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Relation between Psychological Amount in Polyhedron Recognition and 3D Object Image Entropy

机译：多面体识别中的心理量与3D对象图像熵之间的关系

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In this paper, the authors examine the relationship between a psychological information amount quantified by humans and the 3D object image entropy representing a physical information amount in relation to the ease of perceiving the shape of a 3D object that varies according to the view direction. They propose a method of using the pair comparison method and Thurstone's law of comparative judgment to construct a psychological information amount representing the psychological amount for which the shape of a 3D object is felt to be easy to perceive. The 3D object image entropy, which is a one-dimensional scale that is defined based on the number of visible surfaces in the 3D object image and the proportions of their surface areas, represents the amount of information that reflects the qualitative characteristic called aspect that the 3D object has and the quantitative characteristic called the proportion of the surface area. The authors limit the target objects to polyhedrons and measure the psychological information amount and 3D object image entropy for various types of shapes to examine the relationship between these kinds of information. Although some shapes were exceptions, the results showed a monotonically increasing relationship between the psychological information amount and the 3D object image entropy for many types of 3D objects.
机译：在本文中，作者研究了人类量化的心理信息量与代表物理信息量的3D对象图像熵之间的关系，这种关系与感知3D对象的形状随观看方向的变化的难易程度有关。他们提出了一种使用配对比较方法和瑟斯通比较判断定律来构建表示心理量的心理信息量的方法，对于该心理量而言，容易感知3D对象的形状。 3D对象图像熵是一维标度，它是根据3D对象图像中可见表面的数量及其表面积的比例定义的，表示反映定性特征的信息量，该特征称为3D对象具有和定量的特性称为表面积的比例。作者将目标对象限制为多面体，并针对各种类型的形状测量心理信息量和3D对象图像熵，以检查这些信息之间的关系。尽管某些形状是例外，但结果显示，对于许多类型的3D对象，心理信息量与3D对象图像熵之间的关系单调增加。

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