pid control

You see a strong vibration in case of PID control which means necessity of re-adjustment of parameters by engineers at the site.

PID control strategy can be used to improve the system dynamic characteristics, enabling the system to meet the control requirements.

The experimental results show that this method greatly improves the control precision in comparison with PID control method.

The system is composted of a high accuracy thermocouple and a 8031 single chip computer while adaptive PID control algorithm is employed.

The simulation tests show that the single neural adaptive PID control has no overshoot and is more speedy.

The simulation results showed that it is a very effective control strategy, and control quality is much better than general PID control.

PID control of its simple structure, high reliability and ease of project implementation at industrial control, etc. have been widely used.

In the first sinking gate, Synchronous Rectification of the door trip use PID control.

The running result indicates that effect of this strategy is better than that of other normal PID control.

As the incubator temperature control system with large time delay and nonlinearity, conventional PID control parameters tuning difficult.

Comparison of conventional PID control, variable time-varying parameters of PID controller has better control effect for a large time-delay.

Permanent magnet synchronous motor is a multi-variable, non-linear and strong-coupling system, the traditional PID control is not effective.

Nonlinear iterative sliding mode-PID control method was presented for a class of nonlinear perturbed system.

After analyzing the characteristics of the continuous PID control, the optimal PID parameters are achieved by experimental setting.

Besides this, this paper proposed a new digital control method which combines the PID control of the system with the SPWM of the system.

In this paper, an new composite PID control and its stepwise design method are developed for one order unstable processes with time delay.

Hydropower generating units are a non-linear and time-varying system. Conventional PID control can't reach the ideal control results.

Predictive control combined with PID control was applied to the control of reheated steam temperature system.

then, explained the theory of PID control arithmetic and its applications in the industry simply.

A PZT driver based on a PID control method is selected, and a process controller is designed for the micro forming process.

Finally it assess that the fuzzy-PID control method is the better vehicle engine idle speed control method.

As is known to all, the traditional PID control system of nonlinear systems, and slightly changed the effect is not satisfying.

A sliding mode synchronization controller of the reticle stage was added to the conventional PID control system.

The results show that the method proposed in this paper has better performance than commonly used cascade PID control method in power plant.

and a new adaptive fuzzy PID control algorithm of vehicle cruise control was suggested based on the traditional cruise fuzzy controller.

This paper presents an application of model reference fuzzy adaptive PID control to the submarine propeller hydraulic servo system.

Then, the application of PID control, optimal control and pole assignment method in the electro-hydraulic servo system are all developed.

Based on characteristic and principle of the belt conveyer, PID control and Fuzzy control are applied to the belt conveyer respectively.

Nowadays, although PID control is applied widely, due to not maintaining in time, most control system performance is deteriorated.

The PID control signal was modulated by fuzzy control to improve the system performance.

However, with the increasing of control quality request, the status of electro-hydraulic servo system PID control fluctuates.

In the end, the PMAC PID control tuning curves illuminate the eximious properties of the system.

This controller combines immune feedback mechanism with fuzzy PID control, performs the PID parameters self-tuning in the control system.

The compound closing control technology of PID control, input feedforward and load feedforward were applied in the simulation.

The paper introduced the Fuzzy-PID control algorithm into Bending creep control system, improved the control efficiency.

In the conventional PID control algorithm, the proportional, integral and derivative parts are implemented.

At present, the mainly method used in glass furnace temperature control is PID control.

This paper introduces the fuzzy auto-tuning PID control of the cooling-water flux for the oxygen lance.

Combined on the characteristics of fuzzy and PID control, it adopts a fuzzy-PID control system to control the temperature of anneal stove.

Advance dynamic capability through using integral separate PID control arithmetic.

in a small error, PID control, to eliminate static error and improve control accuracy.

Complete differential PID was mostly adopted in researching of the robust PID control system.

PID control method is widely used in industrial processing control.

Based on this, the control strategy of the combination of the fuzzy control and PID control is used to the micro tension control system.

The research of traditional double-closed-loop PID control strategy is the linear time-invariant control problems.

It is adopted some advanced technique of person_machine consultant brain control, solid contain fuzzy control and self_adaption PID control.

A new error dynamic equation is established via approximation concept to construct the discrete-time optimal PID control.

This paper presents an Expert PID control strategy to control the temperature of the humidifier.

