模糊控制器

通过应用压缩宽度隶属函数，而不需要优化众多的隶属函数参数，模糊控制器就有足够的能力来解决实际应用中所遇到的复杂控制问题。

This gives the FLC more power to deal with the complex control problems by using the SSMFs , which need not to optimize so many parameters laboriously .

在中间层，每个子系统均采用3-D模糊控制器。

Then , on the middle layer , a 3-D FLC is used for each subsystem .

阐述了常规模糊控制器的设计过程

An expatiation of the design about the conventional fuzzy controller .

基于MATLAB的模糊控制器控制规则优化研究

Simulation and optimization of fuzzy controller control rules based on MATLAB

Fuzzy模糊控制器及在肿瘤热疗自控系统中的应用

A Fuzzy Control Rule and Its Application to the Automatic Control System of the Therapy of Cancer Heating

用Matlab实现空调温度模糊控制器的设计与仿真

Design and Simulation of Fuzzy Controller Used for Space Temperature based on Matlab

分别对参数自调节模糊控制器和BP神经网络控制器做出了数学解释；

A parameter self-correction fuzzy controller and a neural network controller are mathematically interpreted ;

参数自调整PID模糊控制器及在数字随动系统中的应用

PID Fuzzy Controller With Auto-tuning Scaling Factors And Its Application In Digital Servo Systems

提出了基于Agent的模糊控制器，定义了概念模型和组成结构。

Fuzzy Controller based Agent is introduced in the paper . The model is defined and the structure is given .

基于DNA的进化算法及其在设计TS模糊控制器中的应用

A New DNA-based Evolutionary Algorithm and Its Application to TS Fuzzy Controller Designed

设计了一个模糊控制器，进而构建了一个基于模糊控制的自适应PID控制器；

A fuzzy controller is designed , and self-adapt PID controller on fuzzy control is constructed .

用GA寻优线性系统模糊控制器规则

Optimization of Linear Fuzzy Controller Using Genetic Algorithms

通过PID线性控制器、模糊控制器和P控制器的并行结合，实现了三种控制器的优势互补，控制性能明显改进。

The piecewise control strategy integrates merits of P , Fuzzy and PID controller , and achieves dominance complementation and performance improvement .

提出一种在线修正PID参数的模糊控制器改进算法。

An improved fuzzy logical algorithm is proposed which is suitable for self tuning parameters online in PID controller .

对常规控制器和模糊控制器进行了比较，提出了一种参数自调整模糊PID控制器。

A kind of parameter self-adjustable Fuzzy PID controller was put forward after comparing the fuzzy controller with the normal controller .

连续T-S模糊控制器的稳定性分析与设计

Stability analysis and design of continuous T S fuzzy controllers

对模糊控制器及相关硬件操作的软件实现进行了理论分析，采用MCS-51单片机汇编语言编写了自动控制程序。

Wrote the program of the system with MCS-51 assemble language .

针对高精度定位的需要，设计了数字闭环控制系统，引入数字PID模糊控制器以提高系统的定位性能。

To meet the need of high-precision positioning , a digital feedback controller is adopted to improve the performance of the ultra-micropositioning system .

利用六个简单输出的颜色传感器配合模糊控制器实现了移动机械手的路径跟踪，GPS以及条形码传感器的混合使用实现了移动机械手在不同工作环境下的定位。

Six simple color sensors and a fuzzy controller realize the road following . And GPS and barcode made the robot local its position clearly .

给出了模糊控制器、专家系统和PID控制器的设计及系统的控制策略。

The design of misty controller , expert system and PID controller are given , the control strategy of the system is also given .

设计了整车ABS检测台的模糊控制器，并对电模拟方法进行了仿真分析。

Design the fuzzy control unit of complete vehicle ABS test bench , simulate and analyze the electric simulation method .

由于系统的非线性使系统的低速特性变差，因而本文研究了零重力操作系统的模糊控制器，并进行了MATLAB仿真，仿真结果表明该方法是有效的。

The nonlinearity of the system influences the low-velocity characteristic . Therefore a fuzzy controller is proposed in this paper , and simulated with MATLAB language .

脉冲MIG焊电源模糊控制器的研究

Fuzzy Controller of Pulsed MIG Welding Power Source

通过实时对PID控制器的比例参数、积分参数、微分参数以及模糊控制器参数的在线调节，实现对系统响应曲线的优化。

By the real-time adjustment of proportion parameter , integral parameter , differential coefficient and fuzzy controller parameter , we can optimize the response curve of system .

由RBF神经网络和遗传算法在线寻优模糊控制器的比例因子、模糊推理规则和隶属函数，并由RBF网络辨识被控对象的动态特性，以评价模糊控制器控制性能。

Dynamic identification model of controlling system is designed based on the RBF neural networks to appraise the controlling performance of fuzzy controller .

采用C语言编制了模糊控制器设计软件，获得了模糊控制总表，并进而根据模糊控制总表实现了实时模糊控制。

The key of fuzzy control is the design of the fuzzy controller . The software is programmed using C language , for getting the fuzzy control data table and realizing the realtime fuzzy control .

其中直接自适应模糊控制器还与PID控制器一起组成并行控制系统来抑制系统静态误差和动态干扰。

Adaptive fuzzy controller was combined with PID controller to compose parallel control system , which was aimed at reducing static error and suppressing dynamic disturbance of the whole system .

用CPN网络实现的自学习模糊控制器

Self-learning Fuzzy Controllers Based On CPN Network

本文介绍的程控仪是为温湿度试验箱而设计的，采用PC总线工控机，用模糊控制器和带死区开关量控制，实现测控温度及湿度。

The controller designs for temperature humidity ovens is introduced , It uses PC bus industrial control computer , measuring temperature and humidity , do field control by using fuzzy controller .

设计了一种具有加权因子的PID型模糊控制器并提出了基于普通PID控制器参数整定模糊控制器参数的方法。

A kind of PID fuzzy controller with a weighted factor is designed and a systematic design method is proposed to set parameters of fuzzy controller according to the ordinary PID controller .