REFERENCES

Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
REFERENCES
Adjallah K. H. (1993) Contribution au diagnostic de
systèmes par observateur d'état. Doctorat de
l'Institut National Polytechnique de Lorraine,
13 octobre.
Atherton D. P., Borne P. (1992) Concise
encyclopedia of modelling and simulation.
Pergamon Press, New York.
Basseville M. (1988) Detecting changes in signals
and systems - A survey . Automatica, 24,
p. 309-326.
Basseville M., Benveniste A. (1986) Detection of
abrupt changes in signals and dynamical
systems. Springer Verlag, New York.
Basseville M., Nikiforov I. V. (1991) A unified
framework for statistical change detection. Proc.
of the 30th Conf. on Decision and Control, 3,
p. 2586-2591.
Basseville M., Nikiforov I. V. (1993) Detection of
abrupt changes - Theory and application.
Prentice Hall, New Jersey.
Beard R. V. (1971) Failure accommodation in
linear systems through self-reorganization.
Rept. MTV-71-1 Man Vehicle Laboratory, MIT.
Ben-Haim Y. (1980) An algorithm for failure
location in a complex network. Nuclear Science
and Engineering, 75, p. 191-199.
Borne P., Dauphin-Tanguy G., Richard J. P., Rotella
F. Zambettakis I. (1990) Automatique :
Commande et Optimisation des Processus.
Editions Technip, Méthodes et Techniques de
l'Ingénieur., Paris, 303 p.
Bousghiri S. (1994) Diagnostic de fonctionnement
de procédés continus par reconciliation d'état
généralisé. Application à la détection de pannes
de capteurs et d'actionneurs. Doctorat de
l'Université Henri Poincaré - Nancy I, 30
septembre.
Bousghiri S., Kratz F., Ragot J. (1994) Comparison
of the data reconciliation and finite memory
observer
at
the
inverted
pendulum..
SAFEPROCESS'94, Espoo, Finland, June 13-15,
p. 584-589.
Bousghiri S., Mourot G., Kratz F. (1994) Fault
detection using recursive data reconciliation.
Application to an inverted pendulum. Revue
Européenne de Diagnostic et de Sûreté de
Fonctionnement, 4(1), p. 31-51.
Nuninger Walter
Bousghiri S., Malassé O., Nuninger W. (1995) Fault
detection using state estimation. Application to
an electromechanical process. Proc. of the 24th
Conf. on Decision and Control, p. 2397-2402.
Bousghiri S., Nuninger W., Kratz F. (1996) Fault
detection in stochastic dynamic systems by data
reconciliation. Engineering Simulation, 13(5),
p. 837-852.
Briedley S.D., Chiasson J.N., Lee E.B., ZAK S.H.
(1982) On stability independent of delay for
linear systems, IEEE Trans. on Automatic
Control, 27(1), p. 252-254.
Broen R. B. (1974) A non linear voter-estimator for
redundant system. Proc. IEEE Conf. on Decision
and Control, p. 743-748.
Bulsari A., Medvedev A. V., Toivonen H. (1991)
Sensor fault detection using state
estimator and feed-forward neural networks
applied to a simulated biochemical process.
Acta Polytecnica Scandinavica, Chemical
Technology and metallurgy seris, 199,
p. 1-20.
Caines P. E. (1988) Linear stochastic systems.
Wiley, New York.
Chang S. K., Hsu P. L (1993) Fault detection
observer design for linear systems with
unknown inputs. European Control Conf., 4,
p. 1975-1980.
Chen J., Zhang H. (1991) Robust detection of faulty
actuators via unknown input observers. Int. J.
Systems Sci., 22(10), p. 1829-1839.
Chen J., Liu G. P., Patton R. J. (1994) Design of
optimal residuals for detecting sensor faults
using multi-object optimization and genetic
algorithms. AIAA Guidance, Navigation &
Control Conf., The Phoenician Scottsdale, AZ,
August 1-3.
