Sentence examples for functions suitably from inspiring English sources

KPMG insists it can keep the two functions suitably distant from each other.

The material was modeled as a finitely deforming elastic plastic solid that hardens isotropically using the von Mises, the non-quadratic isotropic Hosford and anisotropic Yld04 3D yield functions suitably calibrated.

At the opposite end of the spectrum, it can model purely epistatic interactions among the variants by choosing the mathematical functions suitably.

A hyperbolic tangent function suitably represents this variation.

In addition, Hornik et al. [24] studied the effect of W PVD by magnetron sputtering on ceramic substrates and showed that the W coating can function suitably for substrates with low hardness or wear resistance.

Comparative analyses of landslide-susceptibility and area relation curves show that both the polynomial and radial basis function suitably classified the input data of both training dataset and validating dataset, though the radial basis function was a bit more successful in success rate curves.

Then, for the values ϕ i = ϕ(x i, y i ), i = 1, 2, 3, the function value at any location inside the triangle is given as follows: Consider the linear equations (6 to obtain the non-negative solution and so that we have (7 Such a function suitably represents the variation of the samples on a highly non-homogeneous or clustered point pattern.

The output of the spline functions are suitably combined together to obtain the filter response.

The problem is traced to the large order behavior of Bessel's function and is rectified by defining a set of subdomain basis functions with suitably normalized Bessel functions that are well behaved over their domain of definition.

Here we suggest a new kind of exponential map where the exponential function is suitably computed by means of the spectral decomposition.

Finally, Figure 5 shows that in scenarios which only contain a single sender the obtained fitting function through suitably conforms to the analytical derivation as stated in expression (1) (i.e.,,, and ) within the model's design restrictions.