Sentence examples for refinement transformation from inspiring English sources

These correspondences can be used to compute a second rigid body transformation (mathcal {R}_{r}^), which we call refinement transformation.

By choosing the nonlinear optimization approach, we can jointly optimize both for (mathcal {R}_{r}^) and the transformation which relates the calibration pattern coordinate system and the camera coordinate system, thereby achieving a more accurate refinement transformation.

It is a challenge for automatic tool support to formal design by refinement transformations.

The influence of the cooperation and the communication contexts is expressed and maintained consistent by automated graph-based model refinement and transformation.

Extensive strategies and tool support for design refinement by transformation were developed in the 1980s and 1990s, leading to systems such as KIDS.

The ACODESA methodology allowed some intense debates mainly concerning the local character of a tangent, generating the teachers' cognitive unbalance which is a starting point for the refinement or transformation of their conceptions.

A refinement is a transformation for replacing a simple entity of a system with its functional and operational details.

Apart from the grain refinement process, phase transformation took place at late stages of deformation, resulting in the microstructural fingerprint of equaxied nanograins with multiple phases in the steel.

The experimental observations are attributed to the increase in critical stress level for dislocation slip due to grain refinement, change in transformation twinning mode in submicron grains, the presence of R-phase, and multi-martensite variants or a small fraction of untransforming grains due to grain boundary constraints.

Here, we carried on this refinement, quantifying the transformation from sensory activity to motor decision with sub-second temporal resolution.

A recent refinement of the transformation in cell culture scheme suggests that perturbation of p53, pRb, protein phosphate 2A, telomerase, Raf, and Ral guanine nucleotide exchange factor (Ral-GEF) pathways are required for the full tumorigenic conversion of normal human cells [ 11].