On Anisotropy-Based Control Problem with Regional Pole Assignment for Descriptor Systems
In this paper, anisotropy-based control problem with
regional pole assignment for descriptor systems is investigated.
The purpose is to find a state-feedback control law, which guar-
antees desirable disturbance attenuation level from stochastic
input with unknown covariance to controllable output of the
closed-loop system, and ensures, that all finite eigenvalues of
the closed-loop system belong to the given region inside the
unit disk. The proposed control design procedure is based on
solving convex optimization problem with strict constraints. The
numerical effectiveness is illustrated by numerical example.