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Vibration-based rendering of virtual hardness: Frequency characteristics of perception

机译:基于振动的虚拟硬度渲染:感知的频率特性

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Humans can distinguish between objects of different hardness by tapping on their surfaces. The frequency and amplitude of the damped natural vibration caused by tapping are known to be cues for the perception of hardness. However, the relationship between them has yet to be entirely understood. We performed a psychophysical experiment using the method of adjustment, wherein participants adjusted the amplitude of stimuli having different frequencies to the point where they felt equally hard. The results could be interpreted as the frequency characteristics of the hardness perception. The amplitude and frequency of the vibration were found to have complementary roles in controlling the perception of hardness.
机译:人们可以通过敲击其表面来区分不同硬度的物体。已知由敲击引起的阻尼自然振动的频率和幅度是感知硬度的线索。但是,它们之间的关系尚未完全理解。我们使用调整方法进行了心理物理实验,其中,参与者将具有不同频率的刺激幅度调整到了他们同样感到难受的程度。结果可以解释为硬度感知的频率特性。发现振动的振幅和频率在控制硬度的感知中具有互补的作用。

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