We present formulas for the construction of optimal H∞ controllers that can be implemented in a numerically robust way. We base the formulas on the γ-iteration developed in [6]. The controller formulas proposed here avoid the solution of algebraic Riccati equations with their problematic matrix inverses and matrix products. They are also applicable in the neighborhood of the optimal γ, where the classical formulas may call for the inverse of singular or ill-conditioned matrices. The advantages of the new formulas are demonstrated by several numerical examples
We present a new numerical method for the γ-iteration in robust control based on the extended matrix...
This paper studies certain inverse problems in the optimal frequency-domain syn-thesis of robust con...
[[abstract]]This paper presents an approach to refine H∞-optimal controller for the 4-block H∞ contr...
AbstractWe present a numerical method for the solution of the optimal H∞ control problem based on th...
The problem is considered of bounding the H∞-norm of the transfer functio Ty1u1 relating the output ...
[[abstract]]All optimal solutions of the 2-block H∞ control problem are parametrized by the alternat...
Although optimal feedback controller design based on H∞ or H2 criteria [1] has already proven its po...
This research addresses passive fault-tolerant control problems for linear uncertain systems via rel...
The receding-horizon (RH) methodology is extended to the design of a robust controller of H∞ type fo...
Simple state-space formulas are derived for all controllers solving the following standard H∞ proble...
Projet META2The state-space formulas for the usual H central controller become singular when approac...
This paper describes an approach to the reduction of controllers for the normalized coprime factor r...
We present Fortran 77 subroutines intended for state-space design of H1 (sub)optimal controllers and...
Despite much progress in the robust control area, the robust performance problem in the face of plan...
[[abstract]]An algorithm is presented to obtain the diagonalizing matrix pair for the H∞-optimal con...
We present a new numerical method for the γ-iteration in robust control based on the extended matrix...
This paper studies certain inverse problems in the optimal frequency-domain syn-thesis of robust con...
[[abstract]]This paper presents an approach to refine H∞-optimal controller for the 4-block H∞ contr...
AbstractWe present a numerical method for the solution of the optimal H∞ control problem based on th...
The problem is considered of bounding the H∞-norm of the transfer functio Ty1u1 relating the output ...
[[abstract]]All optimal solutions of the 2-block H∞ control problem are parametrized by the alternat...
Although optimal feedback controller design based on H∞ or H2 criteria [1] has already proven its po...
This research addresses passive fault-tolerant control problems for linear uncertain systems via rel...
The receding-horizon (RH) methodology is extended to the design of a robust controller of H∞ type fo...
Simple state-space formulas are derived for all controllers solving the following standard H∞ proble...
Projet META2The state-space formulas for the usual H central controller become singular when approac...
This paper describes an approach to the reduction of controllers for the normalized coprime factor r...
We present Fortran 77 subroutines intended for state-space design of H1 (sub)optimal controllers and...
Despite much progress in the robust control area, the robust performance problem in the face of plan...
[[abstract]]An algorithm is presented to obtain the diagonalizing matrix pair for the H∞-optimal con...
We present a new numerical method for the γ-iteration in robust control based on the extended matrix...
This paper studies certain inverse problems in the optimal frequency-domain syn-thesis of robust con...
[[abstract]]This paper presents an approach to refine H∞-optimal controller for the 4-block H∞ contr...