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MapReduce based scalable range query architecture for big spatial data

机译:基于MapReduce的可扩展范围查询架构,用于大空间数据

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Finding all objects that overlap a given range query is very important in terms of extraction useful information from big spatial data. In this study, in order to be able to realize range query on large amounts of spatial data, three datasets are created with different size and a MapReduce computation model is set up to test scalability of range queries. Experimental results show that process times for range query reduce with increase of conventional machines.
机译:从大空间数据中提取有用信息方面,找到与给定范围查询重叠的所有对象非常重要。在这项研究中,为了能够对大量空间数据进行范围查询,创建了三个具有不同大小的数据集,并建立了MapReduce计算模型以测试范围查询的可伸缩性。实验结果表明,范围查询的处理时间随着常规机器的增加而减少。

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