Sentence examples for this approximation leads from inspiring English sources

This approximation leads to an error less than 1.25 × 10−7.

It is shown that this approximation leads to a known approach that uses the Bayesian risk as design criterion.

This approximation leads to a degradation of the performance whereas the strategy 2 does not consider this approximation.

This approximation leads to the Fresnel diffraction integral: frac{A u,v)}{P u,v)} = iintlimits_{-infty}^{~~~+infty} left{A x,y) e^{ifrac{k}{2z}(x^{2} + y^{2})}right} e^{-i frac{2pi}{lambda z} ux + vy)}mathrm{d}x,mathrm{d}y, (34).

High-accuracy simultaneous time-lapse 1D MT inversions have also been approximated using 2D MT codes (e.g. Rees et al. 2016; Didana et al. 2017); however, this approximation leads to small errors in the calculation of the forward-model and hence inversion result.

This approximation leads to a 2-dimensional piecewise linear differential model with the phase space delimited by the thresholds KMc, KMn and KP.

The binormal interval cannot be calculated with SAS 9.3 because the approximation leads to negative eigenvalues.

In the case of the DRSA, a strict application of this information in determining the lower approximation leads to few patients in the lower approximations, thus reducing the overall quality of approximation.

This uncoupling of the geometry mapping from the finite element approximation leads to a naturally p-adaptive formulation, well suited to parallelization, which can be implemented on unstructured, coarse meshes of high-degree elements to obtain accurate and numerically stable solutions.

This is reflected in the results section where we show empirically that the VB approximation leads to an underestimation of the variance.

Using a linear approximation leads to the process costs function shown in Eq. (6).