A Method of Knowledge Creation and Knowledge Utilization by Generalized Inverse Operator

Ryotaro Okada, T. Nakanishi, T. Kitagawa
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Abstract

We represent a new model of knowledge creation and knowledge utilization. Recently, the one of the important knowledge management issues is how to create knowledge and how to utilize their knowledge. Actually, we cannot maximize the accumulated know-how on various fields, although there are various and a massive of data on the World Wide Web. It is important to consider how to organize knowledge and how to use their knowledge. The one of the solutions is to measurement correlation between data sets on heterogeneous fields. Furthermore, we have to consider how to use the organized data in the interconnection. We propose a representation method of knowledge as a matrix. Generally, a matrix represents relationships between each element of rows and columns. This is the one of the knowledge creation, because the matrix creation process is as same as the relationships between each element of data as knowledge. Moreover, we represent that the generalized inverse operation of the matrix is as same as knowledge utilization. Knowledge creation and knowledge utilization can be regarded as reverse operation. Therefore, we can define that knowledge utilization operator as generalized inverse operator, when we abstract knowledge as a matrix from various data. The features of this method are simplification of a knowledge representation, an inverse operation of knowledge creation and knowledge utilization, and the knowledge management by correlation. By our proposed method, we get new values by interconnection among data sets that are in heterogeneous fields.
一种基于广义逆算子的知识创造与利用方法
我们提出了一种新的知识创造和知识利用模式。如何创造知识和如何利用知识是当前企业知识管理的重要问题之一。事实上,虽然万维网上有各种各样的海量数据,但我们无法最大限度地利用各个领域积累的知识。重要的是要考虑如何组织知识和如何使用他们的知识。解决方案之一是测量异构域上数据集之间的相关性。此外,我们还必须考虑如何在互连中使用组织好的数据。提出了一种用矩阵表示知识的方法。通常,矩阵表示行和列的每个元素之间的关系。这是一个知识的创造,因为矩阵的创造过程和数据的每个元素之间的关系是一样的。此外,我们还证明了矩阵的广义逆运算等同于知识的利用。知识创造和知识利用可以看作是逆向操作。因此,当我们将各种数据抽象为矩阵时,我们可以将知识利用算子定义为广义逆算子。该方法的特点是简化了知识表示,实现了知识创造和知识利用的逆操作,实现了知识的关联管理。该方法通过异构域数据集之间的互连得到新的值。
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