According to the dimensional-overlap model (Kornblum, 1992), irrelevant dimensions that overlap with a stimulus dimension (e. g., Stroop-type stimuli) are processed by a different stage than those that overlap with the response (e. g., Simon-type stimuli). We show that the effects of these two types of overlap are additive, thus supporting the model's hypothesis. We also show that the time course of facilitation and interference is different for these two types of overlap.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/47499/1/426_2004_Article_BF00419699.pd
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
The dimensional overlap (DO) theory categorizes various stimulus-response compatible effects (e.g., ...
In the field of cognitive control, dimensional overlap and pathway automaticity are generally believ...
Extensive studies have been conducted to examine various attentional control effects that stem from ...
Extensive studies have been conducted to examine various attentional control effects that stem from ...
Every day we receive constant stimulation through our senses and take quick and accurate action. Hum...
The dimensional overlap (DO) model proposes distinct mechanisms for stimulus-stimulus (S-S) and stim...
The dimensional overlap (DO) model proposes distinct mechanisms for stimulus-stimulus (S-S) and stim...
Stimulus-stimulus (S-S) and stimulus-response (S-R) consistency appear in many standard psychologica...
Stimulus-stimulus (S-S) and stimulus-response (S-R) consistency appear in many standard psychologica...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
The Dimension Overlap (DO) model accounts for stimulus-stimulus (S-S) and stimulus-response (S-R) co...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
The dimensional overlap (DO) theory categorizes various stimulus-response compatible effects (e.g., ...
In the field of cognitive control, dimensional overlap and pathway automaticity are generally believ...
Extensive studies have been conducted to examine various attentional control effects that stem from ...
Extensive studies have been conducted to examine various attentional control effects that stem from ...
Every day we receive constant stimulation through our senses and take quick and accurate action. Hum...
The dimensional overlap (DO) model proposes distinct mechanisms for stimulus-stimulus (S-S) and stim...
The dimensional overlap (DO) model proposes distinct mechanisms for stimulus-stimulus (S-S) and stim...
Stimulus-stimulus (S-S) and stimulus-response (S-R) consistency appear in many standard psychologica...
Stimulus-stimulus (S-S) and stimulus-response (S-R) consistency appear in many standard psychologica...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
The Dimension Overlap (DO) model accounts for stimulus-stimulus (S-S) and stimulus-response (S-R) co...
Stroop-like and Simon tasks produce two sources of interference in human information processing. Des...
The dimensional overlap (DO) theory categorizes various stimulus-response compatible effects (e.g., ...
In the field of cognitive control, dimensional overlap and pathway automaticity are generally believ...