Quarterly Journal of Experimental Psychology · 2006 · 175 citations · 17 references
Artificial IntelligenceEngineeringAffective NeuroscienceCognitionAttentionPsychologySocial SciencesEarly VisionNew DirectionRobot LearningCentral ArrowsCognitive NeuroscienceMultisensory IntegrationSpatial ReasoningCognitive ScienceMachine VisionBehavioral SciencesPredictive ArrowsVision ResearchExperimental PsychologySocial CognitionSpatial AttentionVisual FunctionPredictive CodingVisual ReasoningEye TrackingSpatial Cognition
It was long believed that central arrows needed to be spatially predictive to produce a shift in spatial attention. Recent evidence indicates, however, that central spatially nonpredictive directional cues, like arrows, will trigger reflexive shifts in attention. We asked what this recent discovery means for past studies that used predictive directional cues such as arrows. Our findings indicate that predictive arrows produce attention effects that greatly exceed the individual or summed effects of reflexive orienting to nonpredictive arrows and volitional orienting to predictive numbers. This suggests that the especially large effect produced by predictive arrows reflects an interaction between reflexive and volitional orienting. Given the broad application of the predictive arrow cueing paradigm in both past and current research, the present data shed new light on a wide range of investigations, from psychophysical studies of basic attention to behavioural and neuroimaging studies of cognition and social development.
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Gaze Perception Triggers Reflexive Visuospatial Orienting
Jon Driver, Greg Davis, Paola Ricciardelli et al. · Visual Cognition · 1999 · 1.4K citations · Full text
Perceiving numbers causes spatial shifts of attention
Martin H. Fischer, Alan D. Castel, Michael D. Dodd et al. · Nature Neuroscience · 2003 · 655 citations