Sentence examples for cue figure from inspiring English sources

In response to a tone cue (Figure 5B), the mice behaved similarly with no significant differences in the freezing behavior.

This was reversed in error trials, where we observed that the distribution was biased towards certainty about the reported letter but uncertain about its position relative to the cue (Figure 2F).

To further explore whether this errors may be clustered in space, we measured the distance between the position in the array of the responded letter and the position of the cue (Figure 2C).

In correct trials we observed many instances in which subjects showed high confidence for the position but not for letter-identity, and very rarely the converse relation, i.e. trials in which subjects were certain about the target they saw, but uncertain about their position relative to the cue (Figure 2E).

The resolutions or quantization steps of the binaural cues (Figure 12) can be determined by JND experiments.

However, flies travelled significantly more distance when in presence of distal visual cues than in presence of proximal cues (Figure 3).

During choices between scent and shape, the percentage of their choices did not differ significantly between shape and scent cues (Figure 5).

In all three shape versus scent tests, bats attended to nearest locations as much or more than rewarded sensory cues (Figure 5).

Paired t-tests on the individual d' values showed that sensitivity was significantly improved by auditory cues, t(19) = 2.37, p = .028 (Figure 2-left), but not by visual cues (Figure 2-right), t(20)<1.

As measured by quadrant occupancy, both DAT+/− mice and their control littermates were able to focus their search in the target quadrant in the presence of full cues (Figure 3A).

Our measurements of target quadrant occupancy on the P3 probe test shows that both the DAT+/− mice and the control littermates concentrated their search in the target quadrant in the presence of full cues (Figure 4A).