非线性系统理论

非线性系统理论在导弹控制中的应用研究进展与展望

Development and Forecast of Study on Nonlinear System Theory Application to Missile Control

文中着重说明了混沌研究在推动非线性系统理论发展方面的重要作用。

We emphatically illustrate that the chaos research plays an important role in developing nonlinear system theory .

混沌现象（chaos）的研究是非线性系统理论研究中的前沿课题。

Study of chaos is in the front field of nonlinear system and Chua 's circuit is the simplest autonomous circuit which can become chaotic .

采用非线性系统理论对电力系统历史边际电价数据序列进行了特征分析，根据边际电价时间序列具有分数维D2及最大Lyapunov指数l1大于零，发现电力系统边际电价具有混沌特性。

The characteristic of the marginal price of the history data of power systems is analyzed with the theory of nonlinear system . The system marginal price has a chaotic property . Since the fractional correlation dimension D2 and maximum Lyapunov exponent l1 are positive .

运用非线性系统理论确定电力系统暂态稳定域的应用

Application to determine the transient stability boundary using nonlinear theory

非线性系统理论在脑电信号分析中的应用研究

Research of Non-linear System Theory on EEG Analysis

基于非线性系统理论的分布式水文模型

Distributed hydrological modeling based on nonlinear system approach

非线性系统理论与经络能量转移

Non-linear system theory and energy transferring along meridian

总结了目前在导弹控制系统设计中已经开展的有关非线性系统理论研究。

The relevant study of nonlinear systems theory application which has been developed currently in the design of missile control systems is summarized .

在现代控制理论中，线性系统理论研究已经趋于完善，但非线性系统理论的研究依然是一个难点问题。

In modern control theory , The study of linear control has been very comprehensive while that of nonlinear control systems remains a difficult problem .

本文的研究工作集中在动力定位系统的滤波器上，重点探讨了非线性系统理论在动力定位系统中的应用，并对系统的稳定性做了详细的分析。

The emphasis is the research on the application of nonlinear systems theory on DP control system . And the system stability is analyzed particular .

鉴于此，在深入理解非线性系统理论和智能控制理论的基础上，本文系统化地研究了几类不确定非线性系统的自适应神经网络跟踪控制方法。

Based on the current research findings on intelligent control of nonlinear systems , this thesis studies adaptive neural network tracking control for uncertain nonlinear systems .

复杂系统理论是现代系统理论与非线性系统理论进一步结合与发展的产物，是系统科学的重要组成部分。

Complex System Theory ( CST ) is the development of Modern System Theory and Non-linear Theory , which focuses on intelligence , adaptivity and abstract .

本文用逻辑开关函数法，建立了具有离散采样和调制特性的变流器非线性系统理论模型。

By using the Logic-Switching Function method , a theoretical model of the nonlinear converter system with discrete-sampling and modulation characteristics is established in this paper .

因此，采用非线性系统理论的研究方法以取代近似线性化过程中对系统造成的不良影响是非常有意义的一项工作。

Therefore , it is a very significant work to use the method of nonlinear system theory to overcome the adverse impact in the process of approximate linearization .

进一步，利用非线性系统理论来，依据极小化困惑度方法，确定平滑公式中的系数值，从理论上保证了此平滑技术的优越性。

And it gains the coefficient of the smoothing formula based on the theory of non-linearity system optimization by minimizing the perplexity of the model , so as to ensure the superiority of the method .

竞技能力非线性系统理论与力方法是竞技能力系统在运动训练实践中的现实规律性体现和反映。

Theory and Method of athletic ability nonlinear system is athletic ability system in practice of sports training practical laws embody and reflect , which has important practical significance in the process of its formation and development .

因此，AUV运动控制问题属于典型的非线性系统控制理论的研究范畴。

Therefore , the control of AUV belongs to a class of typical nonlinear control research category .

本文利用基于Volterra算子的非线性系统稳定性理论，建立了单铁悬浮系统采用PD控制算法时的稳定性判别方法。

This dissertation takes the advantage of Volterra nonlinear system stability theory to set up the stability criterion of single magnet system controlled by PD algorithm .

利用微分几何和非线性系统控制理论，研究由控制输入驱动的混沌Colpitts振荡器系统的控制问题。

Chaotic Colpitts oscillator systems are studied by using the theories of differential geometry and nonlinear control systems .

人工神经网络（NN）、遗传算法（GA）和模拟退火算法（SAA）的研究是当代信息科学的前沿和热点，也为非线性系统辨识理论的发展开辟了崭新的途径。

The research of artificial neural networks ( NN ), genetic algorithms ( GA ), and simulated annealing algorithms ( SAA ) are the focus of modern information technology . It also opens a new route for the develop of nonlinear system identification .

瓦斯涌出规律非线性系统模型理论与应用研究

Theory and Application of Nonlinear System Model for Gas Emission

非线性动力系统理论与地貌学研究

Nonlinear dynamical systems theory and geomorphology study

奇偶反馈相位共轭腔垂直腔面发射激光器非线性系统的理论研究

Theoretical Analysis of Odd and Even Phase Conjugate Cavity Vertical-Cavity Surface Emitting Laser Nonlinear System

基于非线性动力系统理论的土木工程安全性判断

Estimation of Civil Engineering Safety by Analyzing Monitoring Data Based on Theory of Non-linear Dynamic System

近年来，非线性系统控制理论与应用研究迅速发展。

The past decade has witnessed fast developments in the control theory of the nonlinear system .

根据非线性动力系统理论进行负荷建模和预测，将预测精度作为辨识工具，识别电力负荷自身变化的动力特性。

Prediction accuracy is selected as an identification tool to analyze dynamic characteristics of power load variation .

非线性控制系统理论

Nonlinear control system theory

应用非线性系统几何理论，通过非线性状态反馈和坐标变换，实现了混合励磁电机系统的输入输出解耦控制和完全线性化。

The decoupling control and full linearization of HESM system are realized with nonlinear state feedback and coordinates transformation .

研究随机力对非平衡相变的影响，特别是研究由噪声诱导的非平衡相变现象，是非线性系统随机理论的一个重要课题。

The influence of stochastic force on non-equilibrium phase transition , especially the noise-induced phase transition is an important topic .