output feedback controller

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

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

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

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

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

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.

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

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

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

Output Feedback Controller Design of Induction Motor

Output Feedback Controller Design for Fuzzy Systems with Time-delay

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