The control system uses the PID control, it may voluntarily move according to the input craft when inputting the freezing and drying craft.

For robot's forward speed and self-rotation speed to use expert PID control, realized soccer robot's trajectory tracking.

The thickness of lubricating film in micron level was feedback controlled by adopting PID control arithmetic.

Aiming to the water level control in power plant, a strategy of single neuron adaptive PID control is presented in this paper.

Aiming at the problem, self- adapting fuzzy PID control is suggested to improve the dynamic performance.

Setting suitable membership function and design the fuzzy-PID control rule, and design the fuzzy-PID controller.

Designed the PID control system for a certain turbo jet engine based on the method of Internal model controller (IMC) .

The simulation shows that PID control has high precise of steady-state, but the adaptive ability of parameter variation is poor.

The intelligent PID control algorithm is taken, and compounding feed-forward control is introduced in the paper.

The papers examine PID control as it is practiced today and explore recent innovations that point toward the future.

The thesis applies the neural network PID control theory to the temperature control system of the barley malt.

Using traditional PID control strategy is hard to achieve high-speed positioning in AC servo system.

Combining fuzzy control theory and PID control, an adaptive controller to control boiler is proposed in this paper.

RBF neural network based tuning of PID control of radial basis function with the seclusion of the three single-feed-forward network.

At present, the developing trend of PID control is facing more intelligent, self-adaptive, and optimized.

The control system using TI's chips called TMS320F2812DSP as a controller and fuzzy PID control as a control strategy.

Today when computer technology be widely used, PID control method gains farther development.

A group of parameters that satisfy global stability is obtained by contrast with PID control simulation.

Closed loop feedback adopts PID control rule to insure the stabilization of magnification times.

Based on the analysis of fuzzy control, combined with the form of PID control, the S Plane Control has been applied.

Clearly, in the Fuzzy PID control process, the extraction of Fuzzy control rules is the key and difficult problem.

After using the fuzzy-PID control system, the stability of the refined coal quality is guaranteed and the recovery ratio is increased.

Software, including PID control algorithm, level control.

In the PID control parameters tuning of the many methods, for tuning the more practical and simple.

PD control, PID control and sliding mode variable structure control (SMVSC) are adopted respectively for EPS, ASS and ABS subsystems.

The nonlinear correction and PID control law have been accepted.

Then, the position location property of metal seal cylinder has been researched by PID control algorithm.

Digitizes every segment of automatic control system and attained PID control.

A fuzzy and PID control method is presented for characteristics of density control system.

The traditional PID control system applies the temperature control system of lumber drying process now.

That composed of Butterworth digital filter and PID control algorithm On the basis of WinAC, the data process and control is realized.

This PLC is equipped with pre-installed control loop with set points tracking , PID control .

In addition, the fuzzy PID control algorithm appling to the speed control of the model machine is proved effective.

Computer simulation shows the neuro-PID control system is more effective than traditional. . .

The intelligent PID control makes the practical furnace temperature curve well meet with standard ISO834.

In the end, Using PID control strategy for single-channel valve-cylinder system, the control experiments.

In order to ensure the system is safe and reduce risk, the fuzzy PID control method is used to adjust abnormal drilling parameters.

Select T-S fuzzy PID control as the entire system control scheme, and then commenced the programming based on the DSP chip.

The present system employs the fuzzy control method instead of the traditional PID control.

This article is based on fuzzy control theory and design of fuzzy controller, and PID control and fuzzy control, for DC double loop system.

Used the PID control technology debugged the control system and debugged the param ent of all PID model.

PID control, based on the model of air-fuel ratio control method and based on artificial intelligence air-fuel ratio control methods.

PID control algorithm was researched and analyzed.

In the field of industrial control especially switching power supply, the PID control technology has been the dominant position.

By simulation, the autbor illustrates the superiority of PID control algorithm.

All in all, NN PID control algorithm is very meaningful refer to the inter-satellite laser communication.

Based on single neural PID control, structure and single neutral PID decoupling algorithm were proposed.

The results of experiments show that AC servo system based on integral partition PID control has quick response speed and h.

The HSIC control system compares with the PID control system in real-time control platform.

Finally, the hydraulic loading system of fuzzy PID control are studied in detail.

With regard to some defects in conventional PID control, a sectioned integral partitioning PID controller is designed.