Chen J., Patton R. J., Zhang H. Y. (1995) Design of
robust structured an directional residuals for
fault isolation via unknown input observers.
Proceeding of 3rd European Control Conf., 1,
p. 348-353.
Chow E. Y., Willsky A. S. (1984) Analytical
redundancy and the design of robust failure
detection systems. IEEE Trans. on Automatic
Control, 29(7), p. 603-614.
229
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
Clark R. N. (1978a) Instrument fault detection.
IEEE Trans. Aero. & Electron. Syst., AES-14,
p. 558-563.
Clark R. N. (1978b) A simplified instrument failure
detection scheme. IEEE Trans. on Aerospace
and Electronic Systems, 14, p. 558-563.
Darouach M., Zasadzinski M. (1992) State
estimation for a class of singular systems. Int. J.
System Sci., 23(4), p. 517-530.
Darouach M., Zasadzinski M., Xu S. T. (1994) Fullorder observers for linear systems with unknown
inputs. IEEE Trans. on Automatic Control,
39(3), p. 606-609.
Deckert J. C., Desai M. N., Deyst J. J., Willsky A.
S. (1977) F-8 DFBW Sensor Failure
identification using analytic redundancy. IEEE
Trans. on Automatic Control, 22(5), p. 795-803.
Delmaire G., Cassar J-P., Staroswiecki M. (1995)
Comparison of generalized least square
identification and parity space techniques for
FDI purpose in SISO systems. Proc. of the 3rd
European Control Conf., 3, p. 2011-2016.
Desai M., Ray A. (1981) A fault detection and
isolation methodology. Proc. of the 20th Conf.
on Decision and Control, p. 1363-1369.
Ding X., Frank P. M. (1990) Fault detection via
factorization approach.. Systems & Control
Letters, 14, p. 431-436.
Ding X., Frank P. M. (1991) Frequency domain
approach and threshold selector for robust
model-based fault detection and isolation. Proc.
of IFAC Symp. SAFEPROCESS'91, Baden
Baden, Germany, September, p. 307-312.
Dubuisson B. (1988) Eléments de réflexion sur le
diagnostic de systèmes. CNRS, Greco
Diagnostic, avril.
Duyar A., Eldem V., Merril W., Guo T. H. (1994)
Fault detection and diagnosis in propulsion
systems : a fault parameter estimation
approach. J. of Guidance, Control and
Dynamics, 17(1),
p. 104-108.
Emami-Naeini A, Akhter M. M, Rock S. M (1986)
Robust detection, isolation and accommodation
for
sensor
failures.
Systems
Control
Technology, CR(174825), p. 1129-1134.
Emami-Naeini A. E., Akhter M. M., Rock S. M.
(1988) Effect of model uncertainty on failure
detection: the threshold selector. IEEE Trans. on
Automatic Control, 33(2), p. 1106-1115.
Emmendoerffler D. (1993) Evaluation des méthodes
de détection de défaillances de systèmes
statiques. Application à la surveillance de
l’instrumentation d’une centrale nucléaire.
Nuninger Walter
Conservatoire National des Arts et Métiers,
mars.
Eslami M. (1994) Theory of sensitivity in dynamic
systems. An Introduction. Springer Verlag, New
York, 160 p.
Francis B. A. (1987) A course in H∞ control theory.
Lecture Notes in Control and Information
Sciences, Springler Verlag, New York.
Frank P. M. (1978) Introduction to system
sensitivity theory. Academic Press, New York,
386 p.
Frank P. M. (1987) Fault diagnosis in dynamic
systems via state estimation - A survey. In
Tzafestas S., Singh M., Schmidt G. (Eds),
System Fault Diagnostics, Reliability and related
knowledge-bases approaches, 1, p. 35-98.
Frank P. M. (1990) Fault diagnosis in dynamic
systems using analytical and knowledge-based
redundancy - a survey and some new results.
Automatica, 26(3), p. 459-474.
