控制理论

FUZZY控制理论在直热炉控制系统中的应用

Application of fuzzy control theory in direct heating-furnace control system

Fuzzy控制理论在商品价格控制中的应用

Application of Fuzzy Control Theory in Commodity Price Control

Fuzzy控制理论在甜菜制糖过程的应用

Application of fuzzy control in sugar making process

基于MATLAB的《现代控制理论》课程的实验设计

The Experimental Design for Modern Control Theory Course Based on MATLAB

最后讨论了H∞控制理论的应用。

The implementation of H ∞ theory is discussed .

基于H∞控制理论的非脆弱控制的研究

On non-fragile control based on H_ ∞ control theory

可编程控制器（PLC）控制理论和现场监测

Programmable Controller ( PLC ) Control Theory and Scene Monitor

H∞优化控制理论是提高系统鲁棒性的有效途径之一。

H_ ∞ optimal control theory is one of efficient methods to enhance system robust .

H∞控制理论和MATLAB工具箱应用于电力系统稳定器设计

Design of application of H_ ∞ control theory and MATLAB toolbox on power system stabilizer

自动控制理论课程实验CAI软件包

CAI Software Package for Experiments for Automatic Control Theory Course

面向对象的柔性设计与控制理论（III）

Object-Oriented Free Design and Control Theory ( III )

ATM网络中基于控制理论的流量控制机制设计方法综述

A Survey of Design Approaches Based on Control Theoretics for Flow Control Mechanisms in ATM Networks

通过PLC实现，表明用模糊-PID控制理论构筑的调速器其有适用性广，可靠性高的优点。

The experiment with PLC shows that the governor with Fuzzy-PID control has such advantages as wide adaptability and good reliability .

鲁棒性（Robustness）是现代控制理论的重要概念之一，意指系统的稳定性。

Robustness is one of the important concepts of modern controlling theory , which means stability of a system .

研究了基于H∞控制理论的振动台解耦控制的双自由度控制器设计方法，克服了传统的基于模型逆的解耦控制系统鲁棒性能较差的缺点。

A decoupling approach is presented to dual shaker random vibration control problem using H ∞ based optimal control for an two degrees of freedom controller .

基于Fuzzy-PID组合智能控制理论的船用锅炉水位仿真研究

Simulation of Ship Boilers ' Water Level Based on the Fuzzy Intelligent Control

应用模糊控制理论，构造了用于判断等级分类的隶属函数，从而实现了苹果的等级分类：分别标为A、B、C三类。

The theory of fuzzy control was used and the membership function was built to rate the grade of apples , which is fell into three grades : A , B , C.

结合当前的模糊控制理论，改变传统PID控制方法，采用PID控制器与模糊控制相结合的控制手段对锅炉燃烧进行控制；

In connection with fast developing fuzzy control theory , a control method combined with PID control and fuzzy control was adopted instead of traditional PID control .

我们将模糊控制理论应用于PID控制器的设计，给出了参数可调整的模糊PID控制器的设计方法。

We will use the fuzzy theory to the application of the PID controller design , and produced the fuzzy PID controller design method , in which the parameters might adjust .

Sternberg提出的心理自我控制理论；

The theory of mental self-government put forward by Sternberg .

针对网络信息传输的不确定时变延时，采用现代鲁棒控制理论设计了H∞控制器来改善电液位置伺服远程控制系统的鲁棒跟踪性能。

In view of uncertain timer-varying transmission time delay , the H_ ∞ controller was designed by using modern robust control theory to enhance robustness of tracking performance of given electro-hydraulic position servo teleoperation system .

将预见控制理论应用于IP基本控制回路，通过增设状态变量，实现了由IP基本控制回路向预见控制典型基本回路的转换。

The paper applies the theory of preview control to IP basic control loop , and it realizes the transformation from the IP basic control loop to typical basic control loop by adding state variables .

基于非线性控制理论的SSSC控制器的研究

Study on SSSC controller based on nonlinear control theory

以现代控制理论为研究方法，重点研究了二次调节转速系统的状态空间分析方法，对该系统进行了传统PID控制与遗传算法整定的PID控制方法的仿真研究。

Based on the theory of modern control , the design of the State-Space method was adopted in secondary regulation rotate speed system . The system was simulated with both traditional PID and the betterment PID of GA.

第三章首先概括的介绍了二次型内稳最优控制理论原理，并对原理中应用的Kalman滤波器进行解释，同时分析了Kalman滤波器稳定性问题。

The chapter 3 focus on the algorithm of optimal control of linearity quadratic with the internal stability . In the detail , it introduces the principle of the Kalman filter and analyze its stability .

本文首次提出了应用H∞控制器的船舶电站同步发电机调压系统的数学模型。应用H∞控制理论，设计多输入多输出结构振动鲁棒H∞反馈控制系统。

The MIMO ( multi-input multi-output ) Robust feedback control model of vibration system is presented via the H_ ∞ control theory , and the mixed sensitivity design method is used to design the Robust H_ ∞ controller of vibration system .

基于最优控制理论原理和Navier-Stokes方程，研究了气动/几何约束条件下多设计变量的翼型气动优化设计问题。

Based on the optimal control theory and Navier-Stokes equations , aerodynamic design of airfoil with multi-constraint conditions , such as aerodynamic and geometric constraint conditions , is studied .

H∞控制理论是分析和设计不确定系统的一种强有力的工具，主要解决对象建模中的误差和在一定范围内因模型摄动而引起控制品质恶化的控制难题。

H ∞ control theory is a kind of powerful tool of analyzing and designing uncertain system , which can solve mainly control problems of control quality worsening due to the error of object modeling and model perturbation within a certain range .

在PWM变频控制理论的基础上，对广泛应用的调制方法输出的波形进行谐波分析，讨论谐波产生的各种因素，说明应采取的一种有效的抑制方法来实现减少谐波对电机的危害。

The article makes harmonic analysis to the waves outputted by normal modulation devices , discusses the factors that cause to produce harmonics and gives an effective suppression way to reduce the harm of harmonics to motors .

本文在初步探讨了铜板轧制中应用总流量控制理论的基础上，用VISUALBASIC6.0对相关数据进行了模拟，对轧制过程进行了动态仿真。

Based on the preliminary discussion to the application of control theory of the mass flow in the copperplate rolling , the article uses Visual Basic 6 . 0 to simulate the relevant data and carries on dy - namic emulation to the rolling course .