In addition, it is also found that in general, the transition-zone thickness is increased when the permeability of the VAPEX physical model is decreased.
The computational time of this reduced-order model is decreased by almost one order of magnitude compared to the full-order model without sacrificing the accuracy of the results.
The total thermal resistance of the proposed model is decreased by 30.5% relative to that of the conventional no-opening model at an orientation of 180° and a heat input of 10 W.
As demonstrated in Fig. 10, by increasing length of customer time windows from 120 to 240 min, the different between 2-VRPTW and our model is decreased.
Table 2 and Table 4 show how the accuracy of the two-state model is decreased with the number of drivers.
By increasing the number of models, the range of C 50 of the training data of each model is decreased in terms of C 50 which creates acoustic models more specific for each reverberant condition.
Reducing the number of states results in an increase in DER to 1.48% for the smallest 2 Gaussian per state model, whilst the size of the acoustic model is decreased by a factor of 60.
When the salience of the model is decreased (for example substituting the scale model with a video clip), or when there is no need for dual representation (children are told that a "shrinking machine" transformed the playroom into the miniature model), performance improves.
Hepatic FXR expression in this model is decreased.
