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Visual tracking combined with hand-tracking improves time perception of moving stimuli

机译:视觉跟踪与手动跟踪相结合改善了运动刺激的时间感知

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摘要

A number of studies have shown that performing a secondary task while executing a time-judgment task impairs performance on the latter task. However, this turns out not to be the case for certain motor secondary tasks. We show that concomitant secondary motor tasks involving pointing, when performed during a time-judgment task, can actually improve our time-judgment abilities. We compared adult participants' performance in a time-of-movement paradigm with visual pursuit-only and with visual pursuit plus hand pursuit. Rather than interfering with their estimation of stimulus movement duration, the addition of hand pursuit significantly improved their judgment. In addition, we considered the effect of three different movement profiles and four different movement speeds for the moving stimulus. As predicted by Vierordt's law, time judgments of shorter stimuli are overestimated and longer stimuli underestimated. Finally, timing performances appear to improve when the moving target follows a “biological” velocity profile.
机译:许多研究表明,在执行时间判断任务时执行次要任务会损害后者的性能。但是,事实证明,某些电动机辅助任务并非如此。我们表明,在时间判断任务中执行的同时涉及指向的辅助运动任务实际上可以提高我们的时间判断能力。我们将成人参与者在运动时间范式中的表现与仅视觉追踪,视觉追踪和手部追踪进行了比较。除了增加他们对刺激运动持续时间的估计之外,增加手部追踪可以大大改善他们的判断力。此外,我们考虑了三种不同的运动曲线和四种不同的运动速度对运动刺激的影响。正如维耶德定律所预测的那样,对较短刺激的时间判断被高估了,而较低刺激的时间判断被低估了。最后,当运动目标遵循“生物”速度曲线时,计时性能似乎会提高。

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