Performance and robust stability trade-off in minimax LQG control of vibrations in flexible structures
A Montazeri, J Poshtan, A Choobdar - Engineering Structures, 2009 - Elsevier
An optimal robust Minimax LQG control of vibration of a flexible beam is studied in this
paper. The first six modes of the beam in the frequency range of 0–800 Hz are selected for …
paper. The first six modes of the beam in the frequency range of 0–800 Hz are selected for …
Identification of a stable model for a flexible plate using frequency domain subspace methods
Abstract having a suitable model is one of the most important steps in active noise and
vibration control systems. There are many applications in which the derived numerical …
vibration control systems. There are many applications in which the derived numerical …
Minimax-LQG control of a flexible plate using frequency domain subspace identified models
In this paper identification and optimal robust Minimax-LQG control design are studied for
active vibration control of a flexible plate. Two frequency domain subspace methods …
active vibration control of a flexible plate. Two frequency domain subspace methods …