Sentence examples for metric to define from inspiring English sources

The results of our calculation of specificity and overall agreement between the two metrics when using the pesticide use above the 25th percentile of the CPUR metric to define the exposed population are presented in Table 4. Specificity ranged from 29% for methyl bromide to 45% for simazine and propargite.

Though advisers use more than one metric to define a value stock, the definition used by Eugene F. Fama, a finance professor at the University of Chicago, and Kenneth R. French, a finance professor at Dartmouth, is perhaps the most widely cited.

A combination of measurements and modelling allowed definition of the foam extent surrounding each injection point, and this appears to be the critical metric to define the success of the foam injection approach.

To include such a factor to the intensity λ k (t|Hτ,k) one would need to determine a numerical metric to define the impact of each event type.

Einstein formulated this relation by using the Riemann curvature tensor and the metric to define another geometrical quantity G, now called the Einstein tensor, which describes some aspects of the way spacetime is curved.

Due to Morpholino's potential off-target effects, a recent study recommends mutant phenotypes as the standard metric to define gene function in zebrafish [ 4].

Fortunately, it is possible to state an easy estimate of the left side of (2) in terms of the truncated variation of f, for f attaining values in any metric space (to define the total variation and the truncated variation of f attaining its values in the metric space ((E,d )), we just replace (|f (t_{i} )-f (t_{i-1} )|) by the distance (d (f (t_{i} ),f (t_{i-1} ) ))); see Theorem 1.

The first step towards the definition of our scheduling metric is to define the delay coefficient ωd(n,t) which represents the impact of the packet delay on the metric computation: at time instant t a packet belonging to the flow n has its delay coefficient given by ω d ( n, t ) = exp β d HOL ( n, t ) D Profile ( n ), (11).

The metric used to define statistical distance is calculated as one minus the proportion of trees where a target observation is in the same terminal node as a reference observation (Crookston and Finley 2008).

The potential conservation benefit of hypothetical spatial closures or TEDs differs depending on the metric used to define "benefit", and further depends on factors such as the spatial and temporal design of the closure, the magnitude and distribution of effort displacement, the spatial distribution of observed loggerhead life stages, and the assumed survival rate of animals passing through TEDs.

Therefore, no linkage rule is required in seriation in addition to the distance metric used to define similarities.