Sentence examples for metric yielding from inspiring English sources

Finally, we show that several different permutation metrics of interest are related to the cut metric, yielding similar results for testing with respect to these metrics.

In order to interpret the omegas as sum score reliabilities, we transformed the fitted polychoric correlations back into the original score metric, yielding the fitted covariance matrix and calculated the reliability coefficients based on this matrix, by using a SAS program [ 27].

From these properties we either get coordinates in a high dimensional Euclidean space (e.g. choosing numerical properties and using the properties' values as the coordinates) or define a metric based on similarity of the molecules (e.g. molecular fingerprints and Tanimoto distance) yielding a metric space.

The cell extraction well provided an integrated metric of source zone dissolution yielding a mean concentration of around 45% TCE solubility (taking into account dechlorination) that was equivalent to a DNAPL mass removal rate of 0.4 tonnes per annum over a 16 m2 cell cross sectional area of flow.

The cod fishery around Iceland is one of the largest in the world, yielding roughly 200,000 metric tons a year.

In addition to yielding a cardinal metric that is comparable across studies, estimating the parameters of such a structural model has several other practical advantages as well: 24 As McFadden׳s random utility specification allows for noisy decisions, subjects with inconsistent choices do not have to be dropped.

Every subsequently-acquired frame f is compared against the set of reference frames, yielding a sequence of metric values ∂ fg.

Approximately 72000 acre of soybeans were planted, yielding 55 bushels per acre (3.7 metric tons per hectare) for a total of 3.96 million bushels (107,774 metric tons).

In 2009, 94700 acre of corn was planted and 93100 acre acres harvested, yielding an average of 187 bushels per acre (11.7 metric tons per hectare) for a total corn production of 17.4 million bushels (441,980 metric tons).

An even better such energy aware performance metric is noted to be attained under the heterogeneous base station layout, yielding performance improvement factors of about 23 51% for the adaptive scheme.

However, considering current extraction technology, the location of the deposits, and many other economic and regulatory cost factors, it is unlikely that rock yielding less than about 15 gallons per short ton (63 litres per metric ton) could be processed economically from the GRF.