智能控制理论

结合智能控制理论和软计算技术，提出了基于模糊规则的适应式参数自调整PID控制策略。

Referred the intelligent control theory , the self-adjusting parameter PID control strategy based on the fuzzy logic rules is proposed .

本文还探讨了智能控制理论在位置伺服系统中的应用，设计了模糊PID位置控制器，并进行了仿真实验。

Furthermore , this paper also explores the application of the intelligent control theory to the servo system . A fuzzy PID controller is designed for the position control .

近年来，随着智能控制理论的发展，智能PID控制器也应运而生。

In recent years , the intelligent PID controller has emerged because the intelligent control is improved highly at theory .

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

基于仿人智能控制理论的UPFC智能控制器结构设计研究

Research of UPFC Intelligent Controller Architecture Design Based on Human-Simulation Intelligent Control

基于智能控制理论的BAS系统模型

Model research on BAS based intelligence control theories

将仿人智能控制理论（HSIC）应用于中小型燃煤锅炉燃烧控制系统，并给出了仿人智能控制器的设计。

The HSIC is applied to the combustion system of middle and small boiler , its design is given .

研究了智能控制理论在发动机控制中的应用，（1）CMAC神经网络控制在发动机喷油控制中应用；（2）模糊控制在怠速工况和部分负荷工况控制中应用；

The intelligent theory in engine control is studied , CMAC neural network and expert system is used in engine control , fuzzy theory is used in idle running and part loading mode .

在此基础上，将仿人智能控制理论（HSIC）应用于机器人直流电机调速控制系统，设计了轮速控制器的基于速度特征状态多模态控制的仿人智能控制算法。

The human-simulated intelligent control ( HSIC ) is applied to the robot DC-Motor speed control system , adopt characteristic mode-based multi-mode control , its design of controller and algorithm is given .

由于水轮机特性的强非线性、工况的时变性以及引水系统的水击效应所导致的水电系统数学模型的不确定性，采用智能控制理论设计水电机组GPSS较常规设计方法更为合理。

The intelligence control theory is more reasonable than conventional methods to design the hydro-generator unit GPSS because of the uncertainty of mathematical model of hydro-electricity system caused by intense nonlinear character and time-variant operating mode of hydro-turbine and water-hammer effect of hydraulic system .

为此，本文针对某型号的喷墨绘图仪伺服运动特点，结合无模型自适应控制理论和仿人智能控制理论，提出了基于广义泛模型仿人智能MFAC串级控制算法。

Therefore , this paper which focuses on the servo movement characteristic of the ink-jet plotter , combines with the theory of the Model-Free Adaptive Control ( MFAC ) and Human Simulated Intelligent Control ( HSIC ), proposes a strategy of MFAC-HSIC cascade control based on the generalized model .

蓬勃发展的智能控制理论为这一问题的解决提供了新的出路。

The blooming artificial control provides a new way for coagulation control .

模糊神经网络控制是智能控制理论中一个十分活跃的分支。

Fuzzy-neural control is an active research area of intelligent control theory .

智能控制理论及其在经济信息管理中的应用前景

The application foreground of intelligent control theory in the economic information management

专家控制技术与智能控制理论的发展

The Development of the Expert Control Technology and the Intelligent Control Theory

基于智能控制理论的汽轮发电机组的协调控制

The coordinated controller of turbo generator based on the intelligent control theory

复杂系统、非线性科学与智能控制理论

Complex Systems , Nonlinear Science and Intelligent Control Theory

基于信息的智能控制理论研究

Research on intelligent control theory based on information viewpoint

纯粹自航调速智能控制理论研究

The Theoretical Study of Mainland Method Ship Model Motor Speed Regulating Intelligently Control

总结了计算机控制技术、智能控制理论的类型与未来发展趋势。

To summarize computer technology , intelligent control theory .

智能控制理论为等离子弧焊熔透控制开辟了新天地。

The intelligent control theory creates a new world for penetration control of PAW .

高压直流输电系统中智能控制理论的应用

Application of Intelligent Control Theoretic in HVDC System

智能控制理论分析与探索

Study and Analysis of the Intelligence Control Theory

智能控制理论及发展

Intelligent Control Theory and It 's Development

模糊模型辨识是智能控制理论重要的研究分支之一。

Fuzzy model identification is one of the most important research branches in intelligent control theory .

最后讨论了为发展智能控制理论需研究的一些基本理论和工具。

At last , the essential theory and tool for developing intelligent control theory are discussed .

一种基于智能控制理论的计算机系统控制整个处理过程的运动和电源脉冲。

A computer system controls the motion and power pulse of whole process by intelligence control theory .

通过对智能控制理论数学建模的分析，阐述了它们的控制原理。

The mathematic modeling of these intelligent control theories was analyzed , their control principles were expounded .

智能控制理论的探讨

Study on Intelligent Control

设计了一套优化软件，将先进的智能控制理论运用到发酵过程控制领域中。

Optimal software is designed for ferment process control and the advanced control theories are used in it .