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Toward a Mathematical Definition of Reconstruction Operation for ISO GPS Standards

机译:朝着ISO GPS标准重建操作的数学定义

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ISO standards on geometrical product specifications and verification (GPS) define several geometrical operations, such as extraction, partitioning, filtration, and association. These operations are required for obtaining ideal or non-ideal features and acts at both specification and verification domains. Recently, another operation called reconstruction has become an important topic of discussion in the ISO GPS standards committee ISO/TC 213. The operation of reconstruction produces a continuous surface from a finite number of points. Different from association, which is an operation used to fit pre-defined ideal features to non-ideal features or point-cloud, the main challenge of reconstruction is to guarantee that the topology of the underlying surface is preserved and its boundaries are well defined. This paper takes some initial steps toward a mathematical definition of the reconstruction operation and explores fundamental concepts for specification and verification. Challenges and future research are also highlighted.
机译:ISO关于几何产品规格和验证(GPS)的标准定义了几种几何操作,例如提取,分区,过滤和关联。获得理想或非理想特征的这些操作是必需的,并在规范和验证域中采用。最近,另一个名为重建的操作已成为ISO GPS标准委员会ISO / TC 213中讨论的重要课题。重建的操作从有限数量的点产生连续表面。与关联不同,这是用于将预先定义的理想特征拟合到非理想特征或点云的操作,重建的主要挑战是保证潜在表面的拓扑被保存,其边界明确定义。本文对重建操作的数学定义进行了一些初步步骤,并探讨了规范和验证的基本概念。还突出了挑战和未来的研究。

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