Sentence examples for most efficiently characterized from inspiring English sources

The amount of detectable trend in mass emissions and concentration was determined for sample sizes 3 and 7. Single storms were most efficiently characterized (small bias and standard error) by taking 12 samples following a flow-interval schedule and using a volume-weighted estimator of mass emissions.

Mean area under curve ((AUC >0.79) between the two subsets was used to identify a signature that included the eight common modulated miRs, which most efficiently characterized the difference between tumoral and peritumoral tissues (miR-204, miR-148a, miR-31, miR-375, miR-21, miR-135b, miR-196a, miR-196b).

Indeed, critical system failures can be efficiently characterized through a state space manifold.

The most important issue in emotion speech recognition is the extraction of discriminative features that efficiently characterize different emotional state.

We aimed to (i) obtain a functional annotation of a substantial portion of the song sparrow transcriptome; (ii) compare transcript divergence; (iii) efficiently characterize single nucleotide polymorphism/indel markers possibly fixed between song sparrow subspecies; and (iv) identify the most common set of transcripts in birds using the zebra finch as a reference.

Zonotopes are used to efficiently characterize the set of inputs that are guaranteed to lead to outputs that are consistent with at most one fault scenario.

Therefore, an alternative strategy is required to efficiently characterize unknown pathogenic genes.

A new fractal representation is designed to efficiently characterize state transitions among segmented sub-regions.

Specifically, it can efficiently characterize nonconvex and poorly connected viable spaces.

gallus); (iii) efficiently characterize a set of single nucleotide polymorphism (SNP)/indel markers that may be fixed between song sparrow subspecies; and (iv) identify the most common set of transcripts present in bird species using the zebra finch as a reference.

This method efficiently characterizes large regions of system design space and quickly generates alternative hypotheses for experimental testing.