Frank P. M. (1991) Enhancement of robustness in
observer-based fault detection. Proc. of IFAC
Symp. SAFEPROCESS'91, Baden Baden,
Germany, September, p. 275-287.
Frank P. M. (1992) Fault diagnosis in dynamic
systems using software redundancy. European
Journal of Diagnosis and Safety in Automation,
1(2), p. 113-143.
Frank P. M. (1993) Advances in observer-based
fault diagnosis. Int. Conf. on fault diagnosis,
Tooldiag'93, 3, p. 817-836.
Frank P. M. (1994) Fuzzy Supervision - Application
of fuzzy logic to process supervision and fault
diagnosis. Proc. of Fuzzy Duisburg'94 - Int.
Workshop on Fuzzy Technologies in
Automation and Intelligent Systems, p. 17-40.
Frank P. M. (1996) Analytical and qualitative
model-based fault diagnosis - A survey and
Some new results. European J. of Control, 2(1),
p. 6-28.
Frank P. M., Wünnenberg J. (1989) Robust fault
diagnosis using unknown input observer
schemes. In: Fault Diagnosis in Dynamic
Systems (Ed. Patton, Frank and Clark), Prentice
Hall, p. 46-98.
Frank P. M., Köppen B., Wünnenberg J. (1991)
General solution of the robustness problem in
linear fault detection filters. European Control
Conf., 2, p. 1407-1412.
Frank P. M., Ding X. (1993a) Frequency domain
approach to minimizing detectable faults in FDI
systems. Appli. Math. and Comp. Sci., 3(3),
p. 417-443.
230
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
Frank P. M., Kiupel N. (1993b) Fuzzy supervision
and application to lean production. Int. Systems
Sci., 24(10), p. 1935-1944.
Gaddouna B. (1995) Contribution au diagnostic des
systèmes linéaires invariants à entrées inconnues
- Application à un processus hydraulique.
Doctorat de l'Institut National Polytechnique de
Lorraine, 3 avril.
Gaddouna B., Maquin D., Ragot J. (1994) Fault
detection observers for systems with unknown
inputs. SAFEPROCESS'94, Espoo, Finland,
June 13-15, p. 69-74.
Gaddouna B., Giulliani S., Ragot J. (1996) Design
of observers for descriptor systems affected by
unknown inputs. Int. J. of Systems Sciences,
27(5), p. 465-471.
Gantmacker F.R. (1977) The theory of matrices.
Chelsea Publishing Company, .
Gardiner J. D., Laub A. J. (1991) Parallel
algorithms for algebraic Riccati equations. Int.
J. Control, 54(6), p. 1317-1333.
Ge W., Fang C. Z. (1988) Detection of faulty
components via robust observation. Int. J.
Control, 47(2), p. 581-599.
Gertler J. J. (1988) Survey of model-based detection
and isolation in complex plants. IEEE Control
System magazine, 11, p. 3-11.
Gertler J. J. (1991) Analytical redundancy methods
in fault detection and isolation - survey and
synthesis.
Proc.
of
IFAC
Symp.
SAFEPROCESS'91, 1, p. 9-21.
Gertler J. J. (1992) Structured residuals for fault
isolation, disturbance decoupling and modeling
error robustness. IFAC Symp. on-line Fault
Detection and Supervision in the chemical
Process Industries.
Gertler J. J., Singer D. (1990) A new structural
framework for parity equation-based failure
detection and isolation. Automatica, 26(2),
p. 381-388.
Gertler J. J., Kunwer M. M. (1993) Optimal
residual decoupling for robust fault diagnosis.
Proc. of Int. Conf. on Fault Diagnosis :
TOOLDIAG'93, Toulouse, France, April 5-7, p.
436-452.
Gertler J. J., Monajemy R. (1993) Generating
directional residuals by dynamic parity
equations. IFAC World Congress.
Gertler J. J., Kunwer M. M. (1995) Optimal
residual decoupling for robust fault diagnosis.
