The response of model performance to grid size was non-linear and while the smaller grid sizes (⩽120 m) improved the hydrodynamic model results, these offered only slight improvements at very significant computational costs compared to grid size of 120 m, with grid sizes 250 m and greater decreasing in model accuracy.
Additionally, the appropriate use of these models offers the advantage of being slightly more efficient; they yield more precise estimates (i.e. smaller standard errors).
Thus, the therapeutic benefit of IGF-1 in these models offers a clinically relevant strategy for the treatment of skin inflammation in ACD.
These model developments offer information about the relation of AOD with ground-level PM2.5 and its chemical composition.
These models offer significant advantages over other models of an impaired IGF1 axis, allowing the study of the autocrine effects of IGF1 independent of the IGFBPs.
Although these models offer advantages such as the simulation of the dynamics and the modeling of complex relations between the components of a network, there are also drawbacks like an increased computational effort for network structure and parameter optimization.
These models offer the advantage over the traditional Exploratory Factor Analysis models in that they also allow for assessing other relevant features as, for instance, potential item residual correlations (which may arise from item content redundancies).
Our Paneth cell ablation model provides a complementary approach to these two models, and offers unique advantages over both.
These models offer seemingly incompatible images of the United States, of its enemies and of war itself.
Still, if the world craves a solution to the small camera/big sensor challenge, these models offer some novel solutions to the puzzle.