Based on the analyses, the paper introduces the PID control and fuzzy control to the hardware controller.

According to the immune principle and the fuzzy control rules, a fuzzy immune PID control method is designed.

Applying fuzzy PID control strategy, it can improve the dynamic performance of steering gear and enhance adaptive capacity of steering gear.

Can find from the simulation result that PID control theory can reduction the roll by over 90 percents.

During a long period, PID control plays a major role in the control technologies.

When the temperature deviation more hours, the PID control.

Has provided the PID control flow chart, may carry on the revision according to the actual need.

A grey system prediction PID control scheme based on particle swarm optimization is developed for muluinput-multi-output systems.

A simple stable direct adaptive PID control algorithm is proposed, which is based on RBF neural network.

Temperature control system based on no touch switch has realized PID control.

Also, use PID control and fuzzy PID control methods, in order to further optimize back-rest system performance.

The PID control method which is based on fuzzy auto-turning technique and nerve-net are combined to realize assisting control.

By the conventional PID control, the boiler combustion control system can not achieve control effect that people want.

Then designs two kinds of methods in parameter tuning of PID -- self-tuning PID control and intelligent PID control.

So, it is very difficult to satisfy high-capability control demand for general PID control.

To resolve the PID control can not be too strong output to curb the role of the interference problem.

In our country, most of electrode control systems of electric arc furnace are PID control system, and use electricity or liquid to drive it.

Use of general control methods such as PID control, can not well meet the requirements.

A Study of the Immune Evolutionary Algorithm-based Self-tuning PID Control of Superheated Steam Temperature

Experimental Comparison Between PID Control and Friction Compensation Control for a Class of Nonlinear System with Friction

Simulation on A Time-Segmented Digital PID Control Principle of One Antiaircraft Missile

PID Control for the Conditions Temperature of the Sensor Used in Electro-optical System

Proportion Integral Real-time Adjustment PID Control and its Application in Hydraulic Testing Machine

Fuzzy Adaptive PID Control of the Attitude Stabilization System for a Sonar Array

Study of Parameter Self-Adjusting Fuzzy Logic PID Control in Speed Control System for DC Electric Motor

A Reverse Variable Gain PID Control Algorithm and its Application to the Earth Pressure Balance Simulation System

In this design mainly used the PID control system to realize the refrigeration, the system is hot, adds wet;

Human-simulation Intelligent PID Control Theory and its Application for Dissolved Oxygen in Wastewater Treatment

On satisfactory PID control for a class of stochastic systems with desired index set constraints

PID Control Algorithm Programming and Its Parameter Tuning of Vacuum Modulation Valve on Strip Casting of NanocrystallineAlloys

The Design of Digital PID Control With Separated Integral for an Ultra-Precision Positioning System

A Study of Application of Fuzzy Adaptive PID Control for Industrial Boilers Drum Water Level

Neural network-based intelligent PID control and its application to turbine governors

Application of Artificial Neural Network PID Control to Organic Garbage Decomposition Vanished Machinery

Improved Fuzzy-PID Control Method and Its Applications to Temperature Control System

Fuzzy PID Control With Grey Prediction and Its Application in Temperature Control System

In terms of software design: Using the traditional PID control algorithm to adjust wire feed speed;

Steam temperature; Cascade control; PID control; Immune algorithm; Immune controller;

Research on Intelligent PID Control of Vehicle Hydrostatic Transmission with Secondary Regulation

Application of Single Neuron Adaptive PID Control in Controlling the Dynamoelectric Accelerograph

Simulation Research on Soft Starting of Asynchronous Motor at Constant Current Based on an Adaptive Single Neuron PID Control Algorithm

Research on Fuzzy Variable-Coefficient PID Control for Injection Machine Material Canister Temperature

Application of an Integrated Adaptive Fuzzy with PID Control in Hydraulic Simulator

Fuzzy-PID control of the executive mechanism of electro-hydraulic multi-axle steering system for large heavy truck

Study of NN-PID Control Method on Electric-hydraulic Servo for Parallel Platform

Nonlinear iterative sliding mode-PID control and its application to ship autopilot

Using Orthogonal Method to Determine the Pressure PID Control Parameters In the Common-rail System

Investigation and Comparison of Two Fuzzy PID Control Methods on the Injector Pressure of GD-1 High Pressure Common Rail Diesel Engines