Int. J. Control, 61(2), p. 395-421.
Gilmore J., Mc Kern R. (1970) A redundant
strapdown inertial system mechanization. SIRU,
AIAA Guidance Control Flight Mechanics
Conf..
Nuninger Walter
Gutman S., Jury E. I. (1981) A general theory for
matrix root-clustering in subregions of the
complex plane. IEEE Trans. on Automatic
Control, 26(4), p. 853-863.
Hamelin F., Sauter D., Aubrun M. (1994) Fault
diagnosis in systems using directional residuals.
Proc. of the 33rd Conf. on Decision and Control,
3, p. 3040-3045.
Heffes H. (1966) The effect of erroneous models on
the Kalman filter response. IEEE Trans. on
Automatic Control, 11, p. 541-543.
Horak D. T. (1988) Failure detection in dynamic
systems with modelling errors. J. Guidance,
Control & Dynamics, 11(6), p. 508-516.
Hou M., Müller P. C. (1992) Design of Observers
for linear systems with unknown inputs. IEEE
Trans. on Automatic Control, 37(6), p. 871-875.
Hou M., Müller P. C. (1994) Fault detection and
isolation observers. Int. J. Control, 60(5),
p. 827-846.
Isaksson A. J. (1993) An on-line threshold selector
for failure detection. Proc. of the Int. Conf.
TOOLDIAG'93, Toulouse, France, p. 628-634.
Isermann R. (1984) Process Fault detection based
on modeling and estimation methods - a survey.
Automatica, 20(4), p. 387-404.
Isermann R. (1989) Process fault diagnosis based
on process model knowledge. AIPAC'89, IFAC
Symp., I, p. 20-33.
Isermann R. (1991) Fault diagnosis of machines via
parameter
estimation
and
knowledge
processing.
Proc.
of
IFAC
Symp.
SAFEPROCESS'91, p. 121-133.
Janyene A. (1987) Validation de données des
systèmes dynamiques linéaires. Doctorat de
l'Université Henri Poincaré - Nancy I,
Septembre.
Jones H. L. (1973) Failure detection in linear
systems. Ph.D. Thesis, Department of
Aeronautics and Astronautics, MIT, Cambridge,
MA.
Kalman R. E., Bucy R. S. (1961) New results in
linear filtering and prediction theory. Trans.
ASME Ser. D., J. Basic Eng., 83, p. 95-108.
Kimura H. (1978) Deadbeat function observers for
discrete-time linear systems. SIAM J. Control
and Optimization, 16(6), p. 880-894.
Kimura H., Tanaka (1981) Minimal-time minimalorder deadbeat regulation with internal
stability. IEEE Automatic Control, 26, p. 12761282.
231
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
Kinnaert M., Peng Y. (1995) Residual generator for
sensor and actuator fault detection and
isolation: frequency domain approach. Int. J.
Control, 61(6), p. 1423-1435.
Kitamura M. (1980) Detection of sensor failures in
nuclear plant using analytic redundancy. Trans.
Am. Nucl. Soc., 34, p. 581-583.
Kobi A. (1994) Diagnostic de processus continus application à la détection de valeurs aberrantes
dans les signaux. Doctorat de l'Institut National
Polytechnique de Lorraine, 23 juin.
Kondo R., Furuta K. (1986) On the bilinear
transformation of Riccati equations. IEEE
Trans. on Automatic Control, 31(1), p. 50-54.
Kratz F. (1991) Utilisation des techniques de
redondances matérielles et analytiques à la
détection de pannes de capteurs. Application aux
centrales nucléaires. Doctorat de l'Université de
Nancy I, 24 juin.
Kratz F., Maquin D., Ragot J. (1992) Robust
generation of analytical redundancy equations
and applications to diagnosis. Proc. of the 31st
IEEE Conf. on Decision and Control, 3,
p. 2839-2841.
