A Study on the Generation of OLAP Data Cube Based on 3D Visualization Interaction

S. Ji, Beom Seok Lee, K. I. Kang, Sung Gook Kim, Cheol-Won Lee, Oh-young Song, J. Choeh, R. Baik, S. Baik
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引用次数: 5

Abstract

This paper proposes a new method of creating 3D visual data cubes for high volume/dimension OLAP data analysis with intuitive region selection. Previous methods construct data cubes directly from a data warehouse and build table format cubes with multi-dimensional attributes, in order to specify target ranges for analysis. However, it is a difficult task to select appropriate attributes and their ranges from high cardinality of dimensions with hierarchical structure. The new method reduces the number of dimensions according to the levels of relationship, then confines analysis target ranges with intuitive 3D graphical interface to build an analysis target cube.
基于三维可视化交互的OLAP数据立方体生成研究
本文提出了一种基于直观区域选择的三维可视化数据立方体创建方法,用于大容量/维度OLAP数据分析。以前的方法直接从数据仓库构建数据多维数据集,并构建具有多维属性的表格式多维数据集,以便指定要分析的目标范围。然而,从具有层次结构的高基数维度中选择合适的属性及其范围是一项困难的任务。该方法根据关系层次减少维数,通过直观的三维图形界面限制分析目标范围,构建分析目标立方体。
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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