The characteristics and shortcomings of traditional time delay compensation method were clarified,and the time delay in wind-induced vibration control system of spatial latticed structure was compensated with combination of neural network technique and other compensation methods.

The phase shift method for time delay compensation is described and studied numerically for magnetorheological fluid damper(MRFD) systems as well as actively controlled systems under different conditions.

An improved neural network time delay compensation method for the wind-induced vibration control of spatial latticed structures was developed,based on the neural network strategy and state predictive compensation technique.

Modal control and time-delay compensation of linear systems;

A multiple-step prediction compensation method based on discrete state feedback networked controlled system model and the corresponding realizations of time-delay compensation by setting up buffers in the actuator are put forward in this paper.

A time-delay compensation design for dynamic matrix control (DMC) is presented for the difficulty of controlling large-time-delay object and the application of advanced control algorithm.

A numerical example of real-time substructure testing with delay compensation shows that the accuracy and the convergence speed of the delay estimation method and the effect of delay compensation are rather satisfactory.

A self-learning neural network time lag compensation and fuzzy control approach to the controlled uncertain objects with time lag is presented in this paper.