Sentence examples for numerical representation for from inspiring English sources

Overall, the study has developed novel methodologies in numerical representation for improved nucleotide to numeric mapping, spectral analysis for effective period-3 spectral value computation, and thresholding for more accurate classification of unknown exon and intron sequences of fixed and arbitrary length.

The Voss representation (i.e., the Code 17) is a commonly used numerical representation for period-3 spectral classification of exon and intron sequences [1, 2, 17, 24, 25].

It is widely believed that numeracy is founded upon a non-symbolic system of numerical representation (for reviews, see [1], [2]).

Previous studies have used functional magnetic resonance imaging (fMRI) to examine the numerical representation for numbers as a function of modality or notation in the human intraparietal sulcus (IPS) (Eger et al. 2003; Cohen Kadosh, Cohen Kadosh, Kaas, et al. 2007; Piazza et al. 2007; Jacob and Nieder 2009; Cantlon et al. 2009).

There are a number of numerical representations for nucleotide sequences.

We investigate three different numerical representations for nuclear mean-field calculations: finite differences, Fourier representation, and basis-splines.

The main purposes of this article are to introduce novel codes for 1-sequence numerical representations for spectral analysis and compare them to existing codes to determine appropriate representation, and to introduce novel thresholding methods for more accurate period-3 based exon and intron classification of an unknown sequence.

Thus the compatibility effect can serve as a quantifiable measure indicating the robustness of simultaneous processing of multiple (i.e., decomposed-digit) numerical representations (for a review, see Nuerk, Moeller, Klein, Willmes, & Fischer, 2011).

As much as 666 features derived from five categories of amino acid properties and one protein structure feature are used for numerical representation of proteins.

See Supplementary Figure S2 for a visualization of the model structure, Supplementary Figures S3 and S4 for the averaged connectivity parameter estimates, and Table 1 for a numerical representation of the results.

The monotonicity property is natural for any numerical representation of an order between the elements of (mathcal {X}).