This paper applies the proportional-integral (PI) observer in connection with loop transfer recovery (LTR) design for continuous-time systems. We show that a PI observer makes it possible to obtain time recovery, i.e., exact recovery for t-+-, under mild conditions. Based on an extension of the LQG/LTR method of proportional (P) observers, a systematic LTR design method is derived for the PI observer. Our recovery design method allows time recovery and frequency (normal) recovery to be done independently. Furthermore, we give explicit expressions for the recovery error when asymptotic recovery cannot be obtained. A design example demonstrates the advantages of time recovery in the nonminimum phase case. KEY WORDS loop transfer recovery; pro...
In this paper, the state estimation problem of linear continuous-time systems is dealt with by a non...
The paper settles two major liabilities and asymmetries of the theory of automatic control to the de...
This paper considers the design of loop transfer recovery (LTR) controller for sampled-data systems....
Two vmions of the discrete-time Pmportional Integral (PI)-observer iuc inuodu-ced. The observers are...
A general and concise formulation is given of the loop transfer recovery (LTR) design problem based ...
Abstract: This is a partial result about the loop transfer recovery (LTR) structure in frequency dom...
The authors consider the problem of loop-transfer recovery (LTR) using prediction estimators for squ...
For discrete-time non-minimum phase plants with feedback delays, we discuss two Loop Transfer Recove...
The purpose of this paper is to study what happens when the discrete-time loop transfer recovery (LT...
International audienceThe linear quadratic Gaussian-loop transfer recovery procedure is a classical ...
We show that stabilizing tracking proportional-integral (PI) controllers can be constructed for min...
This chapter initially reviews observer theory as it was developed over the past few decades. The st...
computations associated with the LQG/LTR method in both the time-domain and the frequency-domain. On...
Proportional integral observer (PIO) has the ability to estimate state variables and disturbances in...
The paper discusses the problem of stability of a proportional-integral Luenberger observer, designa...
In this paper, the state estimation problem of linear continuous-time systems is dealt with by a non...
The paper settles two major liabilities and asymmetries of the theory of automatic control to the de...
This paper considers the design of loop transfer recovery (LTR) controller for sampled-data systems....
Two vmions of the discrete-time Pmportional Integral (PI)-observer iuc inuodu-ced. The observers are...
A general and concise formulation is given of the loop transfer recovery (LTR) design problem based ...
Abstract: This is a partial result about the loop transfer recovery (LTR) structure in frequency dom...
The authors consider the problem of loop-transfer recovery (LTR) using prediction estimators for squ...
For discrete-time non-minimum phase plants with feedback delays, we discuss two Loop Transfer Recove...
The purpose of this paper is to study what happens when the discrete-time loop transfer recovery (LT...
International audienceThe linear quadratic Gaussian-loop transfer recovery procedure is a classical ...
We show that stabilizing tracking proportional-integral (PI) controllers can be constructed for min...
This chapter initially reviews observer theory as it was developed over the past few decades. The st...
computations associated with the LQG/LTR method in both the time-domain and the frequency-domain. On...
Proportional integral observer (PIO) has the ability to estimate state variables and disturbances in...
The paper discusses the problem of stability of a proportional-integral Luenberger observer, designa...
In this paper, the state estimation problem of linear continuous-time systems is dealt with by a non...
The paper settles two major liabilities and asymmetries of the theory of automatic control to the de...
This paper considers the design of loop transfer recovery (LTR) controller for sampled-data systems....