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The computations show that, as compared to the classical sampling expansion in [14], the variant with the Gaussian multiplier provides a strikingly high improvement of the accuracy.
Our computations show that proteins with SNPs in one or more of its domains are significantly more likely to be associated with human disorders.
Numerical computations show that (x^{ast}=0.385ldots) .
Numerical computations show that (alpha _{1}=-0.36131140cdots).
then and for Furthermore, straightforward computations show that (3.18).
Numerical computations show that (tau _{0}=0.719ldots) and (lambda=0.991ldots) .
Simple numerical computations show that (2.19) holds for.
Computations show that rotation can alter these profiles.
From (14) easy computations show that 0 le H-D) < p_{le H-D
In this case, simple computations show that (l=q+1, m=p+q+1).
The above computations show that there is a solution whose existence is governed by Lemma 3.7.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com