Large collections of full-text documents are now commonly used in automated information retrieval. When the stored document texts are long, the retrieval of complete documents may not be in the users' best interest. In such circumstances, efficient and effective retrieval results may be obtained by using passage retrieval strategies designed to retrieve text excerpts of varying size in response to statements of user interest. New approaches are described in this study for implementing selective passage retrieval systems, and identifying text passages responsive to particular user needs. An automated encyclopedia search system is used to evaluate the usefulness of the proposed methods
Abstract. We show that several previously proposed passage-based doc-ument ranking principles, along...
We present the Bullseye system for scholarly search. Given a collection of research papers, Bullseye...
Large files of natural-language text are now available for automatic processing in machine readable...
Large collections of full-text documents are now commonly used in automated information retrieval. W...
In information retrieval and text processing, the size of the available databases and text collectio...
The aim of this thesis is to describe passage retrieval (PR), with basis in results from various emp...
International audienceFocused retrieval retrieves and ranks sub-parts of documents according to thei...
This paper explores both how and whether passage level retrieval (PLR) can improve information extra...
Passage retrieval has been expected to be an alternative method to resolve length-normalization prob...
Past research has shown that using evidence from document passages rather than complete documents is...
Abstract. Passage retrieval and pseudo relevance feedback/query expansion have been reported as two ...
Abstract. This study investigated whether information retrieval can be improved if documents are div...
Many conventional approaches to text analysis and information retrieval prove ineffective when larg...
With the advent of internet, corporate intranets and mass storage supports dissemination, there was ...
This paper describes basic techniques we employed in passage retrieval in experiments to improve the...
Abstract. We show that several previously proposed passage-based doc-ument ranking principles, along...
We present the Bullseye system for scholarly search. Given a collection of research papers, Bullseye...
Large files of natural-language text are now available for automatic processing in machine readable...
Large collections of full-text documents are now commonly used in automated information retrieval. W...
In information retrieval and text processing, the size of the available databases and text collectio...
The aim of this thesis is to describe passage retrieval (PR), with basis in results from various emp...
International audienceFocused retrieval retrieves and ranks sub-parts of documents according to thei...
This paper explores both how and whether passage level retrieval (PLR) can improve information extra...
Passage retrieval has been expected to be an alternative method to resolve length-normalization prob...
Past research has shown that using evidence from document passages rather than complete documents is...
Abstract. Passage retrieval and pseudo relevance feedback/query expansion have been reported as two ...
Abstract. This study investigated whether information retrieval can be improved if documents are div...
Many conventional approaches to text analysis and information retrieval prove ineffective when larg...
With the advent of internet, corporate intranets and mass storage supports dissemination, there was ...
This paper describes basic techniques we employed in passage retrieval in experiments to improve the...
Abstract. We show that several previously proposed passage-based doc-ument ranking principles, along...
We present the Bullseye system for scholarly search. Given a collection of research papers, Bullseye...
Large files of natural-language text are now available for automatic processing in machine readable...