Sentence examples for transformations significantly from inspiring English sources

LDA and MLLT feature transformations significantly improved performance by approximately 2.6 5.5 %.

Since phase transformations significantly affect the electrical, optical and mechanical characteristics of machined surface, the machining processes also have important implications for the manufacture of Si substrates, microelectromechanical systems and, microelectronics devices.

Here we point out a simple property of subword trees that makes checking tree isomorphism in this context a straightforward process, thereby simplifying the transformation significantly.

Its use is however quite limited as soon as the objects to be registered arise from each other by a transformation significantly different from a Euclidean motion.

Finite element simulations incorporating the volume change associated with this transformation indicate that the transformation significantly influences the distribution of stresses and strains in TBC systems.

Depth-first BnB (DFBnB) using iterative ε-transformation significantly improves upon DFBnB on random trees with large branching factors and deep goal nodes, finding a better solution sooner.

This transformation significantly affects the cementitious composite array, causing changes in the microstructure, chemical compounds and harmful consequences for physical properties, such as porosity/permeability and mechanical resistance.

While the high costs of labour and transportation and complicated environmental and land-use constraints still tend to discourage outside investment, major improvements in infrastructure have lowered the costs of economic transformation significantly.

Being a volume measurement technique, usually segmentation/thresholding is adopted to turn volume to coordinate measurement enabling the use of well-known computational algorithms: this transformation significantly contributes to measurement uncertainty.

These findings show that the β (bcc) to αm (hcp) massive transformation significantly contributes to development of the Ti 6Al 4V microstructure during AM by SEBM, providing an alternative microstructural design strategy for AM of Ti 6Al 4V and other titanium alloys.

Without the nonlinear transformation from non-normal variables to normal variables as required by the first order reliability method (FORM), MVFOSA is also more accurate than FORM in certain circumstances, especially when the transformation significantly increases the nonlinearity of a performance function.