Sentence examples for modeling method as from inspiring English sources

The object with ligand docking to more than one-protein 3D structure was to overcome inherent limitations of the computational modeling method, as well as to minor flaws that may be present in the individual crystal structures.

This modeling method, as the prerequisite step for gain-scheduling robust control synthesis, paves the way for further step towards the implementation of LPV gain-scheduling modeling and control techniques for full robot in the next step.

For the autophagy pathway, we follow [ 4] and the neural network modeling method as it is described in [ 4, 30].

The focus will be on coupling various modeling methods as well as co-simulation between Finite Element analysis and system simulation.

In section 4, research issues on network centric and user centric caching optimization are introduced, including modeling behavior of the caching system, related analytical modeling methods as well as simulation.

Transmembrane (TM) proteins are important targets for computational modeling methods, as they are ‐ despite recent progress ‐ significantly underrepresented in the Protein Data Bank [ 44].

Future studies might consider using dynamic modeling methods as the basis of economic evaluations to capture the potential effects of coverage and herd immunity.

Traditional methods that looked for associations between gene expression and gene body CG methylation (which find a positive correlation between the two), and modeling methods as applied here followed by only analysis of the simple linear terms (which finds a negative correlation) come up quite short in portraying the role of gene body CG methylation in transcriptional regulation.

The other one is the dynamic solution for the pantograph catenary interaction, including the dynamic modeling method, solution algorithm as well as some simulations for external disturbances, such as wind, iced line and irregularities of contact wire.

The applications of this method in a simple ring network and a complex mesh network show that the proposed method has significant advantages over the traditional modeling method, such as clear physical concepts, simple calculations, and ease of implementation with conventional computational software.

Over the last few years, a particular type of modeling method, known as "Grey" or "Partial Bounce Back" Lattice-Boltzmann (LB), has been adopted by increasing numbers of researchers to try to account for sub-resolution pores in the modeling of water and solute transport in natural porous media.