2002Unpublished venueRequires access

An Extension of the Vector Space Model for Querying XML Documents via XML Fragments 1

David Carmel, Nadav Efraty, Gad M. Landau, Yoelle Maarek, Yosi Mass

Open publisher page 62 citations

Abstract

To date, most of the work on XML query and search has stemmed from the document management and database communities and from the information needs of business applications, as evidenced by existing XML query languages such as W3C's XQuery, which is strongly inspired by SQL. We propose here to extend the realm of XML by supporting the information needs of users wishing to query XML collections in a flexible way without knowing much about the documents structure. Rather than inventing a new query language, we suggest to query XML documents via pieces of XML documents or “XML fragments ” of the same nature as the documents that are queried. We then present an extension of the vector space model for searching XML collections and ranking search results by relevance 1

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What this paper is about

To date, most of the work on XML query and search has stemmed from the document management and database communities and from the information needs of business applications, as evidenced by existing XML query languages such as W3C's XQuery, which is strongly inspired by SQL. We propose here to extend the realm of XML by supporting the information needs of users wishing to query XML collections in a flexible way without knowing much about the documents structure. Rather than inventing a new query language, we suggest to query XML documents via pieces of XML documents or “XML fragments ” of the same nature as the documents that are queried. We then present an extension of the vector space model for searching XML collections and ranking search results by relevance 1

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OpenAlex reports 62 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

To date, most of the work on XML query and search has stemmed from the document management and database communities and from the information needs of business applications, as evidenced by existing XML query languages such as W3C's XQuery, which is strongly inspired by SQL. We propose here to extend the realm of XML by supporting the information needs of users wishing to query XML collections in a flexible way without knowing much about the documents structure. Rather than inventing a new query language, we suggest to query XML documents via pieces of XML documents or “XML fragments ” of the same nature as the documents that are queried. We then present an extension of the vector space model for searching XML collections and ranking search results by relevance 1

Key concepts: XML validation, Computer science, XML Schema Editor, Efficient XML Interchange, Document Structure Description, Streaming XML, XML Encryption, Information retrieval

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