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Section 07

Michèle Basseville

CNRS emeritus research director - IRISA, CNRS, Univ Rennes

Research theme, Publications, Projects, Other duties.

Research theme

Design of statistical signal processing algorithms for the detection and diagnosis of changes in signals and dynamical systems, with application to:

Automatic segmentation of signals for the purpose of recognition,

Monitoring complex structures and industrial processes (detection and diagnosis of damages, faults), for fatigue and aging prevention and for condition-based maintenance.

The main feature of the methods is their intrinsic ability to the early warning of small deviations of a system with respect to a reference behavior considered as normal [AC87a] [Autom94] [Autom98b] [JSV04].

Problems

Changes in the mean of an independent sequence: [ASSP81b].

Additive changes in a linear state-space system: [ASSP83], in a LTV system: [Autom14].

Changes in the spectrum of a scalar signal: [IT83] [IS83] [IS84] [IT86].

Changes in the eigenstructure of a nonstationary multivariable system: [Autom87] [AC87b] [SP99] [Autom00] [JASP07] [CSM07].

Monitoring a damping coefficient or other parameters: [JGCD05] [CSM07] [AIAA12].
Handling the temperature effect in vibration monitoring: [SHM08] [CEP09] [ASCE10].

Changes in the dynamics for a large class of processes: [AC87a] [Autom94] [Autom98b].

Changes in the dynamics of nonlinear state-space systems: [Autom98a] [CDC98a] [ECC99a].

Optimal sensor location for monitoring: [AC87c] [MSSP93].

Criteria for fault isolation: [Autom97] [ARC02].

Fault diagnosis without solving any inverse problem: [AC87a] [Safepr91a] [MSSP93] [MSSP03b] [JSV04] [SCHM08].

Fault detectability: [EJC01].
Distance (divergence) measures for detection and recognition: [ESP89] [ISIT95] [SP13].

Publications

As displayed on Google Scholar, IEEE Xplore, MathSciNet.

Books and contributed volumes,

International and national journal papers,

International conference papers (and some slides),

Downloadable research reports.

Projects

Vibration monitoring and damage detection and localization - Sisthem team:

Eureka project SINOPSYS on in-operation modal analysis and monitoring methods for damage detection and localization.

Eureka projects FliTE and FliTE2 on the use of in-operation modal analysis methods for improving flight tests data exploitation.file:///C:/Users/bassevil/Documents/surv/slides/SAFE15_0036_slides.pdf

ACI S&I project CONSTRUCTIF on the handling of environmental effects in structural health monitoring.

Automatic segmentation of signals.

Continuous process monitoring.

Other duties

Chair of the 07 Section of the National Committee for Scientific Research (2012-2016).

Member of the IFAC technical committee Modelling, Identification and Signal Processing.

Member of the IFAC technical committee Fault detection, supervision and safety of technical processes.

Member of the IFAC technical committee Stochastic Systems.

Associate editor of the IFAC journal Automatica (1993-2020).
Member of the editorial board of IET Control Theory and Applications (2007-2013).

Associate editor within the IEEE Control Systems Society Conference Editorial Board for ACC'08, CDC'07, ACC'07, CDC'06, ACC'06, CDC-ECC'05, ACC'05, CDC'04, ACC'04, CDC'03, ACC'03, CDC'02.

Member of the International Program Committees (IPC) of ROCOND'22, Safeprocess'22, Safeprocess'18, SYSID'15, Safeprocess'15, IFAC'14, SysTol'13, ALCOSP'13, SYSID'12, CIFA'12, IWSMA'12, IFAC'11, IWSM'11, SysTol’10, CIFA'10, DPS'09, SYSID'09, IWSM'09, Safeprocess'06, CIFA'06, SYSID'06, CIFA'04, ECC'03, SYSID'03, Safeprocess'03, F3'01, DAMAS'01, SYSID'00, Safeprocess'00, UKACC'98, Safeprocess'97, ECC'97.

Member of the National Organizing Committee (NOC) of IFAC'17.

SYSID'09 general chair.

Last modification on November 17, 2021 by Michèle Basseville.