Feeling illusory textures through a hole: Rotating frame at skin-object interface modifies perceived tactile texture
Feeling illusory textures through a hole: Rotating frame at skin-object interface modifies perceived tactile texture
复制标题
通过孔感受虚幻的纹理：皮肤-物体界面处的旋转框架会修改感知的触觉纹理
DOI：
10.1109/toh.2021.3124138
复制
发表时间：
2021
影响因子：
2.9
通讯作者：
Kuroki Scinob
中科院分区：
文献类型：
--
作者：
Yokosaka Takumi;Suzuishi Yosuke;Kuroki Scinob
调制真实的物体表面的触觉纹理感知是人工呈现各种触觉纹理的一种很有前途的方法。在这里，我们提出了一种调节各种材料触觉纹理的简单方法，称为旋转框架方法。在该方法中，人们通过纸板框架上的孔接触任意材料的表面。当框架在手和材料之间旋转时，材料的触觉纹理被感知为好像它已经变成了另一种材料。我们在一系列心理物理实验中研究了这种方法产生的错觉调制的定性和定量特征。我们发现，这种方法改变了触摸材料（如玻璃和地毯）表面的触觉纹理，使其看起来比实际更柔软，更光滑，更光滑，更温暖。当该方法应用于不同类别的材料时，虚幻的纹理变化发生鲁棒性。我们的方法为开发简单的纹理增强技术铺平了道路，这些技术可以应用于各种材料，并且不会破坏手与材料之间稳定的直接接触。
Modulating tactile texture perception for the surface of real objects is a promising way to artificially present various tactile textures. Here, we propose a simple method of modulating tactile textures for various materials, which is named the rotating-frame method. In the method, one touches an arbitrary material's surface through a hole in a cardboard frame. When the frame is rotated between the hand and material, the tactile texture of the material is perceived as if it has turned into another material. We investigated the qualitative and quantitative characteristics of the illusory modulation created by the method in a series of psychophysical experiments. We found that the method altered the tactile textures of the surfaces of touched materials such as glass and carpet to seem softer, smoother, slipperier, and warmer than they actually are. The illusory texture change occurred robustly when the method was applied with different categories of materials. Our method paves the way for the development of simple techniques for texture augmentation that can be applied to a wide range of materials and do not disrupt stable direct contact between the hand and the materials.