Sentence examples for that effectively classifies from inspiring English sources

This shows that, despite its simplicity, the Kolmogorov Smirnov test is an extremely powerful method that effectively classifies different vibration signatures, allowing for its safe use as another condition monitoring technique.

While much AKI biomarker research has appropriately focused on diagnosing AKI earlier than SCr [ 22- 25], there have been fewer advances in identifying novel biomarkers that can effectively classify patients with AKI as more likely versus less likely to progress [ 26, 27].

This result shows that the proposed method is effectively classifies clinical Problem-Action relations.

We supposed that the probe-set method, which effectively classifies organisms according to their metabolic differences, is applicable in this regard.

Even the fossil record provides no forms that connect with any other group, although there are of course some fossils of individual plant parts that cannot be effectively classified.

The congruence relation effectively classifies the submodules with a finite rank core operator.

The authors concluded that GLGS outperforms SVMRFE in microarray data analysis [ 17], a finding that our previous work corroborates in that we found that GLGS also effectively classified microarray data [ 18].

A primary goal of eMERGE is to develop and validate electronic algorithms that accurately and effectively classify patients with respect to specific medical conditions such as cataracts [ 7].

We perform simulations and show that adaptive-flood can effectively classify individual nodes as routers/flooders, achieving performance equivalent to, and in some cases significantly better than that of network-wide routing or flooding alone.

Furthermore, it is possible that PNA fluorescence probe effectively classify the co-existed SNP, insertion and deletion within short amplicon (32 bp) without any interference, which completely resolve the problem of high resolution melting (HRM) genotyping method.

Thus, knockdown of genes that affect the cell cycle followed by clustering of genes based on coexpression very effectively classified genes according to biological subprocesses that are central to regulation of the cell cycle.