Design and Implementation of Generalized R-Tree

Hui Li, Shiguang Ju, Weihe Chen
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引用次数: 3

Abstract

Contemporary multi-dimensional database technology is severely limited at managing indexed data types of keys for many advanced application. Here, we present an elaborate retrieval method to extend the traditional R-tree, and we call it Generalized R-Tree(GRT). It can serve as an indexing structure in some multi-dimensional database systems. This method mainly addresses the problem of that traditional R-tree only index coordinate data but useless for ADTs. It means that GRT realizing the extensibility of indexed keys. GRT not only has common facilities of R-tree, but also leaves users a set of key-methods. So users can make use of them to help express their requirements to system. The advantage of this method is that it is easily extensible both in data types it can index and in the query predicates it can support, making retrieve processing more flexible and more extensible. It opens the application of R-tree to general extensibility. We also provide a simple method implementation procedure to illustrate the flexibility of GRT.
广义r树的设计与实现
当代多维数据库技术在管理许多高级应用程序的键的索引数据类型方面受到严重限制。本文提出了一种扩展传统r树的精细检索方法,我们称之为广义r树(GRT)。它可以作为多维数据库系统的索引结构。该方法主要解决了传统的r树仅对坐标数据进行索引而对adt无效的问题。这意味着GRT实现了索引键的可扩展性。GRT不仅具有R-tree的常用功能,而且还为用户留下了一组键方法。因此,用户可以利用它们来帮助表达他们对系统的需求。这种方法的优点是,它可以很容易地在它可以索引的数据类型和它可以支持的查询谓词方面进行扩展,从而使检索处理更加灵活和更具可扩展性。它打开了R-tree应用程序的一般可扩展性。我们还提供了一个简单的方法实现过程来说明GRT的灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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