Digital PID Control of Disturbance Rejection for a Linear Process with Time Delay

Simulation and Research of A New Type of Neural Network Intelligence PID Control

The application of fuzzy-PID control to a concentration process for ball milling density

The Fuzzy PID Control for the Feeding Distance of A New Type of Slotting Machine

Application of A New Kind of PID Control Algorithm in DC Motor Tracking System

Design of Torpedo Trajectory Control System Using a Nonlinear PID Control Method with Optimal Correction Function

Fuzzy Immune PID Control and Its Application to Main Steam Temperature Control System

Research on Neural - PID Control and Simulation of the Electro - hydraulic Position Servo System

Electro-hydraulic Proportional Displacement Fuzzy-PID Control of New Radial Piston Pump

A simulating study of pneumatic position servo system with PID control

Genetic PID Control Method Used in Secondary Velocity Regulation

Simulation of Composite PID Control Strategies for Position Hydraulic Pressure Servo Mechanism

Realization of An Improved PID Control Algorithm in Suppositional Meter

Realization of a class of incomplete derivative PID control

Expert PID Control and Its Application to Main Steam Temperature Control System

PID Control for Electro -hydraulic Position Servo System with Repetitive Control Compensation

Research on the Simulation of Self-tuning Fuzzy PID Control for the Temperature of Annealing Furnace with MATLAB

Predictive PID Control of the Pressure Reduction by Expander in High-pressure Pneumatic System

A Simulation Research on the Power Station Superheated Steam Temperature Neural Network PID Control System

Study on Intelligent PID Control of Hydraulically Driven Lift System with Multistage Hydraulic Cylinder

Study on digital PID control of the lanthanum eternal magnetism brushless DC electromotor

Neural Network PID Control Method and Its Application on Optimization

Technology of Fuzzy PID Control to Improve the Performance of Dynamic Tracking for Photoelectric Theodolite

The Simulation and Study of Arithmetic of the PID Control

Simulation Comparisons among Neural Networks Control, Model-free Adaptive Control and PID Control

Comparison Study on Variable Damp Control and PID Control in the Dynamic Simulation Scan Imaging Turntable Timing System

Stability analysis of a class of nonlinear PID control systems

The application of the neural-network PID control in elevating system of permanent magnet linear synchronous motor

Single neuron adaptive PID control of the stabilizing circuits for inertia platform

Application and Simulation on Fuzzy PID control in Water-turbine Generator Velocity Modulation System

Application of fuzzy-PID control algorithm in bed temperature control of circulating fluidized bed boiler

The Application of Integral Apart Fuzzy PID Control in the Central Air-conditioning's Temperature and Humidity Control

Comparison Study of LQR and PID Control on a Single Inverted Pendulum

Application of Elongation Intelligent PID Control System in Aluminum Strip Tension Leveler

Application of model predictive fuzzy self-tuning PID control system for temperature regulation

Adopting Digital Filtering and Dynamic Compensation Technologies in PID Control

Study on Application of Auto Code Generation Technology on PID Control Algorithm of High Pressure Common Rail System

Study on the Fuzzy-intelligent PID Control for Condensing Procedure of Chinese Traditional Medicine

The fuzzy parameter self regulating decides the PID control the application which corrects an error in the strip coiling to hit

Application of the Fuzzy-PID Control to the Roll Stabilized Loop of the Homing Gliding Missile

Simulation Research of Integral Separating PID Control in Temperature-Control System

Implementation of Dynamic Data Exchange in Fuzzy-PID Control System for Dissolved Oxygen Regulation

Fuzzy PID Control of Thermal Frequency-stabilizing Laser Light Source with Double-longitudinal Mode

Study on fuzzy-PID control of dissolved oxygen concentration in kanamycin fermentation process

Design of a kind of intelligent self- adjusting PID control system and application of stairstep singal

Research on Position Tracking of Pneumatic Rotary Actuator Position Servo-system Based Grey PID Control

Study of the Automotive Electric Power Steering System Based on PID Control Strategy

BP neural network-adjusting PID control and simulation for the water level in the nuclear steam generator

Simulation of PID Control and Fuzzy Logic Control While Missile Parameters Change in Big Scope

Research for the fuzzy-immune-PID control of the electro-hydraulic servo system

Neuron-Based Fuzzy Self-Adaptation PID Control and its Application

PID Control of the Pressure Reduction by Expander in High - pressure Pneumatic System

