pid controller

Extremely useful from anti- harasses the pid controller procedure. Does the control to be allowed to have a look.

The simulation indicates that this controllers quality is better than general PID controller in aspect .

Secondly, the author regulates system by using PID controller since the response for the system can't reach the design requirements.

The simulation results show that fuzzy adaptive PID controller is better than PID controller in the system controlling.

The simulation results demonstrate that the control performance of the NOIC is better than that of the conventional PID controller.

The total design plan of the system is shown based on the design request. The PID controller based on FPGA is designed.

This PID controller is much better than the traditional one either in overshoot or time of stabilization.

By contrast the system output curves, it shows that the Fuzzy-PI controller's output performance obviously surpasses the PID controller's.

A standard PID controller and a variable parameter PID controller are designed for the linearization model.

However, the PID controller is still an integral part of the basic control unit in process control.

The experimental results show that the effectiveness of the improving PID controller with changing integration rate is satisfactory.

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

comparing with the others improved sn - pid controller , it has the advantages of simplicity , stableness and versatility.

The system Eigen-parameters under high temperature and design method of self- adapting fuzzy PID controller are analyzed.

Based on this model, a PID controller and a disturbance observer are designed using numerical calculation method.

At last, we test the superior dynamic and steady-state control performance of the fuzzy PID controller through the MATLAB simulation.

at last the practicality and validity of neural network PID controller is proved by the experiment that the water temperature is controlled.

Therefore, the PID controller has three parameters, that must be tuned to obtain satisfactory control.

By utilizing rational approximation, a PID controller was designed for a class of unstable process with time delay.

The test results show that the Repetitive Controller is better than the Enhanced PID Controller.

At last, we tune the system's PID controller parameter using immune genetic algorithm and analyzes the results.

And PID controller had been applied to the actual system to debug.

It shows that the fuzzy-PID controller can achieve fine dynamic responsibility and good stability of controlling dissolved oxygen.

A kind of two mode Fuzzy-PID controller was designed in this paper, with a way to avoid disturbance when control mode converses .

Analysis of steady-state small oscillation is introduced, as well as principle and functions of fuzzy PID controller.

Experimental results show that the Fuzzy-PID controller can control the flexible pneumatic spherical joint exactly in real-time.

In control algorithm, the intelligent controller which includes fuzzy controller and PID controller was designed in this dissertation.

Due to its simplicity, utility and easy application, PID controller is used largely in classical automation systems.

Two issues including signal noise and time-varying industrial process characteristics put forward a challenge for usual PID controller.

So if system asked for better control performance, a more advanced algorithm is needed to design PID controller.

Likewise the PID controller automatically increases the amount of the gas flowing to the heater.

A synthesized control scheme between PID controller and repetitive controller in serial topology structure is presented.

PID controller is designed by using Taguchi techniques to reduce the noises which influence the output of the piezoresistive sensor.

Through the PID controller to integrated the control system correction was correction works method.

A mixed fuzzy PID controller is designed for the position servo system of an aerial visible and infrared camera.

The combination of fuzzy controller and PID controller has certain practical values in the application of liquid-level control system.

At present, the PID controller is widely used in thermal processes control in power plants.

Analyzing this problem, put forward new control means--adopting computer truck and branch display system and PID controller.

This controller approximates to a classical linear PID controller when the attitude error is small.

Compared with conventional PID controller, fuzzy PID controller has better running performance.

The linear PID controller may not perform well in the case where nonlinear hysteresis is found in the piezoelectric actuator.

The results show that the PID controller can achieve the good control effect after optimizing parameters by using intelligent algorithms.

The simulation results are proved that the PID controller based on repetitive control is effective to the motion control of the tool holder.

For contrast, the full process for the classical PID controller design and the parameter determination was given.

A fractional order PID controller design method is proposed for the fractional order system model in this paper.

According to system's real responding situation, fuzzy reasoning and decision are used to regulate PID controller's parameters on-line.

This paper designed an intuitive software interface that contains a variety of tuning method of PID controller.

The Cross-PID controller is designed and its simulation is investigated.

