pone.0260717.g008.tif (395.25 kB)
Average detrended fluctuation analysis (DFA) exponent of scanpaths for pathological and normal stimuli across different groups of participants: Brain-experts (BE), Other-experts (OE), Registrars (R), All-radiologists (AR), and Naïves (N) (a) “First Second” and (b) “Five Seconds”.
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posted on 2021-12-02, 19:03 authored by Abdulla Al Suman, Carlo Russo, Ann Carrigan, Patrick Nalepka, Benoit Liquet-Weiland, Robert Ahadizad Newport, Poonam Kumari, Antonio Di IevaAverage detrended fluctuation analysis (DFA) exponent of scanpaths for pathological and normal stimuli across different groups of participants: Brain-experts (BE), Other-experts (OE), Registrars (R), All-radiologists (AR), and Naïves (N) (a) “First Second” and (b) “Five Seconds”.
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five second analysesdomain specific expertiseaid trainee radiologists40 neuroradiological imagesradiologists &# 8217participants &# 8217na &# 239visual scanning patternsfive second datadetrended fluctuation analysisfull &# 8220viewing pathological stimuliunlike pathological stimulispatial geometrical complexitytime domain analysisxlink "> eyeperformed using eyebrain stimuli screening&# 8220xlink ">stimuli complexitytracking datanormal stimulispatial eyetracking researchtracking featuresspatiotemporal dynamicsselect regionsscanpaths belongingscanpath hesscaled rangeresearch aimsreader characteristicsradiology applicationsnormal onesidentifying pathologyhurst exponentgreater focusgaze patternsfractal dimensionfocusing skilldiscover strategiescompletely characterise57 readers15 brain
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