线性调节器

线性调节器在EV动力电池组性能测试中的应用

Application of Linear Regulator in Power Accumulator Battery Testing System for Electric Vehicles

有限时间线性调节器的非Riccati解法

A Non-Riccati Solution of the Linear Regulator with Finite Time

基于二次线性调节器的统一电能质量控制器

Study of unified power quality conditioner based on liner quadratic controller

线性调节器加权矩阵的工程实用逆推算法

An engineering practical algorithm for weighting matrix of linear regulator

离散系统鲁棒容错线性调节器设计

Design of Robust Fault-tolerant Linear Regulator for Discrete Systems

一种新型线性调节器的鲁棒性频率补偿设计

A New Robust Frequency Compensation Design for Linear Regulator

直流双环调速系统的线性调节器设计法

The Designing Method of Linear Regulators For Direct Current Double - Loop Systems

关于连续型随机线性调节器问题的求解

Solution to Problem of Continual Random Linear Requlator

确定离散系统线性调节器加权矩阵的参数化方法

A parameterization method for determining the weighting matrix of linear regulator of discrete system

本文给出了一种扰动情况下线性调节器的设计方法。

This Paper gives a design method of the linear regulator in the disturbed case .

具有完整性的线性调节器设计

Design of Linear Regulator Possessing Integrity

线性调节器鲁棒设计法

Robust design approach of linear regulators

关于线性调节器频率条件的充分性用实测频响函数的相对灵敏度对机床状态进行监测

On the Sufficiency of Linear Regulator 's Frequency Conditions Monitor of Conditions of Machine Tool by Frequency Respond

线性调节器的特征结构

Eigenstructure of linear regulators

讨论的问题包括线性调节器，状态估计器，状态线性函数观测器，及不完全或有噪声测量的线性二次控制。

The discussion includes linear regulator , state estimator , observer for a linear functional of state , and linear quadratic control with incomplete or noisy measurements .

按这个关系式，我们能够很简单地设计线性调节器，并使其所有闭环极点都限制在复平面左半面-σ线以左。

According this relationship , we can design linear optimal regulator more simply to make all poles of closed loop system be confined to the left of the line - σ of the left half plane on the complex plane .

PI调节控制是功率变换器线性电流调节器的常用控制方法，但自适应能力较差。

PI regulation law is one of the common methods applied in linear current controller of the power converter while its adaptive performance is poor .

对比实验结果表明，非线性PI调节器的实际控制效果优于线性PI调节器，但是没有仿真效果好。

Contrast test results prove that the nonlinear PI regulator performs better than the linear PI regulator , but not as good as the simulation results .

而智能控制器则可以自适应地改变参数，以弥补线性PID调节器的不足，从而提高系统对各种扰动，非线性因素的适应能力。

But the intelligent controller can improve system adaptation to some disturbance and nonlinear factor , because it can self-adaptively change parameters and cover the deficiencies of linear fixed gain PID .

水电机组线性最优调节器加权矩阵的确定方法

A Method of Weighted Matrix Selection for Hydroturbine Linear Optimal Regulator

一种时变线性系统调节器设计的新方法

A New Method of Regulator Design for General Time-varying Linear System

碰摩转子混沌控制的线性最优调节器方法

Controlling chaotic vibrations of a rub-impact rotor with linear-quadratic regulator

一种综合单入单出系统线性最优调节器的新方法

A New Method of Synthesizing Optimal Controller on SISO System

线性最优调节器的加权阵选择

Selection of weighting matrices for linear optimal regulator

线性最优调节器二阶工程设计法及应用

A Design Method of Linear Quadratic Optimal Regulator for Two-Order System and Its Application

给出一种适合于水电机组线性最优调节器的加权矩阵的确定方法&基于次时间最优控制的加权矩阵的确定方法。

A method is proposed for selecting the weighted matrix for the hydroturbine linear optimal regulator .

利用对角化技巧研究最优控制问题中奇摄动的线性状态调节器问题。

In this paper , using the diagonalization techniques , considers the singularly perturbed linear state regulator problem in the problems of the optimal control .

本文介绍采用线性最优调节器所设计的直流调速系统在龙门刨床控制系统中的应用。在控制系统中引入了负载观测器，使得龙门刨床在控制指标上得到了明显的改善。

This paper states design of the direct current speed governing-system by using linear optimal regulator , and the load observer was introduced in the system .

本文根据线性最优调节器加权阵与闭环系统极点的关系，提出了一种综合最优系统设计法，使系统同时具有良好的动特性和较强的鲁棒性。

In this paper , based on the relation between the weighting matrices in linear quadratic optimal regulator and closed loop poles , a combined design method is presented for the optimal system with excellent dynamical characteristics and robustness .

研究拟线性状态调节器问题.在适当的条件下证得给定的问题有唯一的解，并给出直到O（ε~N＋1）的一致有效的渐进展开式。

In this paper , considers the quasilinear state regulator problem . Underthe suitable conditions , proveds that the given problem has a unique solution and its uniformly valid asymptotic expansion till O (ε N + 1 ) is given as well .