Abstract: Fault detection and fault isolation for systems including parametric faults is considered in this paper. By using a linear fractional transformation (LFT) description of parametric fault systems, the systems are transformed into equivalent systems including additive fault signals instead. The theory for systems including additive faults is extended to handle the parametric fault case in the same setting. A number of fundamental problems for parametric fault detection in linear systems is formulated and the corresponding solvability conditions are given
A fault detection and isolation scheme is addressed for a class of linear distributed parameter syst...
This paper gives a review of some standard fault-detection (FD) problem formulations in discrete lin...
In this paper, the problem of fault diagnosis in distributed parameter systems (DPS) is investigated...
A way of doing parametric fault detection is described. It is based on the representation of paramet...
International audienceWe recently proposed and investigated a statistical approach to fault detectio...
Abstract: Active fault diagnosis (AFD) of parametric faults is considered in connection with closed ...
The problem of fault detection and isolation has been introduced into automatic control as a paradig...
International audienceThis paper describes a statistical approach to fault detection and isolation f...
This paper concerned with the diagnosis and identification of parametric fault which may occur in a ...
In this paper, we shall show that an unlimited number of additive single faults can be isolated unde...
Abstract — In this paper, we shall show that an unlimited number of additive single faults can be is...
The fault detection and isolation problem is considered in the context of switching linear systems. ...
The condition of systems, such as production equipment, typically deteriorates over time, increasing...
This book addresses fault detection and isolation topics from a computational perspective. Unlike mo...
Abstract: In this paper, the design of a fault detection filter for nonlinear systems is presented. ...
A fault detection and isolation scheme is addressed for a class of linear distributed parameter syst...
This paper gives a review of some standard fault-detection (FD) problem formulations in discrete lin...
In this paper, the problem of fault diagnosis in distributed parameter systems (DPS) is investigated...
A way of doing parametric fault detection is described. It is based on the representation of paramet...
International audienceWe recently proposed and investigated a statistical approach to fault detectio...
Abstract: Active fault diagnosis (AFD) of parametric faults is considered in connection with closed ...
The problem of fault detection and isolation has been introduced into automatic control as a paradig...
International audienceThis paper describes a statistical approach to fault detection and isolation f...
This paper concerned with the diagnosis and identification of parametric fault which may occur in a ...
In this paper, we shall show that an unlimited number of additive single faults can be isolated unde...
Abstract — In this paper, we shall show that an unlimited number of additive single faults can be is...
The fault detection and isolation problem is considered in the context of switching linear systems. ...
The condition of systems, such as production equipment, typically deteriorates over time, increasing...
This book addresses fault detection and isolation topics from a computational perspective. Unlike mo...
Abstract: In this paper, the design of a fault detection filter for nonlinear systems is presented. ...
A fault detection and isolation scheme is addressed for a class of linear distributed parameter syst...
This paper gives a review of some standard fault-detection (FD) problem formulations in discrete lin...
In this paper, the problem of fault diagnosis in distributed parameter systems (DPS) is investigated...