Sentence examples for more complex transformations from inspiring English sources

Descriptors have no such purpose, because there is very little to be done with them if there is no further information available about the type of the mathematical relationship (e.g. linear or nonlinear), pre- and post-processing (e.g. normalization, more complex transformations), etc.

The recent outburst in digold catalysis, which suggests that more complex species are involved in certain cases, augurs well for the future discovery of yet more complex transformations.

Besides defining a simple mapping from columns to data items within VLN SEEK, more complex transformations were required in cases where multiple data items were aggregated into single columns, or where information was only available implicitly in column headers.

Again, a simple additive term proved to be as efficient in predicting GFR as any more complex transformations, giving rise to a refined model (GFR=36.76+1.91 × Wt−0.47 × SCr).

This work demonstrates the power of ruthenium-catalyzed alkenylation as a platform reaction to develop more complex transformations, with multiple C H functionalization steps taking place in a single operation to access novel carbocyclic structures.

Cr-EDTA clearance was strongly correlated to body size, with a simple additive model (16.25+1.67 × Wt) proving to be as good a fit as that obtained using more complex transformations of BSA and weight.

For an entire image (a larger window), a more complex transformation is required other than only rotation to align the entire image (a larger descriptor).

In contrast, antisaccades, saccades in opposite direction of a peripheral target, require more complex transformation processes due to the inversion of the spatial vector.

However, as SDIs mature and the need for more complex transformation processes increases, generalization provides appropriate tools for supporting complex transformations for the integration of different data at different scales.

From a Minkowski space standpoint, however, the spannors involve a nontrivial action of space-time translations that deforms into a trivial action in the spinor limit and also have more complex transformation properties under discrete symmetries.

And if more complex transformation such as three-order polynomial transformation is used, more general distortions can also be removed.