During following decades, hydrological modeling improved significantly due to the advances in technology and computer hardware.
All PCH models, except for the ZOM PCH model, improved significantly with the inclusion of the oxygen requirement factor, although only slightly in terms of AIC and R2.
When LA size was added to a model with only baseline characteristics, the model improved significantly (p<0.0001).
The univariate model improved significantly when AUC and predicted relative change in sVEGFR-3 were also incorporated as multivariate predictors.
A variable was maintained in the model if the new model improved significantly, by calculating −2 log likelihood change, and if the variable itself was significant (p < 0.05).
The comparison of the survey results taken from the residents before and after the session showed that their understanding in the Kalamazoo model improved significantly, as did their comfort in all three selected challenging clinical scenarios.
In general, predictions obtained using the second-order model improve significantly upon first-order results for both major and minor species under fuel-rich conditions.
The MDSP model improves significantly the nitrogen adsorption porosimetry and, being fully atomistic, it is transferable to study various adsorbate-adsorbent systems.
In [21], ARMA model improves significantly the wind speed forecasts as compared to those obtained with persistence models, for forecasting one hour in advance or even ten hours in advance.
They concluded that the SNB model improves significantly the population uniqueness estimation.
