feedback controller

The proposed controller is composed of a tuning controller before the reference input and a state feedback controller.

The gain matrices of the output feedback controller are also constructed by means of the method of matrix decomposition.

It was proved that the design of the observer and the state feedback controller of the augmented system satisfied separation principle.

The feedback controller and prefilter were designed using QFT, which make up of the control system of a certain flight simulator.

Secondly, a strictly dissipative state feedback controller design is considered for a class of uncertain neutral systems with time-delay.

This thesis proposes a state feedback controller design for linear discrete systems with delayed controls.

A nonlinear feedback controller was designed for a four-dimensional hyper chaotic LC oscillator system.

In the multi-objective control framework, the feedback controller can be designed by solving an LMI optimization problem.

A new adaptive output-feedback controller is proposed for a class of linearly parameterized nonlinear systems with bounded disturbances.

Then, based on the predicted state, a state feedback controller is designed which poles are located in a given circle.

In this paper a tailless aircraft was used as a model. Its dynamics was derived and the state-feedback controller was designed.

Firstly, the condition for the existence of the output feedback controller is derived by using the receding optimization.

A recursive procedure for designing the feedback controller with multi input for nearly defective systems was presented .

A method of controlling chaos by employing a delayed feedback controller is developed to guide chaotic motions towards regular motions.

This paper addresses the problem of designing a feedback controller stabilizing discrete linear repetitive processes with time-delay.

Can improve reliability of the feedback controller by reducing the deviation from set point.

Dynamic output feedback controller is thus designed by solving LMI (linear matrix inequality).

The results of simulation show that the design of fuzzy state feedback controller is effective.

It is proved that the out put feedback controller can achieve the tracking performance of maximum minimum problem.

The state switching technique and back-stepping approach is used to design the output feedback controller.

Meanwhile, the design method of the memory state feedback controller is proposed.

The concrete design of state feedback controller and output feedback controller is given.

A high gain observer is employed to obtain the estimation of states and then output feedback controller is constructed.

The second scheme uses BP neural network as forward controller and PID as feedback controller to realize parallel control.

Designed state feedback controller with gain is also interval matrix.

The equilibrium stability is analyzed and the feedback controller is designed for the speed control system of PMSM.

At the same time, an angle feedback controller is designed to make the angle damp out.

Robust adaptive output-feedback controller design and analysis of a class of uncertain nonlinear systems

Robust Adaptive State-Feedback Controller Design and Analysis of a Class of Uncertain Nonlinear Systems

The Estimation of the Robust Stabilizing Bound for the State Feedback Controller

Feedforward-Feedback Controller for External Carbon Dosing of Pre-denitrification Process

Design and Simulation of Filtered Output Feedback Controller for Electro-hydraulic Active Suspension

An Optimization Approach to Feedback Controller and Robust Fault Detection Filter Integrated Design

Stability Analysis of Networked Control Systems with Dynamical Feedback Controller

Restriction and Aggregation Approach to the Feedback Controller Order Reduction

Observer-based Output Feedback Controller Design for Delta-operator Formulated Fuzzy Systems

Optimal Simultaneous Stabilization of Multi-Model Systems by State Feedback Controller

A Nonlinear Feedback Controller for the HVDC System with the Inverse System Method

State Feedback Controller Design for Large-scale Interconnect ed Systems with Time-delays

The Sensitivity Analysis for the loop Poles with State Feedback Controller

Design and stability analysis of state feedback controller for fuzzy time-delay systems

Multi-rate sampled output feedback controller and system stability

Dynamic output feedback controller designs on the dissipative for T-S fuzzy systems via LMI

The Design of PI States Feedback Controller for Magnetic Suspension System

Application of Net Reduction to Feedback Controller Design of Petri Nets

Output Feedback Controller Design of Induction Motor

Output Feedback Controller Design for Fuzzy Systems with Time-delay

A Survey of the Force Feedback Controller in Virtual Reality

An Improved Method to Design the State Feedback Controller

A Feedback Controller of Plasma Density in Tokamak System

Design of Optimal Observer and Optimal Feedback Controller Based on Differential Game Theory

Design of feedback controller for neutral linear systems based on observational state

Design of Feedback Controller for Neutral Linear Systems Based on New Type Observational State

Design of virtual force feedback controller based on network teleoperation

Design of output feedback controller with robust integrity based on LMI approach

Design of feedback controller based on BP network