"Error first model" is preferred for the modeling and definition of geometric errors of rotary axis.
Zero-Inflated Negative Binomial (ZINB) Model is preferred to develop crash prediction model with significant variables.
However, for controller synthesis and practical considerations, a low-order model is preferred.
A quadratic polynomial model is preferred for transesterification efficiency prediction with coefficient of determination (R2) of 0.9815.
Therefore, the MLP model is preferred as a highly precise model in predicting ηith compared to the MLR model.
Among the available performance models for photovoltaic systems, the single diode model is preferred by many authors, since it combines relative simplicity and accuracy.
(1) Due to the better model accuracy and robustness, the Thevenin model is preferred for UC cell modeling with the maximum errors less than 8 mV.
The orthotropic model is preferred over the isotropic model because it is less tedious, requiring less computer memory and computational time, and is more practical for design purposes.
Furthermore, and most importantly, these measures or tests do not provide any intuitions into why a specific distribution (or model) is preferred over another (Goodness-of-Logic).
(2) Compared with the other four UC models, the Thevenin model with one-state hysteresis (Thevenin-hys model) is preferred for UC pack modeling because of its better performance.
Due to its simplicity, the 2N model is preferred in terms of implementation [15, 16].
