Only pre-cueing but no retro-cueing effects emerge with masked arrow cues.
The impact of masked stimulation on cognitive control processes is investigated with much interest. In many cases, masked stimulation suffices to initiate and employ control processes. Shifts of attention either happen in the external environment or internally, for example, in working memory. In the former, even masked cues (i.e., cues that are presented for a period too short to allow strategic use) were shown efficient for shifting attention to particular locations in pre-cue paradigms. Internal attention shifting can be investigated using retro-cues: long after encoding, a valid cue indicates the location to-be-tested via change detection, and this improves performance (retro-cue effect). In the present experiment, participants performed in both a pre- and a retro-cue task with masked and normally presented cues. While the masked cues benefitted performance in the pre-cue task, they did not in the retro-cue task. These results inform about limits of masked stimulation.
['Janczyk|Markus|M|', 'Reuss|Heiko|H|']
D000328:Adult D001288:Attention D003463:Cues D005260:Female D006801:Humans D008297:Male D010470:Perceptual Masking D011597:Psychomotor Performance D014796:Visual Perception D055815:Young Adult
Pre-cue Retro-cue Attention Masked cueing