Sentence examples for most suitable computational from inspiring English sources

The study used a coupled discrete element method and computational fluid dynamics (DEM CFD) code because DEM CFD is the most suitable computational method for modeling the frequent interactions of dense assembly of rigid particles and enables modeling of two-way solid fluid interactions.

Establishing which primer receives which modification is determined by the type of probe designed to be most suitable according to strict computational analysis of the target internal sequence.

This makes Arabidopsis the most suitable model for the computational characterisation of any group of genes, especially because DNA replication and repair mechanisms are highly conserved across many evolutionarily divergent phylogenetic groups.

The user-friendly GUI provides different tools and parameter options to investigate most suitable reference genes without the requirement of high computational resources and technical expertise.

Afterwards, the optimized COSMO-RS approach was applied to select the most suitable RTILs for C3H6/C3H8 separation based on driving a computational screening of 696 RTILs.

In addition, a number of LBP variants have been incorporated in the experimental analysis to identify the most suitable texture analysis operator in terms of diagnostic capability and computational complexity.

Furthermore, as intrinsic differences exist among the breast tumor, we also attempt to figure out the correlation between the cell lines and different breast tumor groups and design an efficient computational framework which helps to select the most suitable cell line models for a specified tumor type.

With its flexibility for data integration and the availability of supporting algorithms and computational tools, PBN is one of the most suitable modelling frameworks to describe and analyse complex biological systems from molecular to physiological levels with possible future application at clinical level.

These comprise formulation in lipid-based colloidal drug delivery systems and experimental as well as computational approaches towards the efficient identification of the most suitable carrier systems.

Along with the classification performance, this computational measurement would enable us to decide the most suitable feature extraction operator for the proposed system.

Furthermore, energy flow and computational time are used as criteria to identify the most suitable discretization and fidelity of the sub-models in question.