Sentence examples for capable of identifying important from inspiring English sources
The results showed that the present multi-phase model is capable of identifying important parameters for the wetting behavior of the gas diffusion layers and can be used to identify conditions that might lead to the onset of pore plugging, which has a detrimental effect on the fuel cell performance.
Random forest analysis is a novel statistical methodology for analysis of HLA-mismatching and outcome studies, capable of identifying important amino acid substitutions missed by other methods.
Random forest analysis presents a robust statistical methodology for analysis of HLA-mismatching and outcome studies, capable of identifying important amino acid substitutions missed by other methods.
This would seem to indicate that our approach is capable of identifying genes important to prostate cancer pathology.
The proposed approach uses random forests, not as modelling tools for themselves, but as a method capable of identifying the most important features of a given modelling problem, which are then used as input variables to SVM models.
Hence, it is important that educators are capable of identifying those schoolchildren who may have early indicative signs of mental health problems.
It is important that clinicians are capable of identifying behaviors that contribute to the child's weight status and are able to work with the child to modify these behaviors [ 104].
It is therefore important to develop a methodology capable of identifying the presence of defective beans that enables a fast assessment of coffee grade and that can become an analytical tool to standardise coffee quality.
It is therefore important to develop predictive tools capable of identifying patients at risk for poor outcomes before surgery.
Such a choice of variables does not omit important explanatory variables and, at the same time, it is capable of identifying the relationship that the study investigates.
To overcome these limitations, we have developed a supragenome array capable of identifying over 85% of the non-rare (V > 0.1) genes (those most likely to be clinically important).
