，混沌通讯领域获得应用。
Design a generating circuit of the wideband chaotic signals. The circuit has properties of the simple structure, easy implementation and convenient control.
设计了一种结构简单、易于实现、便于控制的宽带混沌信号产生电路。
In order to study the chaotic behavior in the discontinuous system, a RLC nonlinear circuit model with an analogy switch was observed, which was described by a piecewise-continuous map.
为了研究不连续系统中的混沌行为，观察一个由比较器控制的，带有模拟开关的RLC非线性电路模型，此电路系统的行为可以用一个分段光滑映象来描述。
Both Chua's circuit and modified Chua's circuit are chaotic models widely applied.
蔡氏混沌电路及变型蔡氏混沌电路是应用广泛的混沌模型之一。
This paper proposes a novel chaotic ADC, which is a kind of non pipeline ADC based on nonlinear map, and the circuit design based on switch capacitance for this ADC is also proposed.
本文研究了一种新型的混沌A/D转换器，这是一种基于非线性映射结构的非流水式ADC ，并提出基于开关电容的ADC电路设计。
The result is that this Chua's circuit changed is a new chaotic generator .
硬件实验结果表明：此变型蔡氏电路为混沌保密通信提供了一种新的混沌发生器。
The complicated dynamic behavior is studied when the parameters are given, and the oscillator circuit of the chaotic system is designed.
研究了在给定参数时系统的复杂动力学行为，并设计实现了该混沌系统的振荡电路。
Based on the theory of chaotic synchronization, a chaotic transmitter and receiver circuit with low noise was proposed, and the principles of synchronization and secure communication were expounded.
基于混沌同步理论，设计出低噪声的混沌发射机和接收机电路，阐述了实现同步和保密通信的原理。
Using the Lyapunov exponent, writers can simply show the chaotic behavior when a circuit oscillating in triangular waveform is off synchronization.
当一个生成三角波的回路同步失稳时，利用李亚普诺夫函数可以很容易证明系统实际上处于混沌态。
Results By applying the nonlinear simulating circuit system, the chaotic-image simulating instrument is made.
结果应用模拟电路的非线性系统来模拟混沌，研制成混沌图像投影演示仪。
In this paper, Experimental circuit and results of sampled phase-locked loop system that exhibit chaotic behavior are given. Experimental results are discussed, we obtained some active conclusions.
本文给出了文献产生混沌的采样锁相环系统的实验线路及实验结果，通过对实验结果进行讨论，得出一些设计采样锁相环系统的准则。
An extensive research is made on the chaotic phenomena in Chua's circuit.
本文对蔡氏电路中的浑沌现象作了进一步的研究。
According to the different types of power supply, there are chaotic state weak signal detection circuit of constant-current and chaotic state weak signal detection circuit of constant-voltage.
根据电源种类的不同，检测电路可分为恒流式混动态微弱电信号检测电路和恒压式混动态微弱电信号检测电路两种。
In the practical liquid level control system, it may become chaotic because of the nonlinear part in the proportion feedback circuit.
液位控制系统中的比例反馈回路中存在非线性环节，使液位控制系统的运动成为混沌运动。
Chaotic signal, generated by deterministic systems, can be easily implemented by a simple circuit and controlled to the desired states.
混沌信号是由确定性系统产生的伪随机信号，具有易于产生和控制等特点，在宽带领域中引起了人们的极大关注。
Chaotic signal, generated by deterministic systems, can be easily implemented by a simple circuit and controlled to the desired states.
混沌信号是由确定性系统产生的伪随机信号，具有易于产生和控制等特点，在宽带领域中引起了人们的极大关注。
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