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OBSERVATIONS OF SPATIAL DATA MINING ALGORITHMS AND CHALLENGES

机译:空间数据挖掘算法的观察与挑战

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In this paper, we have discussed about the spatial data mining algorithms, tools, techniques and challenges, which Have been developed and implemented. The spatial data mining algorithms are Neighbourhood, Single Scan, Decision tree, Neighbouring index, STING, Spatial Dominant CLARANS, non-spatial dominant CLARANS, Spatial association, GDBSCAN for the sequential computing or parallel computing in the high performance computing(HPC). There are also some GRID computing based spatial data mining algorithms have been developed and implemented for spatial data stored at different geographical sites such as STING, STING+, Wave-Cluster, Bang Clustering, Clustering in quest(CLIQUE), Expectation Maximization Neighbourhood, etc. These algorithms, tools and techniques have some drawback and challenges for the huge and complex spatial data, which we have also discussed.
机译:在本文中,我们讨论了已开发和实现的空间数据挖掘算法,工具,技术和挑战。空间数据挖掘算法是邻域,单扫描,决策树,邻居索引,STING,空间优势CLARANS,非空间优势CLARANS,空间关联,GDBSCAN,用于在高性能计算(HPC)中进行顺序计算或并行计算。对于存储在不同地理位置的空间数据,例如STING,STING +,Wave-Cluster,Bang聚类,任务聚类(CLIQUE),期望最大化邻域等,已经开发并实现了一些基于GRID计算的空间数据挖掘算法。这些算法,工具和技术对于庞大而复杂的空间数据有一些缺点和挑战,我们也已经讨论过。

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