Robust stabilization using LMI techniques of neutral time-delay systems subject to input saturation
N El Fezazi, F El Haoussi, EH Tissir… - Journal of Physics …, 2017 - iopscience.iop.org
N El Fezazi, F El Haoussi, EH Tissir, T Alvarez, F Tadeo
Journal of Physics: Conference Series, 2017•iopscience.iop.orgThe robust stabilization of uncertain saturated neutral systems with state delay is solved in
this paper: based on a free weighting matrix approach, sufficient conditions are obtained via
an LMI formulation. From these conditions, state feedback gains that ensure stability for the
largest set of admissible initial conditions can be calculated solving optimization problems
with LMI constraints. Some applications of this methodology to feedback control are then
presented and compared with previous results in the literature.
this paper: based on a free weighting matrix approach, sufficient conditions are obtained via
an LMI formulation. From these conditions, state feedback gains that ensure stability for the
largest set of admissible initial conditions can be calculated solving optimization problems
with LMI constraints. Some applications of this methodology to feedback control are then
presented and compared with previous results in the literature.
Abstract
The robust stabilization of uncertain saturated neutral systems with state delay is solved in this paper: based on a free weighting matrix approach, sufficient conditions are obtained via an LMI formulation. From these conditions, state feedback gains that ensure stability for the largest set of admissible initial conditions can be calculated solving optimization problems with LMI constraints. Some applications of this methodology to feedback control are then presented and compared with previous results in the literature.
iopscience.iop.org
以上显示的是最相近的搜索结果。 查看全部搜索结果