Sentence examples for metrics capable of from inspiring English sources

Research is further complicated by the existence of different stress types and the lack of metrics capable of discriminating stress levels.

We evaluated 156 sites in two river basins (Paraná and São Francisco) and selected metrics capable of distinguishing stream-sites across a gradient of anthropogenic disturbances.

The fundamental question is then, how well are these different objective metrics capable of predicting the relative perceived quality levels when video sequences with qualitatively different types of distortions are compared?

As a result, particular attention has been devoted by the academic community to the introduction of novel routing metrics capable of taking into account wireless channel characteristics [11] and to multiradio/multichannel architecture capable of increasing the overall network capacity [12].

Failure of geological proxies to yield metrics capable of distinguishing between rainfall seasonality induced by migrations of the Inter-tropical Convergence Zone (ITCZ) from that attributable to topographically modified seasonal pressure reversals has frustrated attempts to understand mechanisms underpinning monsoon development and dynamics.

Each category, further split into subcategories, had a set of indicators and metrics capable of providing the size of the impact (see Table 2).

Moreover, as a central element in the discussion of metrics, HRH metrics should be capable of informing comparisons over time and space, in countries and/or regions, concerning a particular experience in the field of HRH [ 8].

Hence, gait metrics that are capable of describing differences between the affected and contralateral limb in time may be the preferred measures of gait compensations associating with lumbar radiculopathy in the rat.

Time-based metrics which are capable of quantifying the number of years spent in different health states, those that can account for the severity of disability and those that can be used to compare burden between diseases and populations are particularly useful to this end.

Since surface metrics would require continuous variables capable of representing landscape characteristics, this study also explores the utility of a 2-band Enhanced Vegetation Index (EVI2) as a gradient surface.

Depending on the theoretical assumptions and metrics included, these methods are capable of uncovering substructures that represent specific biological functions.