2010
DOI: 10.1167/10.7.810
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Apparent size biases the perception of speed in rotational motion

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“…When the signal quality of the rotating object is high, angular speed perception is more accurate, but it significantly declines in cases of low signal quality. Recent research has provided new evidence suggesting that users can make judgments based on angular speed (Martín et al, 2010). Some researchers demonstrated that contour shape affects judgments of object angular speed by using rotating objects with varying contour curvature features, offering clues supporting the direct assessment of angular speed by the visual system (Blair et al, 2014).…”
Section: Introductionmentioning
confidence: 99%
“…When the signal quality of the rotating object is high, angular speed perception is more accurate, but it significantly declines in cases of low signal quality. Recent research has provided new evidence suggesting that users can make judgments based on angular speed (Martín et al, 2010). Some researchers demonstrated that contour shape affects judgments of object angular speed by using rotating objects with varying contour curvature features, offering clues supporting the direct assessment of angular speed by the visual system (Blair et al, 2014).…”
Section: Introductionmentioning
confidence: 99%
“…En efecto, durante el experimento de McKee y Wellch se mantuvo el tamaño del estímulo constante y fueron las respuestas de los observadores las que se calificaron según la velocidad que debería estimarse de acuerdo a la distancia. Sin embargo, en un experimento reciente encontramos que existe un sesgo en la percepción de la velocidad conforme se manipula la información estereoscópica, pero el sesgo sigue linealmente la alteración que se produce en la estimación del tamaño debido a la manipulación de la información de disparidad (Martín, Chambeaud, & Barraza, 2010).…”
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