一种用于颗粒计算的逻辑形式化方法

Lin Yan, Qing Liu
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引用次数: 15

摘要

数学逻辑的一个重要思想是实际命题的形式化方法。本文只是采用了对颗粒计算进行形式化的方法。在此逻辑方法的基础上,在泛集u上构造了特定类型的公式,将泛集和全公式集组成的结构定义为颗粒空间。通过颗粒空间上的公式,可以从Un (nges1)中分离出语义集。由此导出颗粒在颗粒空间上的定义。在颗粒空间和颗粒的基础上,通过一些颗粒与另一个颗粒或物体之间的对应关系来定义颗粒计算。这就达到了粒状计算的形式化目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Logical Method of Formalization for Granular Computing
One of the important thoughts in mathematical logic is the way of formalization for practical statements. This paper just adopts the method to make formalization for granular computing. Based on this logical method, formulas of a particular kind are constructed on a universal set U. The structure consisting of the universal set, and the all-formula set, is defined as a granular space. Through a formula on the granular space, a semantic set can be separated from Un (nges1). This derives the definition of granules on the granular space. On the basis of the granular space and the granules, granular computing is defined through correspondences which connect some granules with another granule or with an object. This arrives at the goal of formalization for granular computing.
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