Chapter 5 CSV 2 Flashcards
Inhibition
;important for successful task performance by excluding irrelevant information and inappropriate actions
Lateral masking
;an example of inhibition where distractors affect target detection through lateral inhibition between sensory neurons
The Stroop effect
; demonstrates our inability to filter out irrelevant information such as interference of words on naming colors
The Simon effect
;a phenomenon where there is interference in reaction time when the location of a stimulus and the required response position are different revealing the difficulty of excluding irrelevant spatial information
Race models
;propose that relevant and irrelevant stimulus dimensions are processed in parallel and compete for entry into a central processor
Ideomotor compatibility theory
;suggests that response selection occurs directly without cognitive mediation when compatibility (dus wanneer de stimulus en de cue bijv dicht bij elkaar zijn) is high
The flanker compatibility effect
;shows that responses are slower and less accurate when the target is flanked by incongruent letters
The perceptual load hypothesis
;suggests that increasing attentional demands can reduce interference from irrelevant distractors
Inhibition of return
;Exogenous cues can turn to inhibition after a certain interval slowing down responses to targets at the cued location
Inhibitory tagging
;a mechanism where inhibition of return IOR is linked to objects in the environment helping to prioritize attention on new items rather than revisiting already explored locations
Visual marking
;a mechanism where the brain actively inhibits the locations of distractors reducing interference and facilitating the selection of a target in a visual search task
conjunction search
;the process of looking for a target based on a combination of features like color and shape and it can be more challenging and timeconsuming than searches for targets with single distinctive features
Intentional forgetting
;involves the inhibition of items in memory
The stop signal paradigm
;is used to isolate stopping processes from other aspects of performance
In the race model of stop signal performance
;the stop process races against the go process