Paper Info
Title
Fault detection and isolation for discrete-time switched linear systems based on average dwell-time method
Abstract
This article is concerned with the problem of fault detection and isolation FDI for discrete-time switched linear systems based on the average dwell-time method. The proposed FDI framework consists of a bank of FDI filters, which are divided into N groups for N subsystems. The FDI filters belonging to one group correspond to the faults for a subsystem, and generate a residual signal to guarantee the fault sensitivity performance for the subsystem, the fault attenuation performance for other subsystems and the disturbance attenuation performance for all subsystems. Different form employing the weighting matrices to restrict the frequency ranges of faults for each subsystem, the finite-frequency H− performance for switched systems is first defined. Sufficient conditions are established by linear matrix inequalities LMIs, and the filter gains are characterised in terms of the solution of a convex optimisation problem. Two examples are used to demonstrate the effectiveness of the proposed design method.
Year
DOI
Venue
2013
10.1080/00207721.2012.704091
Int. J. Systems Science
Keywords
Field
DocType
average dwell-time method,isolation fdi,n group,fault attenuation performance,proposed fdi framework,linear system,disturbance attenuation performance,n subsystems,fault sensitivity performance,fault detection,fdi filter,dwell time,linear matrix inequality,fault detection and isolation,design method,discrete time
Dwell time,Residual,Weighting,Linear system,Matrix (mathematics),Fault detection and isolation,Control theory,Discrete time and continuous time,Mathematics,Linear matrix inequality
Journal
Volume
Issue
ISSN
44
12
0020-7721
Citations 
PageRank 
References 
8
0.50
13
Authors
2
Name
Order
Citations
PageRank
Jian Li1131.61
Guang-Hong Yang23150212.39