不可区分、相等或相似的造粒

C. Keet
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引用次数: 8

摘要

与粒度相关的关系之一是不可区分性,即细粒度颗粒中可区分的实体在粗粒度颗粒中不可区分。这种关系是等价关系的一种子类型,在另一个方向上用于创建更细粒度的颗粒。结合相似性的概念,我们正式证明了定性和定量粒度不可区分关系的一些直观性质,即对于给定的颗粒,必须至少有两个颗粒(粒度级别)才能成为颗粒,并推导了细颗粒和粗颗粒之间的严格顺序。基于这些结果,粒化层次被定义为额外的辅助结构,以增强实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Granulation with Indistinguishability, Equivalence, or Similarity
One of the relations used with granularity is indistinguishability, where distinguishable entities in a finer-grained granule are indistinguishable in a coarser-grained granule. This relation is a subtype of equivalence relation, which is used in the other direction to create finer-grained granules. Together with the notion of similarity, we formally prove some intuitive properties of the indistinguishability relation for both qualitative and quantitative granularity, that with a given granulation there must be at least two granules (levels of granularity) for it to be granular, and derive a strict order between finer and coarser granules. Based on these results, granulation hierarchy is defined as extra assisting structure to augment implementations.
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