Avl List Gmbh

Stora Enso Oyj

Andreas Rainer

Stefan Jakubek

Christoph Hametner

Markus Hirmke

Nico Didcock

Markus Stadlbauer

Karl Zettel

Maxime Deregnaucourt

Herbert Lanschützer

Various aspects of the present disclosure are directed to, for example, a method for calculating a data envelope while calibrating a technical system. In some specific embodiments, the d-dimensional calibration space, which comprises the calibration variables required for the calibration, is divided into a first sub-calibration space having a dimension d&#x3c;d and at least one further sub-calibration space, and a d-dimensional data envelope is calculated at least for the first sub-calibration space using available data points and is checked during the calibration as an auxiliary condition.

Method for calibrating a technical system

To determine a model for an output quantity (y) of a technical system that is dependent in a nonlinear manner on a number of input quantities in the form of an input quantity vector (u), a target output quantity range (COR) is defined and a model-based experimental design is determined with which the model is parameterized in the target output quantity range (COR) through the selection of associated input quantity vectors (u). A distance-based selection criterion is used for the selection of the input quantity vectors (u).

Method for determining a model of an output quantity of a technical system

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Kainbach bei Graz, Austria

Andreas Rainer