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Linear Residual Generation |
Journal Papers
2013
[Eriksson et al., 2013]   |
A method for quantitative fault diagnosability analysis of stochastic linear descriptor models. Daniel Eriksson, Erik Frisk, and Mattias Krysander (2013). In: Automatica, 49(6):1591--1600. |
2006
| [Nyberg and Frisk, 2006] |
Residual Generation for Fault Diagnosis of Systems Described by Linear Differential-Algebraic Equations. Mattias Nyberg, and Erik Frisk (2006). In: IEEE Transactions on Automatic Control, 51(12):1995--2000. |
| [Frisk and Nielsen, 2006] |
Robust Residual Generation for Diagnosis Including a Reference Model for Residual Behavior. Erik Frisk, and Lars Nielsen (2006). In: Automatica, 42(3):437--445. |
2002
| [Nyberg, 2002] |
Criterions for detectability and strong detectability of faults in linear systems. Mattias Nyberg (2002). In: International Journal of Control, 75(7):490--501. |
2001
| [Frisk and Nyberg, 2001] |
A Minimal Polynomial Basis Solution to Residual Generation for Fault Diagnosis in Linear Systems. Erik Frisk, and Mattias Nyberg (2001). In: Automatica, 37(9):1417--1424. |
2000
| [Nyberg and Nielsen, 2000] |
A Universal Chow-Willsky Scheme and Detectability Criteria. Mattias Nyberg, and Lars Nielsen (2000). In: IEEE Transactions Automatic Control, 45(1):152--156. |
1999
| [Nyberg, 1999] |
Automatic Design of Diagnosis Systems with Application to an Automotive Engine. Mattias Nyberg (1999). In: Control Engineering Practice, 87(8):993--1005. |
Conference Papers
2008
[Svärd and Nyberg, 2008] |
Observer-Based Residual Generation for Linear Differential-Algebraic Equation Systems. Carl Svärd, and Mattias Nyberg (2008). IFAC World Congress. Seoul, Korea. |
2002
| [Frisk and Nyberg, 2002] |
Residual Generation for Fault Diagnosis of Systems Described by General Linear Differential-algebraic Equations. Erik Frisk, and Mattias Nyberg (2002). IFAC World Congress. Barcelona, Spain. |
2001
| [Frisk, 2001] |
Residual Generation in Linear Stochastic Systems - a polynomial approach. Erik Frisk (2001). Proc. IEEE Conference on Decision and Control. Orlando, Florida. |
2000
| [Nyberg, 2000] |
Criterions for Detectability and Strong Detectability of Faults in Linear Systems. Mattias Nyberg (2000). IFAC Fault Detection, Supervision and Safety for Technical Processes. Budapest, Hungary, pp. 629--634. |
| [Nyberg, 2000] |
Model Based Diagnosis Using Structured Hypothesis Tests. Mattias Nyberg (2000). IFAC Fault Detection, Supervision and Safety for Technical Processes. Budapest, Hungary, pp. 1026--1031. |
| [Frisk, 2000] |
Order of Residual Generators - Bounds and Algorithms. Erik Frisk (2000). IFAC Fault Detection, Supervision and Safety for Technical Processes. Budapest, Hungary. |
| [Klein and Nielsen, 2000] |
Evaluating some Gain Scheduling Strategies in Diagnosis of a Tank System. Marcus Klein, and Lars Nielsen (2000). IFAC Fault Detection, Supervision and Safety for Technical Processes. Budapest, Hungary, pp. 902--907. |
1999
| [Frisk, 1999] |
Order of Residual Generators - Bounds and Algorithms. Erik Frisk (1999). CCSSE. Norrköping, Sweden. |
| [Frisk and Nyberg, 1999] |
Using Minimal Polynomial Bases for Fault Diagnosis. Erik Frisk, and Mattias Nyberg (1999). IFAC. ECC. |
| [Frisk and Nielsen, 1999] |
Robust Residual Generation for Diagnosis Including a Reference Model for Residual Behavior. Erik Frisk, and Lars Nielsen (1999). IFAC. Beijing, China. |
| [Nyberg and Frisk, 1999] |
A Minimal Polynomial Basis Solution to Residual Generation for Fault Diagnosis in Linear Systems. Mattias Nyberg, and Erik Frisk (1999). IFAC World Congress. Beijing, China. |
1998
| [Frisk and Nyberg, 1998] |
A Minimal Polynomial Basis Approach to Residual Generation for Linear Systems. Erik Frisk, and Mattias Nyberg (1998). In: First Conference on Computer Science and Systems Engineering in Linköping. pp. 223--237. ECSEL (Excellence Center in Computer Science and Systems Engineering in Linköping). |
1997
| [Frisk et al., 1997] |
FDI with adaptive residual generation applied to a DC-servo. Erik Frisk, Mattias Nyberg, and Lars Nielsen (1997). IFAC Fault Detection, Supervision and Safety for Technical Processes. Hull, United Kingdom. |
