Sentence examples for capture useful information from inspiring English sources

If its cameras were even slightly off track, or if scientists' projections about Ultima Thule's trajectory were just a little bit wrong, the probe might fail to capture useful information about its target.

Since correlation has been reported between the extent of laryngeal elevation and the magnitude of the A-P swallowing accelerometry signal [35], it is hypothesized that vibrations in the S-I axis also capture useful information about laryngeal elevation.

Apart from encapsulating residue composition, the PSSM profiles capture useful information about conservation of residues at crucial positions within the protein sequence, because in evolution the amino acid residues with similar physico-chemical properties tend to be highly conserved due to selective pressure.

It is very difficult to capture useful information directly from ISN, while TEDG simplified the topology by capturing the backbone of tumor evolution.

Thus, physical maps will also help to investigate a structural evolution that has occurred between two genomes and to allow researchers to effectively shuttle between the genomes to capture useful information for crop improvement and basic genetics research (Ha et al. 2012).

A central focus of designing the RInChI was that the barrier to its use should be as low as possible, whilst still capturing useful information.

By capturing useful information generated during the computation of the C-space, the new method enables the GA to explore both the geometry and the topology of the design during the evolutionary process.

We see all measures of an individual's race as capturing useful information and suggest that examining differences between the measures provides insight into how an individual's race can be defined differently in different contexts.

Metrics were either considered in terms of interpretability and or scope of accuracy in capturing useful information; views on accuracy did not always match with views on interpretability, and vice versa, see Figure 4.

Our results demonstrate that the Spectral Angle Cosine (SAC) is the most effective metric to capture useful spectral information pertinent to the equivalent water thickness (EWT), and three spectral intervals (970 1150, 1330 1350 and 1584 1760 nm) are suitable for the retrieval of leaf water content.

Spectral similarity metrics may be a new effective tool to capture useful spectral information pertinent to leaf biochemical components, not only EWT but also other components such as chlorophyll and nitrogen content and they have potential to be adapted to canopy level observations.