Sentence examples for high levels of classification from inspiring English sources

In this range, high levels of classification, indicating the vulnerability of inappropriate conditions, and by reducing the amounts of index, improved conditions (Mazzoccola and Hudson 1996).

This study suggests a feature extraction and classification algorithm for surface discharge classification, which when combined together reduced the dimensionality of the feature space to a manageable dimension, by "marrying" the wavelet to radial basis function neural network very high levels of classification are achieved.

Given it's rapid execution time, and high levels of classification efficiency, INDUS is expected to be of immense interest to researchers working in metagenomics and microbial ecology.

Conversely there has been some sceptiscm regarding the high levels of classification accuracy in neuroimaging studies, especially as recent DSM-5 field trials have reported a wide range of reliability for psychiatric diagnoses (Regier et al., 2013).

As can be seen from the figure, our method still maintains a relative high level of classification accuracy under the influence of errors in label proportions.

They claim to attain high level of classification (accuracy >80%) confirming the superiority of the entropy-based descriptors (4/5 selected features).

It would be possible for a region to exhibit a high level of classification solely because of a relative increase in signal to the unintelligible conditions, which would be hard to reconcile with the suggestion that an area coded a response to fully resolved intelligible speech percepts.

None of the companies involved in such partnerships are named; these details are guarded by still higher levels of classification.

The Obama administration confirmed for the first time on Friday that Hillary Clinton's unsecured home server contained some of the US government's most closely guarded secrets, censoring 22 emails with material demanding one of the highest levels of classification.

The classification presented here follows J.S. Nelson and, at the higher levels of classification, incorporates the work of G.D. Johnson, A.C. Gill, R. Mooi, C. Patterson, and M.L.J. Stiassny, among others.

This development has caused many biologists to abandon the Linnean system, primarily at the higher levels of classification, rather than at the genus and species levels.