Sentence examples for bound of the model from inspiring English sources

An ad hoc identification procedure is presented which allows estimating not only a nominal parametric process model, but also a bound of the model uncertainty (i.e. modelling errors).

Add together the increased output from disappearing sea ice (which moves fresh water from the point where sea water freezes to the point where the ice melts), the melting of Greenland and increased Arctic river flow and you still have barely a quarter of the lower bound of the model threshold.

Although theoretical results already exist in the literature for the robustness analysis and for the robust design of NMPC in the face of a given description and related bound of the model uncertainty, the issue of how to practically estimate such an uncertainty bound is still an open one.

The new measurement points are chosen to lie in those regions where the lower bound of the model estimate is lowest, while keeping a user-specified minimum distance to other measurements (similar to method 3 in [14]).

The parameters of these measurements were selected by our algorithm to lie in those regions where the lower bound of the model estimate is lowest, while keeping a user-specified minimum distance to other measurements (see methods section).

The probability of choosing a point follows Boltzmann-distribution with the lower bound of the model-estimate as "Energy".

This work shows that, with the proposed NSM approach, measured process input/output data can be employed to derive directly an input/output model and a bound of the related model uncertainty.

In this paper, the system identification method is used to find out a nominal model and its uncertainty bound of the nominal model is quantified in the frequency domain through the uncertainty quantification method.

The lower bound of the full model has a superior net benefit than both the base model and treating all for all threshold probabilities evaluated except 80%.

Their input/output behaviours are guaranteed to be greater than the lower bound of the reference model set and lower than the upper bound of this set.

In fact, classical beam theory's expressions are found to be the lower bound of the proposed model solutions, and the two methods converge as the adhesive layer thickness decreases.