Kratz F., Bousghiri S., Mourot G. (1993) A finite
memory observer structure for fault detection
and isolation. Proc. of the 32nd IEEE Conf. on
Decision and Control, San Antonio, USA,
p. 1247-1249.
Kratz F., Bousghiri S., Nuninger W. (1995) A finite
memory observer structure of continuous
descriptor systems. Proc. of the American
Control Conf., 5, p. 3900-3904.
Kratz F., Nuninger W., Ragot (1997) Finite memory
observer based method for failure detection in
dynamic systems. SYSID'97, 3, p. 1189-1194.
Kudva P., Viswanadaham N., Ramakrishnan A.
(1980) Observers for linear systems with
unknown inputs . IEEE Trans. on Automatic
Control, 25(1), p. 113-115.
Laub A. J. (1979) A schur method for solving
algebraic Riccati equations. IEEE Trans. on
Automatic Control, 24(6), p. 913-921.
Lee E.B., Zak S.H., Briedley S.D. (1984)
Stabilization of generalized linear systems via
the algebraic Riccati equation, Int. J. of Control,
39(5), p. 1025-1041.
Lou X. C. (1982) A system failure detection
method. Failure projection method. Master of
science report of the Massachusettes Institute of
Technology, june.
Lou X. C., Willsky A. S., Verghese G. C. (1986)
Optimally robust redundancy equations for
Nuninger Walter
failure detection in uncertain systems.
Automatica, 22(3), p. 333-344.
Luenberger D. G. (1977) Dynamic equations in
descriptor form. IEEE Trans. on Automatic
Control, 22(3), p. 312-321.
Luo J. S., Johnson A. (1992) Robust stability
analysis of linear systems with correlated
structured
time-varying
uncertainties.
Proceeding of the 31st Conf. on Decision and
Control, 2, p. 1578-1580.
Magni J. F., Mouyon (1991) A generalized
approach to observers for fault diagnosis. Proc.
of the 30th IEEE Conf. on Decision and Control,
Brighton, U.K, December 11-13, p. 2236-2241.
Maquin D., Darouach M., Ragot J. (1994) Robust
observer for continuous uncertain systems. IEEE
Int. Conf. on Systems, Man and Cybernetics,
p. 2039-2043.
Marquez H. J., Diduch C. P. (1992) Sensitivity of
failure detection using generalized observers.
Automatica, 28, p. 837-840.
Massoumnia M. A. (1986) A geometric approach to
failure detection and identification in linear
systems. Thesis of the Massachusetts Institute of
Technology, february 20.
Massoumnia M. A., Vander Velde W. E. (1988)
Generating parity relations for detecting and
identifying control system component failures. J.
Guidance, Control & Dynamics, 11(1), p. 60-65.
Medvedev A. V. (1991) Three approaches towards
a fault-tolerant controller structure. Process
Control Laboratory, Dept. of Chemical
Engineering, Abo Akademi, Report 91-3.
Medvedev A. V. (1993) Continuous-time deadbeat
observation problem. IEEE Mediterraneen
Symp. on New Direction in Control Theory and
Applications.
Medvedev A. V. (1994) Parity space method : a
continuous time approach. Proc. of the
American Control Conf., p. 662-665.
Medvedev A. V. (1995) Fault detection and
isolation by a continuous parity space method.
Automatica, 31(7), p. 1039-1044.
Medvedev A. V. (1995) Continuous least-square
observers with applications. Proc. 34th Conf. on
Decision and Control, p. 321-326.
Medvedev A. V., Toivonen H. T. (1991)
Investigation of a finite memory observer
structure. Process Control Laboratory, Dept. of
Chemical Engineering, Abo Akademi,
Report 91-6.
Medvedev A. V., Toivonen H. T. (1992) A
continuous finite memory deadbeat observer.
Proc. of the American Control Conf., 2(4),
p. 1800-1804.
232
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
Medvedev A. V., Toivonen H. T. (1994)
Feedforward time-delay structures in state
estimation : finite memory smoothing and
continuous deadbeat observers. IEE Proc.
