This work addresses a novel approach for fault diagnosis of industrial processes using hybrid models. A nonlinear dynamic process can, in fact, be described as a composition of different affine submodels selected according to the process operating conditions. This paper concerns the identification of hybrid model parameters through input-output data affected by additive noise. The fault detection scheme adopted to generate residuals uses the estimated hybrid model. In order to show the effectiveness of the developed technique, the results obtained in the fault diagnosis of a real industrial plant are reported.
Identification and fault diagnosis of nonlinear dynamic processes using hybrid models / Simani, S.; Fantuzzi, C.; Beghelli, S.. - 3:(2002), pp. 2621-2626. (Intervento presentato al convegno 39th IEEE Confernce on Decision and Control tenutosi a Sysdney, NSW, aus nel 2000).
Identification and fault diagnosis of nonlinear dynamic processes using hybrid models
Simani S.
;Fantuzzi C.;Beghelli S.
2002
Abstract
This work addresses a novel approach for fault diagnosis of industrial processes using hybrid models. A nonlinear dynamic process can, in fact, be described as a composition of different affine submodels selected according to the process operating conditions. This paper concerns the identification of hybrid model parameters through input-output data affected by additive noise. The fault detection scheme adopted to generate residuals uses the estimated hybrid model. In order to show the effectiveness of the developed technique, the results obtained in the fault diagnosis of a real industrial plant are reported.
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