Self-tuning control of linear systems followed by deadzones
Santrauka
The aim of the present paper i s to increase the efficiency of self-tuning generalized minimum variance (GMV) control of linear time-invariant (LTI) systems followed by deadzone nonline arities. An approach, based on reordering of observations to be processed for the reconstruction of an unknown internal signal that acts between LTI system and a static nonlinear block of the closed-loop Wiener system, has been developed. The results of GM V self-tuning control of the second order LTI system with an ordinary deadzone are given.