智能控制

新型智能控制技术在CO2焊电源系统中的应用

Application of new intelligent control technology in co_2 welding power system

PLC分级递阶智能控制系统的实现与应用

The Application and Realization of PLC Hierarchical Intelligent Control System

人工智能控制的自动驾驶汽车和卡车也将在未来取代司机的工作。

Self-driving cars and trucks controlled by AI will also take away the driver 's jobs in the future .

神经网络PID控制属于一种先进的智能控制策略，其中的神经网络通常采用较成熟的BP网络。

The NN-PID control is an advanced intelligence control strategy .

智能控制的印制电机N倍频PWM可逆调速系统

N-time frequency PWM reversible speed governing system of printed motor with intelligent PID control

冷却机关键参数的测量和CCD智能控制系统

Measure of grate cooler ` s key parameters and CCD autocontrol system

基于网络的ContextAware智能控制系统

Network-based Context Aware Intelligent Control System

纯延迟系统仿人智能控制与最优PID控制对比仿真分析

Simulation research into human intelligent control and optimal PID control based on a pure delay system

球磨机智能控制算法研究及其在DCS中的应用

The Application for Intelligent Control of Ball Mill System and Research in DCS

同时，设计和实现了一套开放智能控制平台原型系统，并在该平台上实现了ForCES协议。

We designed and implemented a prototype system of the open intelligent control platform , and implemented a ForCES protocol on the platform .

SOI器件高温环境实验智能控制系统

Intelligence control system of higher temperature environmental test for SOI device

单体模糊神经网络：在智能控制中的应用及VLSI实现

Monolithic Fuzzy Neural Network ( MFNNs ): Application in Intelligent Control & VLSI Realization

AMT自动换档智能控制系统设计与研究

AMT Automatic Shift Intelligent Control System Design and Investigation

船用锅炉水位Fuzzy-PID智能控制系统研究

Simulation Investigation on the Water Level of Marine Boiler Based on Fuzzy-PID Intelligent Control

铝合金脉冲MIG机器人焊接智能控制系统研究

Study of Robotic Intelligent Control System for Aluminum Alloy Pulsed MIG Welding Process

基于CMAC神经网络的能动磨盘智能控制实验研究

Experimental investigation on intelligent control of active lap based on CMAC neural network

采用具有自学习能力的BP神经网络与传统PID相结合的智能控制算法对温度对象实施控制，该算法简单、易于实现。

This intelligent control algorithm combines BP neuron network which has the self-learning ability with traditional PID . It is simple to calculate and easy to realize .

基于拟人智能控制的BTT导弹姿态控制

Attitude Control for Bank-to-turn Missiles Based on Human-imitating Intelligent Control

针对不间断电源（UPS）逆变控制技术数字化的趋势，论述了当前UPS逆变控制中存在的各种数字化智能控制技术。

Based on the digitization trend of UPS inverter control technique , several kinds of digitization intelligent technique used for UPS inverter were discussed .

它模仿智能控制，采用分级递阶结构形式，通过一协调级来协调模糊控制与自适应PI控制，使得两者有机地结合起来，充分发挥两者的优点。

It adopts the hierarchial control structure imitating intelligent control and combines fuzzy controller and adaptive PI controller . It takes full advantage of two controllers .

其次介绍了包括PID控制、自适应控制及智能控制等电能质量分析与控制方法。

The analyzing and controlling methods of power quality are proposed in detail , including PID control , vector control , deadbeat control , adaptive control , intelligent control and so on .

智能控制是在分析和综合所谓3C问题的研究过程中逐步产生、发展起来的。

Intelligent Control has emerged as an advanced control under the development of researching so-called ' 3C ' problems .

在分析无刷直流电机（BLDCM）数学模型的基础上，建立了控制系统的仿真模型，提出了一种新型的模糊PI智能控制方法。

Based on the mathematical model of BLDCM , a novel fuzzy PI intelligent method is proposed for controlling the speed servo system .

面向微装配机器人的TSB分级智能控制结构

TSB hierarchical intelligent control structure for micro - assembly robots

HEDP生产过程的智能控制

AI Control of HEDP Production Process

本文提出了三种基于智能控制思想的摩擦补偿方法，即基于自调整量化因子模糊控制器的摩擦补偿方法、基于CMAC神经网络的摩擦补偿方法和将CMAC网络与滑模控制器相结合的摩擦补偿方法。

Three friction compensation methods based on intelligent cybernetics are put forwarded . One of these methods is based on self-tuned scaling factors fuzzy controller the others are based on CMAC .

本文在全面总结水轮机调节系统现有调节规律和应用成果的基础上，将常规PID控制与智能控制策略相结合，进行水轮机调节系统的先进控制策略的研究。

On the basis of summarizing the present regulating principle of hydro-turbine regulating system and its applied achievement , the study on hydro-turbine regulating system 's advanced control strategy that is the combination of PID and intelligent control is carried out in this paper .

基于智能控制的新型配电网电能质量补偿器晶闸管投切滤波器TSF（ThyristorSwitchedFilters）是改善配电网系统电能质量的一种有效方法。

A new power quality compensator of thyristor switched filters ( TSF ) based on intelligent control is an effective measurement to improve power quality of distribution network system .

本课题的研究主要通过分析CO2气体焊接的特点，运用智能控制的方法，着眼于焊接效果和焊接的智能化，尽量解决焊接飞溅和焊接成型这两个问题。

Through analysis of the characteristics of CO_2 welding , this magisterial thesis is trying to work out the possible solutions to these two problems of splashing and welding molding by applying the approach of intelligent controlling and its stress is on the effect of welding and intelligentized welding .

运用仿人智能控制（HSIC）理论的方法，研究了直线小车三级摆系统（CTPS）的摆起倒立控制问题。

Studied the control problem concerning the swinging-up and handstand-control of the cart-triple-pendulum system ( CTPS , a typical under-actuated , unsteady and nonlinear system ) based on the human-simulated intelligent control ( HSIC ) theory .