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Understanding the curve-polygon object

机译:了解曲线多边形对象

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摘要

In this paper the new method of understanding of the curve-polygon object is presented. The method of understanding of the curve-polygon object is part of the research aimed at developing a shape understanding method able to perform complex visual tasks connected with visual thinking. The shape understanding method is implemented as the shape understanding system (SUS). Understanding includes, among others, obtaining the visual concept in process of the visual reasoning, naming and visual explanation by generation an object from a required class. In this paper generation of the object from the selected well defined class, the curve-polygon class, as well as assigning the visual object into one of the shape classes is presented. The generation of the visual objects is used in SUS during learning of the visual concept, explanatory process and self-correcting process. The visual object is assigned into one of the shape classes during the visual reasoning process. The visual reasoning, presented in this paper, in contrast to other forms of reasoning depends on the type of objects which are analysed. In this paper visual reasoning that assigns an object to the curve-polygon class is presented. The shape understanding system consists of different types of experts that perform different processing and reasoning tasks. The self-correcting expert, that implements the new method of testing and reasoning, is invoked to test ability of the system to understand the concept of the curve-polygon shape.
机译:本文提出了一种新的理解曲线多边形对象的方法。理解曲线多边形对象的方法是旨在开发一种能够执行与视觉思维相关的复杂视觉任务的形状理解方法的研究的一部分。形状理解方法被实现为形状理解系统(SUS)。理解包括,除其他外,通过从所需类中生成对象,在视觉推理,命名和视觉解释过程中获得视觉概念。在本文中,介绍了从选定的明确定义的类(曲线-多边形类)生成对象以及将可视对象分配给形状类之一的方法。在视觉概念,解释过程和自校正过程的学习过程中,视觉对象的生成用于SUS。在视觉推理过程中,将视觉对象分配给形状类别之一。与其他形式的推理相比,本文介绍的视觉推理取决于所分析对象的类型。在本文中,提出了将对象分配给Curve-Polygon类的视觉推理。形状理解系统由执行不同处理和推理任务的不同类型的专家组成。调用实现新的测试和推理方法的自校正专家来测试系统了解曲线多边形形状概念的能力。

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