linear control theory

This paper uses linear control theory in the design of a traffic rate controller for ATM ABR service .

本文采用线性控制理论来设计基于速率的流量控制器。

This research is available for realizing high accuracy hydraulic servo system 's position control by adopting the linear control theory .

该研究对采用线性控制理论实现液压伺服系统的高精度位置跟踪控制有一定的帮助。

Then , used the classical linear control theory are applied to adjust design the separating-mirror servo system .

然后，采用经典线性控制理论对分离镜伺服系统进行了校正设计。

The method has merits of both neural networks and linear control theory , and can be used to control vibration of strong nonlinear structure .

神经网络离散逆系统方法发挥了神经网络和线性控制各自的优点，可用于强非线性结构的振动控制。

Generally the differential feedback parameters are designed by means of methods based on linear control theory , and the results obtained are far away from practice .

通常仅用线性理论设计微分反馈参数，结果与实际差别甚大。

The vibration of nonlinear structure is difficult to control precisely by means of linear control theory . A method that combines neural networks with inverse system theory is proposed .

针对非线性结构振动控制难以用线性控制方法精确控制的情况，提出神经网络离散逆系统方法。

Many AQM algorithm based on classical linear control theory analysis and design , for example : RED and PI etc , having improved the link utilization and lower packet loss ratio .

虽然许多基于经典线性控制理论分析和设计的AQM算法，例如：RED、PI等，基本实现了提高链路利用率、降低丢包率等问题。

Increment motion control is a kind of optimize control method under dynamic and uncertain conditions . For complex non-linear control problems , it is difficult to gain a satisfactory solution using classical linear control theory .

增量运动控制是一种动态不确定环境下的优化控制方法，对于复杂非线性的控制问题，经典的线性控制理论很难得到满意的控制。

Simulation example is given to illustrate the effectiveness of the proposed method . It has solved the problem of weak robust when the linear control theory is used to control a complicated nonlinear systems like airplane .

克服了单纯用线性控制系统理论来控制象歼击机这样的复杂非线性系统鲁棒性能较差的问题。

Based on the support vector machine ( SVM ) identification and the control for TSK fuzzy model of the nonlinear system are studied . Linear control theory can be used to control nonlinear system using the TSK model .

研究非线性系统TSK模糊模型的辨识与控制，利用TSK模型，可以将线性控制理论应用于非线性系统控制。

Based on precise mathematical models , classic linear control theory tries to find a controller satisfying given performance index , while modern control theory aims to search the optimal controller such that the optimal performance index cab be realized .

就控制器的综合或设计而言，给定对象的精确数学模型，经典线性控制理论立足于使系统满足一定的性能指标，而现代控制理论则追求性能指标最优。

As the flight simulator system is multivariable and nonlinear , a decoupling method was proposed by the converse-system theory . The system could become to a pseudo-linear system , which could apply linear control theory to design the controller by state feedback and dynamic compensation .

由于飞行仿真转台系统为多变量的非线性系统，应用逆系统理论对转台模型进行解耦，通过状态反馈和动态补偿使系统成为伪线性系统。

In view of the water pump control in pressurized water supply pump station which is the key part in the city 's water supply system , it was proposed that relay type non linear control theory with hysteresis loop should be adopted for logical control of water pump .

针对城市供水系统的关键环节&压力供水泵站中水泵的控制问题，提出了采用具有滞环的继电器型非线性控制理论对水泵进行逻辑控制的方法，设计了一个切实可行的硬件电路。

Usually , the nonlinear system is linearized in order to be controlled by the method of linear control theory . As a feedback linearization method , the inverse system method is widely applied in various fields for its advantage of clear physical idea , simple structure and facile realization .

对于非线性控制问题，一般都是先将其转化为线性系统，然后利用线性系统的理论进行系统设计或分析。逆系统方法作为反馈线性化的一种方法在非线性控制领域得到了较好的应用。

Application of Linear Optimal Control Theory in Electrical Drive System ─ Electrical Drive Optimal Control

最优控制理论在电力拖动系统中应用&电力拖动最优控制

This paper combines ANN with linear optimal control theory to solve this problem .

本文将神经网络和线性最优控制方法结合起来试图解决这个难题。

Linear sampled-data control theory does not suffice to deal with nonlinear sampled-data systems .

已有的线性采样系统理论显然不能满足处理非线性采样系统的需要。

Decentralized Optimizing Coordinated Control of TCSC and Excitation of Turbo-generator Based on Linear Optimal Control Theory

TCSC与发电机励磁的分散线性最优协调控制

An active control strategy based on classical linear optimal control theory is provided , feasibility and effectiveness of which are studied .

提出以人体加速度、速度和动挠度为目标函数的主动控制策略，应用经典线性最优控制理论，分析其可行性和有效性。

According to the linear optimal control theory , the optimal control forces are determined , and the design of controller is discussed .

依据线性最优控制理论，对最优控制力的确定以及控制器设计进行了深入分析。

This paper gives mainly a review of the application of linear optimal control theory to the design of control laws for the automotive active suspension system .

本文对线性最优控制理论在车辆主动悬架系统控制策略中的应用进行了研究。

While discussing the optimal strategy in portfolio selection problem and its efficient frontier , we introduced the stochastic linear quadratic control theory .

在研究讨论资产选择的最优策略和有效边界时，本文采用了随机线性二次型控制理论。

The grey modeling and the idea of pre-control in grey prediction control theory can well remedy the defects of exact linearization and after-control in linear optimal control theory .

灰色预测控制理论中灰色建模和超前控制的思想较好地弥补了线性最优控制理论中精确线性化和事后控制的不足。

Based on field investigation , the paper analyzed the pedestrian and vehicle traffic in the representative section of ideal artery with timing linear control system theory to optimize the crosswalk and intersection signal timing .

通过对现行理想干道典型路段行人交通和机动车交通运行状况分析，在现场实地调查的基础上，运用适合中国交通现况的定时式线控系统理论，对交叉口和人行横道进行信号配时优化。

Using AMD system , a method for active control of long span cable-stayed bridges under seismic loads is presented in this paper . The motion equation order of bridge is reduced by modal technique , and the classical linear optimal control theory is employed .

基于模态空间法对结构运动方程进行降阶，运用经典最优控制理论，提出了采用主动质量阻尼系统AMD对大跨度斜拉桥地震反应进行主动控制的方法。

Following , one analysis method of constant occurrence rate for data dropout is proposed in this dissertation . On the basic of the construction of two non-linear functions using linear control system theory , the calculation method of stable data dropout rata to guarantee system stable is presented .

本文接着给出了一种固定事件发生概率的数据包丢失的分析方法，在构建两种非线性方程的基础上利用线性系统理论得出使系统稳定的固定丢包率的计算结果。

The linear optimal control theory is used for the optimal control law ( elevator control , column angular displacement and throttle angular displacement ) during landing that will enable an aircraft to get a safe landing and achieve the smallest possible longitudinal dispersion and sink rate deviation .

本文用线性控制系统的最佳理论求解飞机在着陆拉平过程中的最佳控制规律（包括升降舵操纵杆和油门杆角位移控制），使飞机安全着陆且纵向偏离和下沉率偏离最小。

The linear - quadratic control theory has wide applications .

线性系统二次指标最佳控制问题有着广泛的应用。

The Integral linear Optimal Excitation Control Theory and Simulation

积分型线性最优励磁控制原理及仿真实验

In this paper , the systemis clarified as a rigorous linear control system in theory .

文章阐明了它是一个理论上严密的线性控制系统。