R2GSync和边缘视图:实用的RDBMS到GDBMS同步

Nafisa Anzum, S. Salihoglu
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引用次数: 0

摘要

企业中使用的图数据库主要是从主要的事务性存储中提取的,通常是RDBMS。这种数据基础设施的设置提出了保持图形数据库管理系统(GDBMS)中提取的图形与源RDBMS同步的挑战。当提取的图包含作为连接查询结果的边类型时,这种同步需要增量地维护这些连接查询。在本文中,我们研究了一种替代设计,我们可以将这些连接中的单个关系映射到虚拟节点和边,以保持同步非常有效,而不是支持GDBMS中的基于视图的查询。我们提出了一个名为R2GSync的系统,该系统将RDBMS与GDBMS同步,并为GDBMS提供相应的边缘视图设计。我们描述了在GraphflowDB中边缘视图的实现,以及用于提高涉及边缘视图的查询性能的查询优化技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
R2GSync and edge views: practical RDBMS to GDBMS synchronization
Graph databases that are used in enterprises are primarily extracted from a main transactional store that is often an RDBMS. This data infrastructure set up raises the challenge of keeping the extracted graph in a graph database management system (GDBMS) in sync with the source RDBMS. When the extracted graphs contain edge types that are results of join queries, this synchronization requires incrementally maintaining these join queries. In this paper, we investigate an alternative design where we can map the individual relations in these joins to virtual nodes and edges to keep the synchronization very efficient and instead support view-based querying in the GDBMS. We present a system called R2GSync, that synchronizes an RDBMS with a GDBMS and our accompanying edge view design for a GDBMS. We describe our implementation of edge views in GraphflowDB and query optimization techniques for improving the performance of queries that involve edge views.
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