Sentence examples for numerical transformation from inspiring English sources

This is a procedure of effective numerical transformation of the one-dimensional scattering profiles into three-dimensional model structures.

A numerical transformation enables true birefringence profiles to be produced, which enable the assessment of localized molecular orientation and stretching around the stagnation point.

Hence, this proposed scheme suggests an efficient model for performing floating point operations to reduce power consumption by reducing the operation complexities using log conversion [23].This reduces the overall computation burden, as the process is simply a numerical transformation to the logarithmic domain.

AHRQ recommends using percentages of positive answers for each sub-dimension, but those calculation methods decrease the amount of information during numerical transformation.

The "parent matrix" refers to a matrix obtained by a numerical transformation that accounts for the spatial arrangement, intensity, and relationship of the voxels contained within the VOI.

Prior to regression modelling, all numerical variables, i.e. all except 'disproportional reporting' and 'time trend' (see Table  1), were subjected to mathematical transformation (see Fig.  1).

An efficient method (by which aliasing is eliminated) for numerical Fourier transformation has been developed and applied.

The average H R t) is obtained from an exact formula involving the averages of λ 13 t and λ 23 t which are computed through a numerical approximation (transformation of the time from continuous to discrete values) (See the Appendix B: Calcul of the average exposure effect not adjusted for the covariates).

Thus the average H R t) is obtained from an exact formula involving the averages of λ 13 t and λ 23 t which are computed through a numerical approximation (transformation of the time from continuous to discrete values) (See the Appendix B: Calcul of the average exposure effect not adjusted for the covariates).

For this purpose, a new method to detect linear and nonlinear resistivity sensitively by combination of pulse delta method and numerical Fourier-transformation has been designed.

By giving simply supported boundary conditions and assuming that the material properties of the plate have an exponential law distribution along the thickness-coordinate, the equations were solved by the numerical Laplace transformations and shooting methods for transient thermal responses of a three dimensional functionally graded rectangular plate due to a thermal shock on its top surface.