| E. Frisk and M. Nyberg, `Using minimal polynomial bases for fault diagnosis', in European Control Conference, Karlsruhe, Germany, (1999). |
....be zero in the fault free case regardless of any unknown disturbances and non zero in case of a fault. For deterministic systems, this is a well studied area (W unnenberg, 1990; Massoumnia et al. 1989; Nikoukhah, 1994; Chow and Willsky, 1984; Gertler, 1991) to name but a few. In previous works, (Frisk and Nyberg, 2001, 1999; Nyberg and Frisk, 1999) design algorithms and analysis tools were developed based on polynomial methods, instead of parity space based approaches or observer based approaches. The polynomial approach proved to be very well suited to answer many fundamental questions regarding e.g. complexity of ....
....of any unknown disturbances and non zero in case of a fault. For deterministic systems, this is a well studied area (W unnenberg, 1990; Massoumnia et al. 1989; Nikoukhah, 1994; Chow and Willsky, 1984; Gertler, 1991) to name but a few. In previous works, Frisk and Nyberg, 2001, 1999; Nyberg and Frisk, 1999), design algorithms and analysis tools were developed based on polynomial methods, instead of parity space based approaches or observer based approaches. The polynomial approach proved to be very well suited to answer many fundamental questions regarding e.g. complexity of residual generators, ....
[Article contains additional citation context not shown here]
E. Frisk and M. Nyberg. Using minimal polynomial bases for fault diagnosis. European Control Conference, 1999.
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Frisk, E. & Nyberg, M. (1999b). Using minimal polynomial bases for fault diagnosis, European Control Conference, Karlsruhe, Germany.
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E. Frisk and M. Nyberg, `Using minimal polynomial bases for fault diagnosis', in European Control Conference, Karlsruhe, Germany, (1999).
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