Sentence examples for facilitate inference from inspiring English sources

Our methods relax previous assumptions of multistate mark-recapture models and facilitate inference from ecological systems where sampling effort is highly constrained.

In the context of CBN learning, we utilize pathways as priors to facilitate inference and lessen the computational complexity.

18, 124 Our cross-sectional study design did not facilitate inference into the causal nature of observed nutrition and food security associations with P. falciparum parasitemia.

We also plan to use CoreSC annotated papers in biology to guide information extraction and retrieval, characterize extracted events and relations and also facilitate inference from hypotheses to conclusions in scientific papers.

In combining a WIKI-like interface with a broad collection of hyperlinks to gene-centric and experimental databases, NovelFam3000 is a unique tool to facilitate inference of protein domain functions.

New techniques that estimate the affinity of TFs to all possible k-mers provide a new opportunity to study DNA protein interaction mechanisms, and may facilitate inference of binding preferences for members of a given TF family when such information is available for other family members.

On Field's view the function of mathematics is to facilitate inferences from certain empirical, and nominalistically acceptable, statements to others.

To facilitate inferences about precursors and followers, and therefore about imitation, future research should involve the observation of an entire industry over an extended period of time.

The lack of statistical confidence in some tree branches did not facilitate inferences regarding the evolutionary history of these copies in M. hyorhinis HUB-1 (Additional file 26).

Moreover, although sliding window analyses facilitate inferences of selection by reducing locus-to-locus variation, the size of the window is often subjectively determined which can influence the final results and interpretations.

Natural frequencies facilitate inferences on the likelihood of having a disease because they carry implicit information about baseline risks, reduce the number of computations required to determine the positive predictive value of a test, and correspond to the way that humans have experienced statistical information for most of the history of mankind [ 27].