The approach of [5] for the solution of LQG/LTR by H∞, minimization of the recovery error is extended to H∞ output feedback design. It is shown that when the H∞ norm of a selected closed loop transfer function is restricted to be less than a positive real number γ and when that number may be taken arbitrarily large, the proposed method reduces to that of [5] given in the LQG/LTR context.SCOPUS: cp.pinfo:eu-repo/semantics/publishe
Communication channels impose a number of obstacles to feedback control, such as delay, noise, and c...
The problem of tightly bounding and shaping the frequency responses of two objective functions Ti(s)...
Simple state-space formulas are derived for all controllers solving the following standard H∞ proble...
Abstract: Iterative Feedback Tuning (IFT) is a data-based method for the tuning of restricted-comple...
computations associated with the LQG/LTR method in both the time-domain and the frequency-domain. On...
A general and concise formulation is given of the loop transfer recovery (LTR) design problem based ...
The difficult problem of robust stabilization and performance of dynamic systems under structured un...
This paper considers the design of loop transfer recovery (LTR) controller for sampled-data systems....
The aim of this paper is to propose a new method for the optimal "H_∞ norm" computation of time-vary...
International audienceIn this paper, a fixed order H ∞ synthesis is used to directly shape the open ...
The problem is considered of bounding the H∞-norm of the transfer functio Ty1u1 relating the output ...
The deficiency of the widely used LQG method is that it depends heavily on the precision of plant pa...
Abstract. This paper shows the possibility of including weighting functions in H∞/LTR design to impr...
Communication channels impose a number of obstacles to feedback control, such as delay, noise, and c...
Recently, many important results have been established for solving the following problem in linear s...
Communication channels impose a number of obstacles to feedback control, such as delay, noise, and c...
The problem of tightly bounding and shaping the frequency responses of two objective functions Ti(s)...
Simple state-space formulas are derived for all controllers solving the following standard H∞ proble...
Abstract: Iterative Feedback Tuning (IFT) is a data-based method for the tuning of restricted-comple...
computations associated with the LQG/LTR method in both the time-domain and the frequency-domain. On...
A general and concise formulation is given of the loop transfer recovery (LTR) design problem based ...
The difficult problem of robust stabilization and performance of dynamic systems under structured un...
This paper considers the design of loop transfer recovery (LTR) controller for sampled-data systems....
The aim of this paper is to propose a new method for the optimal "H_∞ norm" computation of time-vary...
International audienceIn this paper, a fixed order H ∞ synthesis is used to directly shape the open ...
The problem is considered of bounding the H∞-norm of the transfer functio Ty1u1 relating the output ...
The deficiency of the widely used LQG method is that it depends heavily on the precision of plant pa...
Abstract. This paper shows the possibility of including weighting functions in H∞/LTR design to impr...
Communication channels impose a number of obstacles to feedback control, such as delay, noise, and c...
Recently, many important results have been established for solving the following problem in linear s...
Communication channels impose a number of obstacles to feedback control, such as delay, noise, and c...
The problem of tightly bounding and shaping the frequency responses of two objective functions Ti(s)...
Simple state-space formulas are derived for all controllers solving the following standard H∞ proble...