The present paper describes a large-scale lexical resource for the biology domain designed both for human and for machine use. This lexicon aims at semantic interoperability and extendability, through the adoption of ISO-LMF standard for lexical representation and through a granular and distributed encoding of relevant information. The first part of this contribution focuses on three aspects of the model that are of particular interest to the biology community: the treatment of term variants, the representation on bio events and the alignment with a domain ontology. The second part of the paper describes the physical implementation of the model: a relational database equipped with a set of automatic uploading procedures. Peculiarity of the BioLexicon is that it combines features of both terminologies and lexicons. A set verbs relevant for the domain is also represented with full details on their syntactic and semantic argument structure.

A Standard Lexical-Terminological Resource for the Bio Domain

Quochi V
;
Del Gratta R;Sassolini E;Bartolini R;Monachini M;
2009

Abstract

The present paper describes a large-scale lexical resource for the biology domain designed both for human and for machine use. This lexicon aims at semantic interoperability and extendability, through the adoption of ISO-LMF standard for lexical representation and through a granular and distributed encoding of relevant information. The first part of this contribution focuses on three aspects of the model that are of particular interest to the biology community: the treatment of term variants, the representation on bio events and the alignment with a domain ontology. The second part of the paper describes the physical implementation of the model: a relational database equipped with a set of automatic uploading procedures. Peculiarity of the BioLexicon is that it combines features of both terminologies and lexicons. A set verbs relevant for the domain is also represented with full details on their syntactic and semantic argument structure.
Campo DC Valore Lingua
dc.authority.anceserie LECTURE NOTES IN COMPUTER SCIENCE en
dc.authority.orgunit Istituto di linguistica computazionale "Antonio Zampolli" - ILC en
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dc.authority.people Del Gratta R en
dc.authority.people Sassolini E en
dc.authority.people Bartolini R en
dc.authority.people Monachini M en
dc.authority.people Calzolari N en
dc.authority.project FP6-IST-2004-028099 en
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dc.date.issued 2009 -
dc.date.submission 2024/09/20 12:17:22 *
dc.description.abstracteng The present paper describes a large-scale lexical resource for the biology domain designed both for human and for machine use. This lexicon aims at semantic interoperability and extendability, through the adoption of ISO-LMF standard for lexical representation and through a granular and distributed encoding of relevant information. The first part of this contribution focuses on three aspects of the model that are of particular interest to the biology community: the treatment of term variants, the representation on bio events and the alignment with a domain ontology. The second part of the paper describes the physical implementation of the model: a relational database equipped with a set of automatic uploading procedures. Peculiarity of the BioLexicon is that it combines features of both terminologies and lexicons. A set verbs relevant for the domain is also represented with full details on their syntactic and semantic argument structure. -
dc.description.affiliations Istituto di Linguistica Computazionale "Antonio Zampolli" -
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dc.identifier.doi 10.1007/978-3-642-04235-5_28 en
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dc.relation.allauthors Zygmunt Vetulani, Hans Uszkoreit en
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dc.relation.projectAwardTitle Bootstrapping of Ontologies and Terminologies Strategic Research Project en
dc.relation.projectFunderName 6th Framework Programme en
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dc.relation.volume 5603 en
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dc.subject.keywords Lexical Database -
dc.subject.keywords Computational Lexicography -
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dc.subject.keywords Standards -
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dc.title A Standard Lexical-Terminological Resource for the Bio Domain en
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scopus.description.abstracteng The present paper describes a large-scale lexical resource for the biology domain designed both for human and for machine use. This lexicon aims at semantic interoperability and extendability, through the adoption of ISO-LMF standard for lexical representation and through a granular and distributed encoding of relevant information. The first part of this contribution focuses on three aspects of the model that are of particular interest to the biology community: the treatment of term variants, the representation on bio events and the alignment with a domain ontology. The second part of the paper describes the physical implementation of the model: a relational database equipped with a set of automatic uploading procedures. Peculiarity of the BioLexicon is that it combines features of both terminologies and lexicons. A set verbs relevant for the domain is also represented with full details on their syntactic and semantic argument structure. © 2009 Springer Berlin Heidelberg. *
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scopus.title A standard lexical-terminological resource for the bio domain *
scopus.titleeng A standard lexical-terminological resource for the bio domain *
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