Nevertheless, the results of this study suggest that the reasonably simplistic modeling approaches utilized in this study may be applied at other field sites to estimate parameters and conceptualize dominant transport processes through highly heterogeneous, unsaturated material.
Due to the complex nature of the outdoor airflow around the buildings in urban neighborhoods, a practical modeling approach utilizes multi-scale modeling to account for different spatial and temporal scales for the relevant transport processes.
Again, a general linear modelling approach was utilized to account for IQ when examining group differences on the standardized language and behaviour measures, with just the summary scales being modelled in these analyses.
This project uses a spatial suitability modeling approach that incorporates fuzzy logic and utilizes both physical and economic variables.
We utilize a novel modeling approach to untangle the complex interactions between methylation and gene expression.
Next, a controller is proposed based on model predictive control approach utilizing pre-defined constraints on the control inputs (UFR and DSC) as well as the output (SBP) and minimizing an objective function.
This integrated approach, utilizing modeling, clinical, and in vitro data, emphasizes the importance of hepatic and extrahepatic distribution, assessment of inhibitory potential in relevant in vitro systems, and intracellular unbound concentrations to assess transporter-mediated hepatic DDIs.
For this reason, we selected the guinea pig model to better evaluate our delivery approach utilizing a small animal model with skin similar to humans.
We present in this paper our efforts in this direction by simulating the distribution of fluids by analytical approach utilizing flow channeling model of a manifold to increase the power output of the fuel cell stack.
This means that modeling of exon evolution needs a combined approach, utilizing both outgroup and ingroup techniques.
