Sentence examples for transformation equivalent to from inspiring English sources

All three parameter estimates were near zero with their respective 95%% confidence intervals including zero, suggesting that the natural (base e) logarithmic transformation (equivalent to λ = 0) was suitable for transforming the distribution towards normality [ 37].

We have chosen the medial axis transformation as a skeletonization method; this transformation is equivalent to a morphological thinning on a binary mask that preserves the topology of the original image [ 43].

The present paper shows that model with this transformation is equivalent to the above-mentioned nonlinear model.

Furthermore, it is shown that the model with this transformation is equivalent to the nonlinear model and is easier to be solved.

When applied to return data, this transformation is equivalent to applying the constant-mean-return correction (see Brown and Warner 1985, pp. 4 5).

The original coordinate transformation is equivalent to: begin{aligned}& r_{mathrm{KS}}(s) = R_{0} + e^{s}, end{aligned} (49) begin{aligned}& theta_{mathrm{KS}} vartheta) = vartheta+ frac{h}{2} sin(2 vartheta), end{aligned} (50 where (R_{0}) and h are parameters which control, respectively, how much resolution is concentrated near the horizon and near the equator.

Removal of the Dcm methylation site from the pAMG205 pyrF gene via silent mutation resulted in increased transformation efficiencies equivalent to that of pAMG206.

Recombinants generated by natural transformation are equivalent to the "nearly isogenic lines" used for genetic mapping in eukaryotes, though in bacteria they are considerably easier to generate and cheaper to comprehensively genotype.

Because the explanatory and response matrices X and Y are multiplied in the course of VARPART and RDA analyses, this transformation is equivalent to multiplication by C−1 in standard PGLS approaches.

This transformation is approximately equivalent to the shift of one plane (two atoms) along the main axis of the fourth order by 0.006 nm for Co and by 0.005 nm for Fe.

For linear relationships, the clr transformation is therefore equivalent to a log transform.