For flight motion simulator system, a fuzzy-PID controller based optimal frizzy reasoning method was adopted.

The conventional PID controller and the self-tuning fuzzy PID controller based on disturbance observer had been built up.

Verb PID controller is a production of the application of computational verb theory.

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

The paper presents a method of PID controller's design that satisfying the conditions of transient index and stability index .

PID controller is one kind of the ideal process controllers.

The study also implies that PID controller can be used as a substitute for the fuzzy based controller once the desired motion is prescribed.

Research and Application on a Coalesce Intelligent PID Controller.

Based on convex combination, a design method for nonlinear PID controller is proposed and its parameters are analyzed.

According to the non-linear mapping relations between PID controller each control variable and error, design non-linear PID controller.

Professor Han in Chinese Academy of Sciences has put forward a new kind of nonlinear PID controller.

This PID controller implementation may lead to an undesirable phenomenon, namely the derivative kick.

V and PID controller. In this paper, the design schematics, arrangement and structure of hardware, software programming ect. are discussed.

The PID controller resulted in the most accurate movement tracking after fine tuning the control gains.

An adaptive fuzzy PID controller based on variable universe is applied to the excitation system of synchronous generator.

In the actual hydraulic servo control system , it is widely adopted PID controller to improve its performance.

A new neuron variable structural PID controller is presented for nonlinear plants.

A PID controller design method based on probabilistic robustness was presented for thermal process with varied parameters.

Hence, the new method from IMC controller to IMC-PID controller based on the theory of identical step response is proposed.

In chapter 2, we analyse the the weakness of traditional PID controller and the over reliance of Smith predictive control on the model.

A direct peak DC-link Boost voltage fuzzy PID controller in Z-source inverter is proposed.

Thirdly, give a new parameter adaptation for the numeric PID controller.

The results show that PID controller based on the disturbance observer can effectively suppress wind load disturbance.

Based on the above experiments, fingertip force feedback closed-loop experiments with PID controller are studied.

The traditional linear constant parameter PID controller is very difficult to achieve the satisfying results.

ADRC using nonlinear control strategy is superior to the traditional PID controller.

The design methods of inner loop PD controller based on pole-assignment and external loop IMC-PID controller are discussed in detail.

Robust PID controller was of great significance for enhancing the endurance of PID controller to uncertainty, which was robustness.

GAs based self optimizing PID controller is developed .

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

Because the flexible arm is a nonlinear and strong coupling dynamic system, the method of fuzzy self-tuning PID controller is proposed.

Aimed at these problems, the paper put forward a control strategy, which is fuzzy self-tuned PID controller.

A fuzzy PID controllers are physically related to classical PID controller.

Fuzzy logic controller is based on PID controller, and control action is implemented by classical PID.

Controlling steady-state small oscillation based on fuzzy PID controller.

Then in order to obtain better control performance, the parameters of PI or PID controller are gradually optimized.

The software achieves the variable parameters fuzzy PID controller in order to control the trigger angle of thyristor.

In the same time, a new time- domain performance criterion function is proposed for estimating the performance Of the QDPSO-PID controller.

Fuzzy predictive PID controller based on output-error.

By using the property of chaos ergodicity, a PID controller based on chaos optimization was designed.

On the other hand, a PID controller for the EPS was also designed to improve steering performance.

The new one not only have agility and good robustness of blur control but also possess high precision of PID controller.

The new one not only have agility and good robustness of blur control but also possess high precision of PID controller.

In order to overcome these disadvantages, it is necessary to study Robust Incomplete Differential PID controller.

