Journal of Experimental Psychology Learning Memory and Cognition · 2000 · 520 citations · 40 references
MedicinePsychologyVision ScienceCognitive PsychologyVisual AttentionVisual PerceptionPerceptual OrganizationSpatial AttentionSpatial CognitionSpatial PerceptionVisual CognitionVisual MemoryObjectsSpatial LayoutSpatial Visual MemoryVisual Long-term MemoryVisual OrganizationVisual Scene OrganizationVisual Short-term MemoryVisual-spatial Representation
The spatial configuration of visual objects is important for VSTM of spatial locations, colors, and shapes. The authors examined the organization of visual short-term memory (VSTM). This relational processing is mediated by the organization of items into spatial configurations. The study found that VSTM stores relational information between items, with spatial configuration being crucial—especially for color VSTM—and that configuration formation is modulated by top‑down and bottom‑up attention, supporting a global spatial configuration basis for VSTM.
The authors examined the organization of visual short-term memory (VSTM). Using a change-detection task, they reported that VSTM stores relational information between individual items. This relational processing is mediated by the organization of items into spatial configurations. The spatial configuration of visual objects is important for VSTM of spatial locations, colors, and shapes. When color VSTM is compared with location VSTM, spatial configuration plays an integral role because configuration is important for color VSTM, whereas color is not important for location VSTM. The authors also examined the role of attention and found that the formation of configuration is modulated by both top-down and bottom-up attentional factors. In summary, the authors proposed that VSTM stores the relational information of individual visual items on the basis of global spatial configuration.
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A feature-integration theory of attention
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Medicine, Psychology, Vision Science +12
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