| [Nyberg and Nielsen, 1997] |
Parity Functions as Universal Residual Generators and Tool for Fault Detectability Analysis. Mattias Nyberg, and Lars Nielsen (1997). IEEE Conf. on Decision and Control. San Diego, California, pp. 4483--4489. |
Doctoral Theses
2006
| [Krysander, 2006] |
Design and Analysis of Diagnosis Systems Using Structural Methods. Mattias Krysander (2006). PhD thesis, Dissertation No. 1033, Linköpings universitet. |
2001
| [Frisk, 2001] |
Residual Generation for Fault Diagnosis. Erik Frisk (2001). PhD thesis, Dissertation No. 716, Linköpings Universitet. |
1999
| [Nyberg, 1999] |
Model Based Fault Diagnosis: Methods, Theory, and Automotive Engine Applications. Mattias Nyberg (1999). PhD thesis, Dissertation No. 591, Linköpings Universitet. |
Licentiate Theses
2009
| [Svärd, 2009] |
Residual Generation Methods for Fault Diagnosis with Automotive Applications. Carl Svärd (2009). Lic thesis, Linköping University. LiU-TEK-LIC-2009:14, Thesis No. 1406. |
1998
| [Frisk, 1998] |
Residual Generation for Fault Diagnosis: Nominal and Robust Design. Erik Frisk (1998). Lic thesis, Linköpings Universitet. LiU-TEK-LIC-1998:74, Thesis No. 739. |
Departmental Reports
2005
| [Frisk and Nyberg, 2005] |
Residual Generation for Fault Diagnosis of Systems Described by General Linear Differential-Algebraic Equations (revised). Erik Frisk, and Mattias Nyberg (2005). Technical Report Nr. LiTH-R-2531. Department of Electrical Engineering, Linköpings Universitet, SE-581 83 Linköping, Sweden. |
2001
| [Frisk, 2001] |
Residual Generation in Stochastic Systems - A Polynomial Approach. Erik Frisk (2001). Technical Report Nr. LiTH-R-2329. Department of Electrical Engineering, Linköpings Universitet, SE-581 83 Linköping, Sweden. |
| [Nyberg and Frisk, 2001] |
A Derivation of the Minimal Polynomial Basis Approach to Linear Residual Generation. Mattias Nyberg, and Erik Frisk (2001). Technical Report Nr. LiTH-R-2330. Department of Electrical Engineering, Linköpings Universitet, SE-581 83 Linköping, Sweden. |
1999
| [Frisk and Nyberg, 1999] |
Using Minimal Polynomial Bases for Model-Based Fault Diagnosis -- A Demonstration Document for PolyX, Ltd. Erik Frisk, and Mattias Nyberg (1999). Technical Report Nr. LiTH-R-2207, ISSN 1400-3902. Department of Electrical Engineering, Linköpings Universitet, S-581 83 Linköping, Sweden. |
| [Klein, 1999] |
Evaluating some Gain Scheduling Strategies in Diagnosis of a Tank System. Marcus Klein (1999). Technical Report Nr. LiTH-R-2183, ISSN 1400-3902. Department of Electrical Engineering, Linköpings Universitet, S-581 83 Linköping, Sweden. |
| [Frisk and Nyberg, 1999] |
A Minimal Polynomial Basis Solution to Residual Generation for Fault Diagnosis in Linear Systems. Erik Frisk, and Mattias Nyberg (1999). Technical Report Nr. LiTH-R-2088, ISSN 1400-3902. Department of Electrical Engineering, Linköpings Universitet, S-581 83 Linköping, Sweden. |
1997
| [Nyberg, 1997] |
Parity Functions as Universal Residual Generators and Tool for Fault Detectability Analysis. Mattias Nyberg (1997). Technical Report Nr. LiTH-R-1971, ISSN 1400-3902. Department of Electrical Engineering, Linköpings Universitet, S-581 83 Linköping, Sweden. |
1996
| [Nielsen et al., 1996] |
Issues in Diagnosis, Supervision, and Safety. Lars Nielsen, Mattias Nyberg, Erik Frisk, C. Bäckström, A. Henriksson, Inger Klein, Fredrik Gustafsson, and J. Palmqvist, S. Gunnarsson (1996). Technical Report Nr. LiTH-R-1909, ISSN 1400-3902. Department of Electrical Engineering, Linköpings Universitet, S-581 83 Linköping, Sweden. |
Master's Theses
1998
| [Klein and östling, 1998] |
Modellbaserad diagnos på turbojetmotorn RM12. Marcus Klein, and Fredrik östling (1998). Masters thesis, LiTH-ISY-EX-1980, Linköpings Universitet, SE-581 83 Linköping. |
1996
| [Frisk, 1996] |
Model-based fault diagnosis applied to an SI-Engine. Erik Frisk (1996). Masters thesis, LiTH-ISY-EX-1679, Linköpings Universitet, SE-581 83 Linköping. |
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Senast uppdaterad: 2021-11-10
