Sentence examples for are faster to identify from inspiring English sources

This conclusion is partially supported by a word-spotting study [6] which shows that both English and Dutch listeners are faster to identify a target word in a carrier sentence when it follows an uh in comparison to a control condition without the uh.

IRR differs from the ARQ of the end to end transport layer in that IRR is faster to identify lost packets and to initiate a retransmission request.

Compared with participants who were first shown pictures of white faces, those who were primed with black faces in Payne (2001) were faster to identify pictures of guns as guns and were more likely to misidentify pictures of tools as guns.

Testing the spatial framework hypothesis, Franklin and Tversky showed that an isotropic notion of space is undercut by response time biases where individuals in an upright position were fastest to identify objects from an imagined array above and below them, slower to identify objects in front of or behind them, and slowest to identify the location of objects on a lateral left right body axis.

By using a variety of data sources and algorithms, early-stage venture capitalists are moving faster to identify winners before others find them first.

Similarly, in the context of an ambiguous description of a job interview, socially anxious individuals were relatively faster to identify words matching threatening rather than benign inferences about the outcome (e.g. 'fail' rather than 'succeed'; Hirsch & Mathews, 1997; 2000).

As a "close air support" ground-attack aircraft to help US troops engaged in combat, the F-35 is too fast to identify the targets it is shooting at; too delicate and flammable to withstand ground fire, and too short-legged to loiter usefully over embattled US ground units for sustained periods.

It needs to be fast to find and easy to identify.

In all but one dataset, GSNAP was fastest at identifying short indels.

The Prove-it PCR and microarray-based platform, targeted for over 60 bacterial species, has proven to be faster in identifying bacterial species in positive blood cultures than the conventional culture-based methods in sepsis diagnostics.

Another important finding of the present study is that BT consumers were faster in identifying target location in the visual search task.