Control Theory and Application, 141(2),
p. 121-129.
Mehra R. K., Peschon J. (1971) An innovations
approach to fault detection and diagnosis in
dynamic systems. Automatica, 7, p. 637-640.
Miller K. S., Muray F. J. (1963) The mathematical
basis for the error analysis of differential
analysers. Journal of mathematics and Physics.,
Cambridge.
Milne R. (1987) Strategies for diagnosis. IEEE
Trans. Systems Man and Cybernetics, 17,
p. 333-339.
Mironowski L. A. (1979) Structural diagnosis in
linear dynamic systems. Autom. Remote
Control, 40, p. 120-128.
Murthy D. N. P. (1980) Observability in discrete
time system with faulty sensor. Automatica, 16,
p. 709-710.
Muske K. R., Lee J. H. (1993) Receding horizon
recursive state estimation. Proc. American
Control Conf., 1, p. 900-904.
Nikiforov I. V. (1991) Sequential detection of
changes in stochastic processes. Proc.
IFAC/IFORS Symp. Identification and System
Parameter Estimation, p. 11-19.
Niu X., Abreu-Garcia J. A., Yaz E. (1992)
Improved bounds for linear discrete-time
systems with structured perturbations. IEEE
Trans. on Automatic Control, 37(8), p. 11701173.
Nuninger W., Schreier G., Kratz F., Ragot J.
(1996a) Stabilité et performances des systèmes
linéaires incertains. AGI'96, p. 129-132.
Nuninger W., Balaud B., Kratz F. (1996b) Rejet de
perturbation par estimation simultanée des
sorties et des entrées - Application à la
compensation de frottement d'un moteur à
courant continu. AGI'96, Forum des doctorants,
p. 69-72.
Nuninger W., Kratz F., Ragot J. (1996c) Observers
and redundancy equations generation for
systems with unknown inputs. Symp. on Control,
Optimization and Supervison, CESA'96, 1,
p. 672-677.
Nuninger W., Kratz F., Ragot J. (1997a) Structural
equivalence between direct residuals based on
parity space and indirect residuals based on
unknown input observers. Proc. of IFAC Symp.
SAFEPROCESS'97, 1, p. 462-467.
Nuninger W., Kratz F., Ragot J. (1997b)
Disturbance rejection using output and input
Nuninger Walter
estimation. Application to the friction
compensation of a DC motor. Control
Engineering Practice, IFAC, 5(4), p. 477-487.
Ogata K. (1987) Discrete-time control systems.
Prentice Hall Inc.
Olin P. M., Rizzoni G. (1991) Design of robust
detection filters. Proc. of the American Control
Conf., p. 1522-1527.
Onken R., Stuckenberg N. (1979) Failure detection
in signal processing and sensing in flight control
systems. Proc. IEEE Conf. on Decision and
Control, p. 449-454.
Pappas T., Laub A. (1980) On the numerical
solution of the discrete-time algebraic Riccati
Equation. IEEE Trans. on Automatic Control,
25(4), p. 631-641.
Patton R. J. (1991) Fault detection and diagnosis in
aerospace systems using analytical redundancy.
IEE Computing & Control Engineering Journal,
2(3), p. 127-136.
Patton R. J. (1994) Robust model-based fault
diagnosis : the state of the art. Proc. of IFAC
Symp. on Fault Detection, Supervision and
Safety
for
technical
processes,
SAFEPROCESS'94, p. 1-24.
Patton R. J., Willcox S. W., Winta J. S. (1987)
Parameter insensitive technique for aircraft
sensor fault analysis. J. of Guidance, 10(4),
p. 359-367.
Patton R. J., Clark R. N., Frank P. M. (1989) Fault
detection - Theory and Application. Prentice
Hall, New York.
Patton R. J., Chen J. (1991a) A robust parity space
approach to fault diagnosis based on optimal
eigenstructure assignment. Proc. of IEE Conf.
