Sentence examples for perceived interval from inspiring English sources

We computed an alternative index by recoding the misperception to zero whenever the actual unemployment rate fell anywhere on the perceived interval.

Simulations confirm that the observed distortions of perceived interval duration due to temporal structure are in accordance with the predictions of a logarithmic interval model.

Knowing that a global temporal context might influence perceived interval duration (Jones & McAuley, 2005), we created experimental conditions in which we manipulated the likeliness of crossmodal grouping of auditory and visual stimuli by introducing a global context that promoted intramodal grouping of auditory stimulus elements instead (Experiment 5).

For example, nontemporal stimulus characteristics, such as familiarity (e.g., Devane, 1974; Witherspoon & Allan, 1985), complexity (e.g., Schiffman, & Bobko, 1974), sensory modality (e.g., Goldstone & Lhamon, 1974; Wearden, Todd & Jones, 2006), and context (e.g., Dyjas & Ulrich, 2013; Hellström, 2003), influence perceived interval duration.

In Experiment 1, we aimed to determine whether perceived spatial interval between successive flashes was modulated by temporal intervals between accompanying beeps.

The array with the spatial intervals that were expected to be inconsistent with the perceived spatial interval in the familiarization phase was defined as the novel visual array.

The tau effect refers to the phenomenon whereby perceived spatial intervals of successive flashes are affected by the temporal intervals between them.

We hypothesized that if the audiovisual tau effect occurred in infancy then infants would preferentially look at the flash array with spatial intervals that would be expected to be different from the perceived spatial intervals between flashes they were exposed to in the familiarization phase.

These results suggest that the perceived spatial intervals between flashes in this experiment were not distorted.

On the other hand, it would be expected to be present if perceived spatial intervals between flashes were distorted due to the simple temporal capture of the second pair of flashes by the second beep.

These results also indicate that perceived spatial intervals between the pairs of flashes in the familiarization phase were distorted for the infants, resulting in a preference for the novel array in the test phase.