Sentence examples for modeling approach employed from inspiring English sources
For this purpose we have employed two methods to generate positions of sidechain atoms: the sidechain modeling approach employed by Sali and Blundell in their comparative modeling software MODELER [25], [26] and the approach proposed by Dunbrack and coworkers [27] encoded in the Scwrl3 software.
To delineate a suitable habitat range for the red-backed fairy-wren, we used the "maximum entropy" species distribution modeling approach employed in the program Maxent 3.0 [ 41].
The modeling approach employed in the present study involves Agent-Based Models (ABMs).
Figure 10 Schematic diagram of the modeling approach employed.
The molecular modeling approach employed in this research provides a good insight into the polymer polymer, polymer solvent, and solvent solvent interactions.
Finally, to summarize, a simple finite difference thermal modeling approach employed in the present study that is based on steady-state conduction and available data has been able to aid in interpreting surface HFD distribution in the onshore Northwest Java Basin for the first time.
In this context, the goal of the present work was to advance a general QSAR modeling approach employing the residues of direct correlation with definite physico-chemical descriptors to a second (or looping) correlation with the residual QSAR method.
As better emission and high-resolution GIS data become more available, the dispersion modeling approach employing both physical and stochastic processes should provide a great tool for individual source-specific exposure estimates in air pollution health assessment studies.
The joint modelling approach employed JointSNVMix allows us to reduce the number of germline events falsely predicted to be somatic.
The BRT modelling approach employed is able to do this and has previously been shown to produce highly accurate predictions across a wide range of species.
The BRT modelling approach employed is able to do this and has previously been shown to produce highly accurate predictions across a wide range of species (Elith et al., 2006, 2008).