Control 91, p. 1056-1061.
Patton R. J., Chen J., Millar J. H. (1991b) A robust
disturbance decoupling approach to fault
detection in process systems. Proc. of the 30th
Conf. on Decision and control, 2, p. 1543-1548.
Patton R. J., Chen J. (1991c) A review of parity
space approaches to fault diagnosis. Proc. IFAC
SAFEPROCESS Symp., p. 239-255.
Patton R. J., Chen J. (1991d) A parity space
approach to robust fault detection using
eigenstructure assignment. European Control
Conf., 2, p. 1419-1424.
Patton R. J., Chen J. (1991e) A re-examination of
the relationship between parity space and
observer-based approaches in fault diagnosis.
Revue Diagnostic et Sûreté de fonctionnement,
1(2),
p. 183-199.
233
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
Patton R. J., Chen J. (1992) Robust fault detection
of jet engine sensor systems by using
eigenstructure assignment. Proc. of AIAA
Guidance, Navigation & Control Conf., New
Orleans, USA, August.
Payne H., Silverman L. (1973) On the Discrete-time
algebraic Riccati equation. IEEE Trans. on
Automatic Control, 18(3), p. 226-234.
Petersen I. R., McFarlane D. C. (1991) Robust state
estimation for uncertain systems. Proc. of the
33th IEEE Conf. on Decision and Control, 3,
p. 2630-2631.
Philippe D. (1992) Contribution au développement
de stratégies de diagnostic - Application à un
train de laminage à chaud. Doctorat de
l'Université de Nancy I, 12 novembre.
Potter J. E., Suman M. C. (1977) Thresholdless
redundancy managements with arrays of skewed
instruments integrity in electronic flight control
systems. AGARDOGRAPH, 224, p. 15.1-15.25.
Qiu Z., Gertler J. J. (1993) Robust FDI systems and
H∞-optimization: Disturbances and tall fault
case. Proc. of the 32nd IEEE Conf. on Decision
and Control, Texas, USA, December 15-17,
p. 1710-1715.
Querelle R., Zhuang Z., Amann P., Frank P. M.
(1995) Fault Diagnosis with qualitative
observers. IAR.
Ragot J., Maquin D., Sauter D. (1992) Data
validation using orthogonal filters. IEE Proc.
Diagnostic, 139(1), p. 47-52.
Ragot J., Maquin D., Kratz F. (1993) Analytical
redundancy for systems with unknown inputs Application to faults detection. Control theory
and Advanced technology, MITA, 9(3),
p. 775-788.
Ray A., Luck R. (1991) An introduction to sensor
signal validation in redundant measurement
systems. IEEE Control systems, p. 44-48.
Rotella F., Borne P. (1995) Théorie et pratique du
calcul matriciel.. Editions Technip, Méthodes et
Pratiques de l'Ingénieur, Paris.
Sangsuck-Iam S. (1984) Divergence of the discretetime Kalman filter under incorrect noise
covariance for linear periodic systems. Proc. of
the American Control Conf., p. 1190-1194.
Sangsuck-Iam S., Bullcock (1990) Analysis of
discrete-time Kalman filtering under incorrect
noise covariances. IEEE Trans. on Automatic
Control, 35, p. 1304-1309.
Schlee F. H., Standish C. J., Toda N. F. (1967)
Divergence in the Kalman Filter. AIAA J., 5,
p. 1114-1120.
Nuninger Walter
Sorenson H. W., Sack J. E. (1985) Recursive fading
memory filtering, Kalman filtering : theory and
application. IEEE Press, New York.
Staroswiescki M., Cocquempot V., Cassar J. P.
(1991) Observer-based and parity space
approaches for failure detection and
identification. Proc. of the IMACS Symp.
MCTS, p. 536-541.
Toda M., Patel R. (1978) Performance bounds for
continuous-time filters in the presence of
modeling errors. Trans. on Aerospace and
Electronic Systems, 14(6), p. 912-919.