Trajectory Tracking Control of Two Cooperative Manipulators Through the Combination of Neural Network and PID Controller

Optimization design of new intelligence PID controller for the ship's course

Study of Fuzzy Immune PID Controller for the Electric-hydraulic Servo System in Rocket Destroying Obstacles Weapon

Optimal Fuzzy PID Controller with Incomplete Derivation and Its Simulation Research on Application of Intelligent Artificial Legs

Application of a Fuzzy PID Controller Using a Neural Network in a Direct Torque Control System

A method to determine the admissible set of PID controller parameters with robust performance

The design of a model reference fuzzy adaptive PID controller for the hydraulic servo position system

Design of a Robust PID Controller for First-order Plus Dead Time Processes with Parametric Uncertainties

Simulation of a Variable Parament PID Controller for Hybrid Magnetic Levitation Ball System

Study of a Improved Neuron Adaptive PID Controller

Application research of a parameter self-adaptive fuzzy PID controller for constant pressure watersupplying system

The design of a PID controller based on chaos optimization in an electric boiler temperature control system

The Fuzzy PID Controller Design Used in a Temperature Controlling System

Fuzzy PID Controller Design for a Permanent Magnet Linear Synchronous Motor Feeding System

Study On Optimization of a New Fuzzy PID Controller and Its Simulation

Design of a Fuzzy PID Controller Employed Multilevel Mind Evolution Algorithm

Proportional Integral-Differential Controller with Single-Neuron PID Controller for Speed Tracking Control of Induction Motor

Study of the Tension PID Controller's Parameters Auto-turn for Winding Machine

Design of ant algorithm-based optimal PID controller and its application to intelligent artificial leg

Study of ship boiler fuzzy immune self-adapting PID controller with system simulation

Design and Simulation for a PID Controller Improved by Numerical Optimization

Design of Parameter Fuzzy Self- adjusting PID Controller of the Control System for Ocean Cobalt-Rich Crusts Exploitation

Complexity Reduced Fuzzy Auto-tuning PID Controller Application in the Main Steam Temperature Control System

The Application of Intelligent PID Controller in a Humid-heat Testing Trunk Temperature Control System

Study of Fuzzy PID Controller for Industrial Steam Turbine Governing System

Research on the Application of the Intelligent PID Controller to Photoelectric Theodolite System

The Distribution Population-based Genetic Algorithm for Parameter Optimization PID Controller

Design and Application of Non-linear PID Controller for the Vibration Position Ring of Continuos Casting Crystallizer

The improvement of a compound fuzzy intellectual PID controller

Simulating-Human Intelligent PID Controller and Its Application

Application of Composite PID Controller in Asymmetric Cylinder Electrohydraulic Servo System

Design and Simulation of a Fuzzy-Immune PID Controller with Parameter Tuning

Self-adaptive Fuzzy-PID Controller of Hydro-turbine Regulating System and its Simulation

Design and simulation study of fuzzy parameter self-tuning PID controller

Application of an Intelligent PID Controller in Beryllium-bronze Heat Treatment

Improving Magnetic Bearing Control Performance by Applying the PID Controller with Changing Integration Rate

PID Controller with Neural Nets Optimizing Parameters and Its Stimulation

The apply of a PID controller of self- turing parameter in carburizing furnaces

Application of PID Controller Using Reformed Single Neuron in Asymmetric Cylinder Electro-hydraulic Servo System

Fuzzy PID Controller and Its Application in the Stock-Proportion of Consistency Control

The Application of Fuzzy-PID Controller Combination in Electro-hydraulic Servo System for Injection Molding Machines

Study of asymmetric fuzzy PID controller for Two - quality servo system

Computer Aided Optimization on the Parameters of a PID Controller

PID controller parameters optimization for the main steam temperature system based on improved particle swarm optimization

Study on Intelligent PID Controller of Thermocouple Checkout Stove Temperature Programmed

Application of a PID Controller to the Active Control Landing Gear

Using Fuzzy and Neural Network in form of series to Design PID Controller

Application of Neural Network PID Controller to the Constant Temperature Air Conditioning System in Tall and Big Space

X-Q Adaptive PID Controller and Its Application to Multiobjective Control System with Satisfied Performance

Design of a Fuzzy PID Controller with on-Line Multi-Linear Interpolation

Interpolation Algorithm and Parameter Optimization of Typical Fuzzy PID Controller

Expert type intelligence from installation PID controller research and realization

A study of two-mass servo control system based on a fuzzy self-tuning PID controller

A Digital Fuzzy-PID Controller Developed for Control of the Gas Pressure in Gas Assisted Injection Molding

