Sentence examples for translation which can be from inspiring English sources

We show that in a family of possible translations to the fluid model, there is an optimal translation which can be expected to introduce least error.

Under these circumstances, eMarketer's Ramsey predicts that sites will put automated translation, which can be customized for a business or industry, on their own servers for users to access.

Standard manifold alignment techniques require a small amount of cross-domain correspondence relationships to learn mapping functions, but these correspondences are often difficult to obtain and sometimes require manual translation which can be highly expensive.

So when we scale the time, we translate t to a suitable interval so that the function is still a solution after the translation, which can be guaranteed by the following lemma.

Especially, the results discussed in this paper show a decrease of 2% of the DORIS orbit residuals as well as a strong reduction of the annual terms of the TRF scale and Tz translation which can be explained by the application of the TVG model.

These rules provide the possibility for a dynamic translation which can be adapted to the required results.

They serve as points of triage during stress, differentiating which transcripts need urgent translation and which can be sequestered in the granule for translation at a more favourable point in time (Kedersha and Anderson, 2002).

Recent findings have shown that LETM1 regulates mitochondrial biogenesis and translation system which can be implicated in tumorigenesis and cancer [17].

Isoforms of EIF4EBP code for the 4E-BP that bind eIF4E, thus, preventing translation initiation which can be considered part of the core of mTOR signaling (Fig. 1).

Differences between gene expression in the different AT depots and the protein levels in the blood can be caused by differences at the translation level, which can be influenced by cytokines.

Protein translation is a multistep process which can be represented as a cascade of biochemical reactions (initiation, ribosome assembly, elongation, etc)., the rate of which can be regulated by small non-coding microRNAs through multiple mechanisms.