2004Unpublished venueRequires access

What makes the differences: benchmarking XML database implementations

Hongjun Lü, Jeffrey Xu Yu, Guoren Wang, Shihui Zheng, Haifeng Jiang, Ge Yu, Aoying Zhou

Open publisher page 3 citations

Abstract

XML is emerging as a major standard for representing data on the World-Wide-Web. Recently, many XML storage models have been proposed to manage XML data. We propose several benchmarks including XMark and XMach in order to assess an XML database's abilities to deal with XML queries. We report our first set of results on benchmarking a set of XML database implementations using two XML benchmarks. In general, XML data can be managed as text files, by existing DBMSs, or by the so-called native XML engines. We implemented three XML database systems. VXMLR, and XParent were built on top of RDBMS, and XBase was implemented as a native XML engine. For each approach, variations on schema mapping and storage methods were also implemented for comparison.

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What this paper is about

XML is emerging as a major standard for representing data on the World-Wide-Web. Recently, many XML storage models have been proposed to manage XML data. We propose several benchmarks including XMark and XMach in order to assess an XML database's abilities to deal with XML queries. We report our first set of results on benchmarking a set of XML database implementations using two XML benchmarks. In general, XML data can be managed as text files, by existing DBMSs, or by the so-called native XML engines. We implemented three XML database systems. VXMLR, and XParent were built on top of RDBMS, and XBase was implemented as a native XML engine. For each approach, variations on schema mapping and storage methods were also implemented for comparison.

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Available abstract

XML is emerging as a major standard for representing data on the World-Wide-Web. Recently, many XML storage models have been proposed to manage XML data. We propose several benchmarks including XMark and XMach in order to assess an XML database's abilities to deal with XML queries. We report our first set of results on benchmarking a set of XML database implementations using two XML benchmarks. In general, XML data can be managed as text files, by existing DBMSs, or by the so-called native XML engines. We implemented three XML database systems. VXMLR, and XParent were built on top of RDBMS, and XBase was implemented as a native XML engine. For each approach, variations on schema mapping and storage methods were also implemented for comparison.

Key concepts: Computer science, XML database, Streaming XML, Efficient XML Interchange, XML Schema Editor, XML validation, XML Encryption, XML Schema (W3C)

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