Auto-tuning Fuzzy PID Controller and Its Application in Torque Rheometer System

The Designing Method of an Expert PID Controller for the Discontinuity System

proportional plus integral plus derivative controller; PID controller

Application of self-adaptive single-neuron PID controller in superheated steam temperature control

Parameter Self-tuning Fuzzy PID Controller's Application in Automatic Regulating Excitation System

Characteristic Model Based Intelligent PID Controller for Attitude Control of Unmanned Air Vehicle

An application of a new class of nonlinear PID controller on synchrodrive

Design and Simulation of a Fuzzy Tuning PID Controller with S-functions

Design and Research in Simulation of a Fuzzy Self-tuning PID Controller

PID Controller Modulated with Ziegler-Nichols Theorem Reconstructs the Control System of Centrifugal Pipes Casting Machine

Intelligent optimization design of PID controller for integrating processes

The application of fuzzy adaptive PID controller in the molybdenum wire constant tension control of wire-cutting machine

Improvement Method for IMC-PID Controller Parameter and Its Application to Regulator of Watertubine

Design and Application of a Fuzzy Adaptive PID Controller

Simple Introduction of a Fuzzy Self-tuning PID Controller

The Application of BP Neural Network Based PID Controller in Superheated Steam Temperature Control System

Self-adaptive Adjusting of Fuzzy-PID Controller and Its Simulation Study

Survey on chaos optimization algorithm applied to PID controller

The application of neural network adaptive PID controller in high precision air-conditioning control

Bandwidth analysis of main-steam temperature PID controller parameters in fossil-fired power station

Two-stage Active Vibration Isolation Mounting System with Single Neural Adaptive PID Controller

Study on Membership Function Self-Modify Technique and Application of PID Controller Parameters

Receding Horizon Optimization Approach to PID Controller Parameters Auto-tuning

A chaos optimization design for the fuzzy normalization of PID controller parameters

On the application of fuzzy adaptive PID controller in the dynamic positioning for manned submersible vehicle

The Design and Simulation of Fuzzy PID Controller with Parameter Adjustment for Polymerizing-kettle

Application of PID Controller Using Reformed Single Neuron in Dexterous Robotic Hand Actuation

The Parameters Tuning of the Digital PID Controller Based on an Improved Genetic Algorithm

Computer Simulation of the Digital PID Controller with Proportion in Advance

Fuzzy Self-tuning PID Controller with the Nonlinear Tracking Differentiator

Application of a Fuzzy PID Controller in Oil Cooler Testing

Using Ant Colony Optimization Algorithm to Optimize PID Controller Parameters

Study and Design of a Self-tuning Method of Parameters of PID Controller

Design of a self-adaptive fuzzy PID controller with Matlab

The Application of PSD Algorithm Based Single Neuron PID Controller in Steam Temperature Control

An Adaptive Neuron PID Controller with Optimal Prediction for Unknown Time-varying Delay Systems

Application of BP Neural Network PID Controller in Pneumatic Control of Lubricating Oil Pressure

A Adaptive Neural Network Fuzzy PID Controller for the Dexterous Finger Force Control

Research and Application of fuzzy self-tuning PID controller in the Reheat Temperature Control System

A Digital PID Controller of Self-Turning Parameter Using Recursive Identification

Parameter Self-tuning Fuzzy PID Controller's Application In Temperature Control system

IMC Based Self-tuning PID Controller and Its Application in Noncircular Pinhole Machining

Simulated Application of Fuzzy PID Controller to Temperature Control System of Injection Molding Machine

The Application of Fuzzy Self-adjusted PID Controller in the Imitation Vibration-platform System

Simulation study on the neutral network PID controller for time-variable nonlinear objects

A New Kind of Intelligence-Nonlinear-PID Controller with Excellent Performance

Multi-objective satisfactory PID controller via a graphical approach in the parameter space

A Kind of Fuzzy Variable-coefficient PID Controller and Its Application in Hydraulic Turbine Speed Governor

