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Tree-based access methods for spatial databases: implementation and performance evaluation

机译:空间数据库的基于树的访问方法:实现和性能评估

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摘要

Experiences with the implementation of the cell tree dynamic access method for spatial databases are reported, and the results of an experimental performance comparison with the R-tree of A. Guttman (1984) and with the R-tree of T. Sellis et al. (1987) are given. Cell tree design and implementation are discussed. Although the cell tree often requires more storage space and more CPU time to answer a search query, it usually obtains the results with a lower number of disk accesses than the two rival structures.
机译:报道了实施用于空间数据库的细胞树动态访问方法的经验,并与A. Guttman(1984)的R树和T. Sellis等人的R树进行了实验性能比较的结果。 (1987)给出。讨论了单元树的设计和实现。尽管单元树通常需要更多的存储空间和更多的CPU时间来回答搜索查询,但是与两个竞争结构相比,它通常以较少的磁盘访问次数获得结果。

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