Trave-Massuyes L., Dague P., Guerrin F. (1997) Le
raisonnement qualitatif. Hermès, Paris.
Tzafestas S. G. (1989) Knowledge based systems
diagnosis, Supervision and Control. Plenum,
New York - London.
Viswanadham N., Taylor J., Luce E. (1987a) A
frequency domain approach to failure detection
and isolation with application to GE-21 turbine
engine control systems. Control Theory and
Advanced Technology, 3(1), p. 45-72.
Viswanadham N., Srichander R. (1987b) Fault
detection using unknown-input observers.
Control Theory and Advanced Technology, 3(2),
p. 91-101.
Walker B. K. (1983) Recent developments in fault
diagnosis and accommodation. AIAA Guidance,
Navigation and Control Conf., Gatlingburg, TN,
August.
Walker B. K., Gai E. (1979) Fault detection
threshold determination techniques using
Markov theory. Int. J. Guidance, Control &
Dynamics, 2(4), p. 313-319.
Wang S. H., Davison E., Dorato P. (1975)
Observing the states of systems with
unmeasurable disturbance. IEEE Trans. on
Automatic Control, 20, p. 716-717.
Wang H., Daley S. (1992) A fault detection and
diagnosis method for unknown systems with
unknown
input.
Conf.
Canadienne
Automatisation Industrielle, 1, p. 319-322.
Wang S. G., Shieh L. S., Sunkel J. W. (1994)
Observer-based controlled for robust pole
clustering in a vertical strip and disturbance
rejection. Proc. of the 33rd IEEE Conf. on
Decision and Control, Orlando, USA,
p. 2988-2993.
Watanabe K., Himmelblau D. M. (1982) Instrument
fault detection in systems with uncertainties. Int.
J. Systems Sci., 13(2), p. 137-158.
Weinmann A. (1991) Uncertain models and robust
control. Springer-Verlag, New York.
Weiss J. L. (1988) Threshold computations for
detection of failures in SISO systems with
234
Références
Stratégie de diagnostic robuste à l'aide de la redondance analytique
transfer function errors. Proc. of the American
Control Conf., p. 2213-2218.
White J. E., Speyer J. L. (1987) Detection filter
design: spectral theory and algorithm. IEEE
Trans. on Automatic Control, 32(7), p. 593-603.
Wilbers D. N., Speyer J. L. (1989) Detection filters
for aircraft sensor and actuator faults. Proc.
ICCON'89 Int. Conf. on Control and
Applications, p. 1-6.
Willsky A. S. (1976) A survey of design methods for
failure detection in dynamic systems.
Automatica, 12, p. 601-611.
Willsky A. S., Jones H. L. (1976) A generalized
likelihood ratio approach to the detection and
estimation of jumps in linear systems. IEEE
Trans. on Automatic Control, p. 108-112.
Wünnenberg J., Frank P. M. (1987) Sensor fault
using detection via robust observers. In: systems
fault diagnostics, reliability and related
knowledge-based approaches, Tzafestas, Singh
& Schmidt (Eds), Reidel Press, p. 147-160.
Wünnenberg J., Frank P. M. (1988) Model-based
residual generation for dynamic systems with
unknown, inputs. Proc. 12th IMACS Congress
on Scientific Computation, p. 435-437.
Wünnenberg J., Frank P. M. (1990) Robust
observer-based fault detection for linear and
non-linear systems with applications to robots.
MIM-S2 '90 Symp., p. 2.1-2.8.
Yang F., Wilde R. (1988) Observers for linear
systems with unknown inputs. IEEE Trans. on
Automatic Control, 33, p. 677-681.
Zasadzinski M. (1990) Contribution à l'estimation
de l'état des systèmes singuliers. Application à
la validation de données des systèmes
dynamiques linéaires. Doctorat de l'Université
de Nancy I.
Nuninger Walter
235