Study on the Intelligent-Switch Fuzzy-PID Control for the Fuel Injection Pressure of Diesel Engines

Single Neuron Adaptive PID Control of Variable Frequency Pump-control-motor Speed Governing System

Developing of a Laser Beam Alignment System Based on Parameters Self-adaptive PID Control Algorithm

Application of Walking Reheat Furnace Controlled by PID Control System and Minimum Beat Control System

The Research on Fuzzy Self-adjusting PID Control of Airborne Electro-optical Pointing and Tracking Systems

PID Control of Constant Palstance of a Combine Cylinder

Implementation of the Adjustable Parameter Fuzzy PID Control

Fuzzy Adaptive PID Control for an Unmanned Helicopter Engine

The Application of the Fuzzy Immune PID Control in the Temperature Control System of the Resistance-heated Furnace

Application of grey prediction-based immune PID control to main steam temperature control systems

Study on neural network PID control for micro-displacement stage of Scanning Tunneling Microscope

Feedforward Compensation and Fuzzy-PID Control for Frequency of Natural Gas Engine Generating Set

Research and Application of an Improved PID Control Algorithm

Predictive PID Control Simulation for a Class of MIMO Systems

The Research on Fuzzy Self-adjusting PID Control of Electro-hydraulic Speed Governor System for Diesel Engine

An Application of Fuzzy Neural Adaptive PID Control in a Tobacco Leaf Re-Baking System

Research on Neural Network PID Control with Application to Heavy-duty Wheeled Vehicle Steering System

Digital style temperature PID control, can control the temperature within ±

Robust PID Control of Vehicle Suspension with Nonlinear Electro-hydraulic Actuator

PID control Automatic tuning Expert control Multivariable system;

A kind ofnonlinear PID control algorithm and its application to the liquid level control of a glass furnace

Comparison and Improvement of the PID-control Algorithm and the Fuzzy Control Algorithm

The Neural Network Non-linear PID Control of the Rocket Launcher Hydraulic Servo System

Fuzzy Self-adjusting PID Control Applied to Cascade Control System

Single neuron fuzzy PID control application in photoelectric tracking system

Application of fuzzy neural network PID control in metallurgical valve position control system of industrial stove

Application of Fuzzy PID Control with the Single Parameter for Plastic Extrusion Machine

Application of Fuzzy PID Control Algorithm in Beer Fermentation Monitoring System

Research of Fuzzy Self-adaptive PID Control of Residential Photovoltaic Inverter Power

Fuzzy auto tuning PID control strategy for the test system of the mobile dynamometer vehicle

Direction Control of Automated Wheel Vehicle Using Fuzzy Neural Network Model and GA PID Control Method

A Human Simulation Intelligent PID Control Algorithm for Non-Linear Time-Variant Systems with Delay

The two-degree-of-freedom PID control with variable control structure in servo system

RBF ANN Nonlinear Prediction Model Based Adaptive PID Control of Switched Reluctance Motor

Nonlinear PID Control and Application on the Missile Longitudinal Flight Control

Three dimensions fuzzy PID control in electro-hydraulic position servo control system

Simulation study on neural PID control of variable-frequency air conditioning systems

The Application of Fuzzy-PID Control to Temperature Control of Nicotinic Acid Agitated Reactor

Application of Adaptive Predictive PID Control to Ideal Internal Thermally Coupled Distillation Columns

Application of Integral Separated PID Control in Antiaircraft Missile

Adaptive Neural Network PID Control for an Aeroengine

Application of the Fuzzy Self-Tuning PID Control Technique to the Control System of Looper of Wire-rod Mill

Application of the fuzzy-PID control in industrial boiler control system

PID Control for Piezoelectric Ceramic Micro-displacement System

Study of Fuzzy-PID Control Servo System in Airborne Radar

The Application of the Visual Instrument Technology in the PID Control System

Adaptive Nonlinear PID Control and Rule-Based Compensation for Systems with Backlash

Application of Fuzzy PID Control for Pneumatic Rotary Cylinder Position Servo System

Application of Single Neuron Adaptive PID Control in Pneumatic Pressure Servo System

Chaos Optimization Strategy on Fuzzy-immune-PID Control of Turbine Regulating System

Application of fuzzy PID control with genetic algorithm in jigger discharging system