학술논문

Comparing human and automatic thesaurus mapping
Comparing human and automatic thesaurus mapping approaches in the agricultural domain
Document Type
Text
Source
Metadata for semantic and social applications: proceedings of the International Conference on Dublin Core and Metadata Applications
Metadata for semantic and social applications : proceedings of the International Conference on Dublin Core and Metadata Applications
Subject
Publizistische Medien, Journalismus,Verlagswesen
KOS; Knowledge Organization System; intellectual mapping; ontology matching
Informationsmanagement, informationelle Prozesse, Informationsökonomie
Information und Dokumentation, Bibliotheken, Archive
Informationssystem
Information und Dokumentation
Wissensmanagement
Thesaurus
Normierung
Standardisierung
information retrieval
Informationsmanagement
Fachinformation
News media, journalism, publishing
Information Management, Information Processes, Information Economics
Information and Documentation, Libraries, Archives
standardization (techn.)
knowledge management
information and documentation
specialized information
information system
thesaurus
standardization (meth.)
information management
Language
English
Abstract
"Knowledge organization systems (KOS), like thesauri and other controlled vocabularies, are used to provide subject access to information systems across the web. Due to the heterogeneity of these systems, mapping between vocabularies becomes crucial for retrieving relevant information. However, mapping thesauri is a laborious task, and thus big efforts are being made to automate the mapping process. This paper examines two mapping approaches involving the agricultural thesaurus AGROVOC, one machine-created and one human created. We are addressing the basic question 'What are the pros and cons of human and automatic mapping and how can they complement each other?' By pointing out the difficulties in specific cases or groups of cases and grouping the sample into simple and difficult types of mappings, we show the limitations of current automatic methods and come up with some basic recommendations on what approach to use when." (author's abstract)