A finite pole assignment approach and a sufficient and necessary condition of finite pole assignment for rectangular systems based on dynamic compensator are presented.

Neural network and dynamic compensator are introduced to improve the performance of the system.

According to the principle that output-feedback can be equivaleut to state-feedback,this paper proposes a kind of dyadic dynamic compensator by using dyadic decomposition for a multivariable system,the design of which can be performed by absorbing the advantages of both state space method and classic frequency method

Robust H_∞ fault-tolerant control for uncertain descriptor systems by dynamical compensators;

For the multi-variable dynamic system with linear, nonlinear and time-variant model uncertainties, we adopted dynamical compensator and augmented the system so that a closed approximate system was obtained.

Itis proved that any stable dynamical compensator of the ideal system always is a stable robust dynamical compensator with certain stable robust bound for linear uncertain system.

Decentralized control by low-order dynamic compensators for damping the low-frequency oscillations in power system was proposed in this paper.

According to external load uncertainty of 50MN water press for free forging, the mathematic model was founded, and the dynamic robust compensator integrating with PID control method was designed and applied to the mathematical model simulation.

The realization principle of a dynamic robust compensator is presented,and it is used to improve the low-speed tracking performance of tracking servo system.

The work principle and procedure of a dynamic voltage compensator were described.