What is top-down about contingent capture?

Belopolsky, Artem V., Schreij, Daniel, Theeuwes, Jan·2010·Attention, Perception, & Psychophysics

Cited by (191)

Items 101–191 of 191

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  3. Interaction between stimulus-driven orienting and top-down modulation in attentional capture
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  4. Automatic Control of Visual Selection
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  5. Testing a priming account of the contingent-capture effect
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  6. An electrophysiological study of attention capture by salience: Does rarity enable capture?
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  7. Functional fixedness: The functional significance of delayed disengagement based on attention set.
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  10. An attentional blink in the absence of spatial attention: a cost of awareness?
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  11. Optimal task-sets override attentional capture by rare cues.
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  12. Monetary and non-monetary rewards reduce attentional capture by emotional distractors
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  16. Oculomotor Capture by New and Unannounced Color Singletons during Visual Search
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  17. Capturing attention is not that simple: Different mechanisms for stimulus-driven and contingent capture
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  18. The spatially global control of attentional target selection in visual search
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  19. More than a feeling: The emotional attentional blink relies on non-emotional “pop out,” but is weak compared to the attentional blink
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  20. The role of visual working memory capacity in attention capture among video game players
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  21. Reply to Theeuwes: Fast Feature-based Top-down Effects, but Saliency May be Slow
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  22. Enhancement of perceptual representations by endogenous attention biases competition in response selection
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  23. Exploring the breadth of the top-down representations that control attentional disengagement
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  24. Investigating the contribution of task and response repetitions to the sequential modulations of attentional cueing effects
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  25. Evidence for early top-down modulation of attention to salient visual cues through probe detection
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  26. Priming in visual search: A spanner in the works for Theeuwes's bottom-up attention sweeps?
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  27. Cue predictability does not modulate bottom-up attentional capture
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  28. Using response time distributions to examine top-down influences on attentional capture
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  29. Nogo Stimuli Do Not Receive More Attentional Suppression or Response Inhibition than Neutral Stimuli: Evidence from the N2pc, PD, and N2 Components in a Spatial Cueing Paradigm
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  30. How do we select multiple features? Transient costs for selecting two colors rather than one, persistent costs for color–location conjunctions
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  31. Top-Down Prioritization of Salient Items May Produce the So-Called Stimulus-Driven Capture
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  32. The consequences of color chromaticity on electrophysiological measures of attentional deployment in visual search
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  33. Delayed disengagement from irrelevant fixation items: Is it generally functional?
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  38. Attentional Selection: Top-Down, Bottom-Up and History-Based Biases
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  39. Rethinking distraction
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  40. Attention capture while switching search strategies: Evidence for a breakdown in top-down attentional control
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  41. An effective attentional set for a specific colour does not prevent capture by infrequently presented motion distractors
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  42. Isoluminant stimuli in a familiar discrete keying sequence task can be ignored
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  43. Multivariate analysis of EEG activity indexes contingent attentional capture
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    Fook Kee Chua · 2014 · Attention Perception & Psychophysics
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  49. Multiple attentional control settings at distinct locations without the confounding of repetition priming
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  50. Non-spatial context-driven search
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  53. Trait self-control does not predict attentional control: Evidence from a novel attention capture paradigm
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  54. Object-based selection is contingent on attentional control settings
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  55. Learning alters salience and proactive attentional priority
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  56. Social processing modulates the initial allocation of attention towards angry faces: evidence from the N2pc component
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  57. Contingent capture by color is sensitive to categorical color perception
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  58. The impact of predictive cues and visual working memory on dynamic oculomotor selection
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  59. Transition from feature-search to singleton-detection strategies in visual search: The role of number of target-defining options.
    Hayley E. P. Lagroix, Matthew R. Yanko, Thomas M. Spalek · 2017 · Journal of Experimental Psychology Human Perception & Performance
  60. Top-down knowledge surpasses selection history in influencing attentional guidance
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  61. Previously seen and expected stimuli elicit surprise in the context of visual search
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  62. Attentional Capture to a Singleton Distractor Degrades Visual Marking in Visual Search
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  63. Multivariate analysis of EEG activity indexes contingent and non-contingent attentional capture
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  64. Swift attenuation of irrelevant features through feature consistency: Evidence from a capture-probe version of the contingent-capture protocol
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  65. Priming of pop-out in the spatial-cueing paradigm
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  66. A biphasic effect of cross-modal priming on visual shape recognition
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  69. Hand movements reveal the temporal characteristics of visual attention
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  71. Strategic control finely tunes working memory performance without the benefit of selection history
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  72. Development of Mechanisms for Visual Attentional Capture
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  73. Top-down preparation contributes to intertrial priming in singleton search
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  74. To look or not to look: Subliminal abrupt-onset cues influence constrained free-choice saccades
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  75. A finer-grained search reveals no evidence of the attentional capture by to-be-ignored features
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  76. On the Relationship between Visual Attention and Perceptual Awareness
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  77. Do Temporal Information Processing Limitations Share Cognitive Causes? A Correlational Study Across Attentional Forms and Modalities
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  78. The Role of Contextual Associations in the Selection of Objects
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  80. Value-driven attentional capture: Exploring the influence of reward history on involuntary attentional selection
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  85. Monetary and non-monetary reward reduces attentional capture by emotional distractors.
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