Priming of pop-out: I. Role of features

Cited by (1,000)

Items 601–700 of 1,000

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4. Quantitative and qualitative differences in the top-down guiding attributes of visual search.
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6. Stimulus Salience Conflicts and Colludes with Endogenous Goals During Urgent Choices
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7. Priming and the guidance by visual and categorical templates in visual search
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8. Memory benefits during visual search depend on difficulty
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10. Usefulness influences visual appearance in motion transparency depth rivalry
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11. Beta and theta oscillations differentially support free versus forced control over multiple-target search
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12. Pupillometry correlates of visual priming, and their dependency on autistic traits
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14. Target features and target–distractor relation are both primed in visual search
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22. The Role of Task-Related Learned Representations in Explaining Asymmetries in Task Switching
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23. Orientation search is mediated by distractor suppression: Evidence from priming of pop-out
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24. Simple actions influence pop-out search
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36. Automatic Control of Visual Selection
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37. Learning what to expect: context-specific control over intertrial priming effects in singleton search
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38. Target selection bias transfers across different response actions.
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39. Visual search for changes in scenes creates long-term, incidental memory traces
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40. Inter-trial effects in visual pop-out search: Factorial comparison of Bayesian updating models
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41. Testing a priming account of the contingent-capture effect
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42. Target templates in singleton search vs. feature-based search modes
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43. Re-examining Maljkovic and Nakayama (1994): Conscious expectancy does affect the Priming of Pop-out effect
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46. Implicit learning modulates attention capture: evidence from an item-specific proportion congruency manipulation
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47. Congruency effects in the remote distractor paradigm: Evidence for top-down modulation
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48. Effects of context and instruction on the guidance of eye movements during a conjunctive visual search task
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49. Visual imagery influences attentional guidance during visual search: Behavioral and electrophysiological evidence
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51. Acquisition of novel traces in short-term implicit memory: Priming for nonwords and new associations
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52. Effects of Parietal Lesions in Humans on Color and Location Priming
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53. Feedforward attentional selection in sensory cortex
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54. Positional priming of visual pop-out search is supported by multiple spatial reference frames
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55. “Hot” facilitation of “cool” processing: Emotional distraction can enhance priming of visual search.
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56. Development of a machine learning model for extracting image prominent colors
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58. Guidance of visual search by negative attentional templates depends on task demands.
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59. Eye-specific attentional bias driven by selection history
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60. Long‐term (statistically learnt) and short‐term (inter‐trial) distractor‐location effects arise at different pre‐ and post‐selective processing stages
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61. Strategic visual imagery and automatic priming effects in pop-out visual search
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62. Mental action and emotion – What happens in the mind when the stimulus changes but not the perceptual intention
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63. Inter-trial effects in priming of pop-out: Comparison of computational updating models
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64. Oculomotor Capture by New and Unannounced Color Singletons during Visual Search
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65. Flexible target representations underlie repetition priming in visual search
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66. Cuing the dimension of a distractor: Verbal cues of target identity also benefit same-dimension distractor singletons
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67. Concurrent processing of saccades
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68. Feature priming in visual search does not depend on the dimensional context
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72. Tuning the ensemble: Incidental skewing of the perceptual average through memory-driven selection.
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