Information Analysis and Knowledge Gain within Graph Data Model

V. Alieksieiev, Berko Andrii
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引用次数: 5

Abstract

The information gathered within most databases is dedicated to have some interconnections. Part of these connections is described explicitly, like references or foreign keys in relational database model. Others remain implicit and should be discovered by a deeper analysis of relations in data. These hidden relations give a more complex and complete understanding of stored data or imply to be the required knowledge gained from a stored data. Considering data set with explicit references allows us to build a graph data model and apply approaches of graph theory to search for implicit ties. The particular example of an airspace network was investigated and an artificial locust swarm routing algorithm was implemented as an approach to search for a set of paths between airports. The attention of the paper is focused on meta-heuristic approach to reveal the significant subset of implicit relations as a part of knowledge gain procedure.
图数据模型中的信息分析与知识获取
在大多数数据库中收集的信息专用于具有一些互连。这些连接中的一部分是显式描述的,就像关系数据库模型中的引用或外键一样。其他因素仍然是隐性的,应该通过对数据关系的更深入分析来发现。这些隐藏的关系提供了对存储数据更复杂和完整的理解,或者暗示从存储数据中获得所需的知识。考虑具有显式引用的数据集,可以建立一个图数据模型,并应用图论的方法来搜索隐含联系。研究了空域网络的具体实例,实现了一种人工蝗群路由算法,作为搜索机场间路径集的方法。本文的注意力集中在元启发式方法上,以揭示隐含关系的重要子集作为知识获取过程的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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