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A hybrid risk-aware design method for spatial datacubes handling spatial vague data: implementation and validation

机译:用于处理空间模糊数据的空间数据立方体的混合风险感知设计方法:实现和验证

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摘要

Spatial data warehouses (SDWs) and spatial OLAP (SOLAP) are well-known business intelligence (BI) technologies that aim to support multidimensional and online analysis of huge volumes of data with spatial reference. Spatial vagueness is one of the most neglected imperfections of spatial data. Although several works propose new ad-hoc models for handling spatial vagueness, their implementation in spatial database management systems (DBMS) and SDW is still in an embryonic state. In this paper, we present a new design method for SOLAP datacubes that allows handling vague spatial data analysis issues. This method relies on a risk management method applied to the potential risks of data misinterpretation and decision makers' tolerance levels to those risks. We also present a tool implementing our method and a validation of the method is done based on the designed datacubes schemas testing.
机译:空间数据仓库(SDW)和空间OLAP(SOLAP)是著名的商业智能(BI)技术,旨在支持对具有空间参考的大量数据进行多维和在线分析。空间的模糊性是空间数据最被忽略的缺陷之一。尽管有几篇著作提出了用于处理空间模糊性的新的临时模型,但是它们在空间数据库管理系统(DBMS)和SDW中的实现仍处于萌芽状态。在本文中,我们提出了一种用于SOLAP数据立方体的新设计方法,该方法可以处理模糊的空间数据分析问题。此方法依赖于一种风险管理方法,该方法适用于数据误解的潜在风险以及决策者对这些风险的容忍度。我们还提供了实现我们方法的工具,并根据设计的数据立方体模式测试对方法进行了验证。

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