复杂数据分析的图挖掘

André Petermann, Martin Junghanns, Stephan Kemper, Kevin Gómez, Niklas Teichmann, E. Rahm
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引用次数: 8

摘要

涉及数据挖掘的复杂数据分析通常不仅包括单个算法,还包括进一步的数据处理步骤,例如,限制搜索空间或过滤结果。我们用Gradoop演示图挖掘,这是第一个支持由多个图操作组成的声明性分析程序的可扩展系统。我们使用了一个商业智能示例,其中包括频繁子图挖掘,以突出这些程序所启用的分析功能。结果可以可视化,为了显示其易用性,该程序可以根据访问者的要求进行修改。Gradoop建立在最先进的大数据技术之上,具有开箱即用的水平可扩展性。它的源代码是公开的,并且易于扩展。我们提供给图形挖掘社区,在大规模用例中应用Gradoop,并贡献进一步的算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Graph Mining for Complex Data Analytics
Complex data analytics that involve data mining often comprise not only a single algorithm but also further data processing steps, for example, to restrict the search space or to filter the result. We demonstrate graph mining with Gradoop, the first scalable system supporting declarative analytical programs composed from multiple graph operations. We use a business intelligence example including frequent subgraph mining to highlight the analytical capabilities enabled by such programs. The results can be visualized and, to show its ease of use, the program can be modified on visitors request. Gradoop is built on top of state-of-the-art big data technology and out-of-the-box horizontally scalable. Its source code is publicly available and designed for easy extensibility. We offer to the graph mining community, to apply Gradoop in large scale use cases and to contribute further algorithms.
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