Sentence examples for visual mask from inspiring English sources

In the "megastudy" by Lemhöfer et al. (2008), more than 1,000 English monosyllabic words that alternated with a visual mask had to be visually recognized by participants in three sessions.

Here, we present a simplified paradigm for comparative visual search in which gaze-measurements are replaced by switching of a visual mask covering one stimulus array at a time.

All methods were similar to those in Experiment 2, except that whenever the word was absent from the GG, we presented a visual mask equal in length to the maximum length of the secondary task words (e.g.g"#######").g

A visual mask based on bilateral filtering is used for the embedding region selection while the watermark intensity in each wavelet decomposition subband is modulated according to a contrast sensitivity function.

To test this possibility, in Experiment 5 we presented a persistent visual mask on the GG that was replaced by a word at the onset of the primary visual search task.

If we were to ignore the first test, our results supports our hypothesis because there are only small error differences between 'on' and 'off' for the visual mask (see differences between Tests 3 and 4, Tests 5 and 6, and Tests 7 and 8).

Gaillard et al. [77] have conducted an intracranial iEEG experiment using a visual masking procedure, performing trials with and without conscious visibility of masked words (with and without showing a mask very shortly after presenting the word), concluding that conscious processing takes place 200 300 ms post stimulus.

However, the neural processes affected by visual masking and TMS remain unclear.

They are compared using functions modeling the visual masking of the spatial and temporal impairments.

The subband differs from each other in terms of its sensitivity and visual masking properties.

However, current state-of-the-art models of visual masking have been optimized for artificial targets placed upon unnatural backgrounds.