Sentence examples for improve transferability of from inspiring English sources

Direct predictors are also expected to improve transferability of models beyond the area of study.

A ratio of crop evapotranspiration (ETC) to reference evapotranspiration (ETO) determines a crop coefficient (KC) value, which is related to specific crop phenological development to improve transferability of the KC values.

Yet, we hope that offering a dedicated platform for such research will promote its importance, elevate standards, improve transferability of findings from bench to bedside (and back), and stimulate clinicians, basic scientists and, particularly, the next generations of researchers to actively participate.

Partial reporting of disaggregated data in the published economic evaluation limited its usefulness in the South African context although local costs were used to improve transferability.

All conversations were digitally recorded and then transcribed to improve transferability.

As shown in Figure 2, Welte proposed the use of a transferability decision chart that takes into account 'knock-out' criteria, a transferability checklist, and methods for improving transferability and for assessing the uncertainty of transferred results.

DFTB3 improves transferability and overall accuracy for several properties.

We have tried within this analysis to improve the transferability of the results to the wider NHS and other care providers by estimating costs using nationally reported unit costs and accounting for potential variation in costs to different providers.

In agronomic species, an interesting way to improve the transferability of genetic knowledge and avoid additional costs of developing and phenotyping specific genetic material is to conduct in silico QTL mapping, i.e. based on available phenotypic and genetic data from commercial breeding programs [ 17].

Further, we investigated different approaches for improving temporal transferability of the species distribution model (SDM).

The so called material based approach considers the elastic-plastic material behaviour through a combination of the local and the global approach, improving the transferability of material fatigue properties to arbitrary geometries while reducing the numerical effort for fatigue life estimation.