触觉对生态肌理的感知:视觉与触觉双峰探索下的感知空间是否发生了变化?

S. Ballesteros, J. Reales, L. P. D. León, Beatriz García
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引用次数: 34

摘要

在2个实验中,我们研究了触觉(实验1)和视觉和触觉(实验2)探索的20种生态表面纹理的维度。目的是了解触觉纹理感知如何与视觉信息相结合,以及感知空间的维度是否随着多模态感知而变化。在每个实验中,人类参与者执行一个空间安排任务、一个自由分类任务和一个快乐评级任务。结果表明,粗糙/光滑和光滑/粘附这两个维度不仅可以解释触摸数据,还可以解释双峰表面纹理探测的大部分数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The perception of ecological textures by touch: does the perceptual space change under bimodal visual and haptic exploration?
In 2 experiments, we investigated the dimensionality of 20 ecological surface textures explored haptically (Exp. 1) and by vision and touch (Exp.2). The goal was to find out how haptic texture perception is integrated with visual information and whether the dimensionality of the perceptual space changes with multimodal perception. In each experiment, human participants performed a spatial arrangement task, a free classification task, and a hedonic rating task. The results suggested that two dimensions interpreted as roughness/smoothness and slippery/adherent explain most of the data not only in touch but also in bimodal surface texture exploration.
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