Self-adaptive Tuning of Fuzzy PID Controller and Its Simulation

Design and Application of Virtual Fuzzy PID Controller for Parameters Adaptation

Rate Based Congestion Control Method Using Single Neural Adaptive PID Controller

Generalized Predictive Self-tuning PID Controller for Non- minimum Phase Systems

Application of Genetic Tuning Based Fuzzy Immune PID Controller in Liquid-level Control System

The Design of Nonlinear PID Controller Basis of Secondary Regulation Energy-saving System

The Application Simulation of Single Neuron Self-Adaptive PID Controller in Towed Systems

The Research on the Application of Fuzzy-PID Controller in Switching Power Charger Control System

Closed-Loop Optimum Design Method for PID Controller of Excitation System in Large-Scale Power System

Application of Specialist Adaptive PID Controller in Cloth Feeding Tension

Application of Adaptive Fuzzy PID Controller in Induction Motor Experiment

Application of PID Controller for Improved Neural Network Self-Recognition

Application of PID controller on simulation machine of thermal power generation unit

The Application of Fuzzy-PID Controller in the Temperature Control of Superheated Steam in Power Plant

The Application of PID Controller with On-line Fuzzy Self-turning in temperature control of Fire Furnace

Design and Simulation of Fuzzy Parameter Self-adjusting PID Controller of Fin Stabilizer

A new intelligent PID controller in application to marine generator voltage control system

Design for the Self- adjusting PID Controller with the Method of Decreased Order Model

Design and Implementation of DSP Based PID Controller in Tension Control of Wire Drawing Machine

The Application of Positive Feedback Digital PID Controller in Air Pressure Control

Fuzzy PID Controller Design for Large Airspace Maneuvering Cruise Missile

Fuzzy self-adjusting PID controller for affixture machine tension control

The Application of Fuzzy-PID Controller on Hydraulic Universal Testing Machine

Design of a Improved RS-based Neural PID Controller

Using Genetic Algorithms to Optimize PID Controller Parameters

Application of neural network PID controller to the calibration shop of oilfield

The implementation of fuzzy PID controller with self-tuning in the AC servo system of numerically controlled machine tools

A Self-modified Fuzzy-PID Controller of Pneumatic Muscle Actuator Position Servo System

The Neuron PID Controller and Its Application Based on Integral Separation Control Algorithm

Application of Neural network PID Controller in Constant Temperature and Constant Liquidlevel System

The Application of Intelligent PID Controller in Industrial Objects

Application of adaptive genetic algorithms in PID controller design

The Research of Intelligent PID Controller and Application in Pressure on COG of Bar Heating-stove

Self-tuning Method of Multivariable PID Controller for Coordinate Control System

Study on Neural Network Based PID Controller for Aircraft Directional Control

Design and simulation of fuzzy immune self-adaptation PID controller of fin stabilizer

Normalization PID controller based on chaos optimization and its application

Intelligent PID Controller Based on Pattern Recognition and its Application in Delay System

The synchronization control of a multi-motor based on a fuzzy PID controller

Optimal Robust Design for a Fuzzy PID Controller

Design and Simulation of PID Controller in Temperature Control System of Gas Nitriding Electric-Furnace

Design and Simulation of Fuzzy Self-adaptive PID-controller in Temperature System

Research and Simulation of Fuzzy PID Controller for Automotives Engine Bench Test

Nonlinear PID Controller for Hydraulic Turbine Governor

Application of Expert PID Controller in Electrical Haulage Shearer

Application of PID Controller for the Liquid Level Control in Tank of Press Filter

A Design Method Based on Particle Swarm Optimization for PID Controller of a Servo System

Research on Adaptive PID Controller of Single Neuron for HVDC Power Transmission

Robust Self-Tuning Study of PID Controller

Application of Neural Network PID Controller to the Hydraulic Loading System of Bearing Tester

A Variable Parameter PID Controller for the Magnetic Bearings

Simulation and Research on Fuzzy-PID Controller with Parameters Self-tuning in Motor Mod

Development of communication-based control system with intelligent tuning of PID controller

Design and simulation of PID-controller with fuzzy self-adjusting parameter

A Particle Swarm Optimization Approach for Optimum Design of PID Controller

Research on Adaptive-fuzzy-PID Controller for Temperature Control