Search results for "Behavioral study"

showing 2 items of 2 documents

Strategic inhibition of distractors with visual working memory contents after involuntary attention capture

2017

AbstractPrevious research has suggested that visual working memory (VWM) contents had a guiding effect on selective attention, and once participants realized that the distractors shared the same information with VWM contents in the search task, they would strategically inhibit the potential distractors with VWM contents. However, previous behavioral studies could not reveal the way how distractors with VWM contents are inhibited strategically. By employing the eye-tracking technique and a dual-task paradigm, we manipulated the probability of memory items occurring as distractors to explore this issue. Consistent with previous behavioral studies, the results showed that the inhibitory effect…

AdultMaleAdolescentEye MovementsInvoluntary attentionhuman cognitionlcsh:MedicineArticle050105 experimental psychologyTask (project management)visual working memorysilmänliikkeetYoung Adult03 medical and health sciences0302 clinical medicineBehavioral studyHumansAttention0501 psychology and cognitive sciencesSelective attentionlcsh:ScienceInhibitory effectVisual searchAnalysis of VarianceMultidisciplinaryWorking memorylcsh:R05 social sciencestyömuistikognitiotiedeMemory Short-TermVisual Perceptionlcsh:QFemalePsychology030217 neurology & neurosurgeryeye-tracking techiquesCognitive psychologyScientific Reports
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Mathematical analysis of the stimulus for the lateral line organ

1985

Behavioral studies have shown that a blind fish is capable of detecting and recognizing stationary objects in its surroundings. It is proposed that the displacement of water caused by the fish as it moves is the basis for this detection capability. Alterations in the displacement of water around the fish, caused by the obstacle, act as stimuli for the lateral line organ. The question of how these stimuli acting on the skin of the fish, image the environment and what information is thus made available to the fish is the concern of this paper. The stimuli for the lateral line organ are derived mathematically. Two cases are treated: that of a fish gliding past an obstacle and that of one appro…

General Computer ScienceSurface PropertiesComputer sciencebusiness.industryModels NeurologicalElectric ConductivityFishesStimulus (physiology)BlindnessBehavioral studyObstacleAnimalsComputer visionArtificial intelligencebusinessMathematicsSimulationSkinBiotechnologyBiological Cybernetics
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