TY - CHAP
T1 - Semi-automatic knowledge extraction to enrich open linked data
AU - Baralis, Elena
AU - Bruno, Giulia
AU - Cerquitelli, Tania
AU - Chiusano, Silvia
AU - Fiori, Alessandro
AU - Grand, Alberto
PY - 2013
Y1 - 2013
N2 - In this chapter we present the analysis of the Wikipedia collection by means of the ELiDa framework with the aim of enriching linked data. ELiDa is based on association rule mining, an exploratory technique to discover relevant correlations hidden in the analyzed data. To compactly store the large volume of extracted knowledge and efficiently retrieve it for further analysis, a persistent structure has been exploited. The domain expert is in charge of selecting the relevant knowledge by setting filtering parameters, assessing the quality of the extracted knowledge, and enriching the knowledge with the semantic expressiveness which cannot be automatically inferred. We consider, as representative document collections, seven datasets extracted from the Wikipedia collection. Each dataset has been analyzed from two point of views (i.e., transactions by documents, transactions by sentences) to highlight relevant knowledge at different levels of abstraction.
AB - In this chapter we present the analysis of the Wikipedia collection by means of the ELiDa framework with the aim of enriching linked data. ELiDa is based on association rule mining, an exploratory technique to discover relevant correlations hidden in the analyzed data. To compactly store the large volume of extracted knowledge and efficiently retrieve it for further analysis, a persistent structure has been exploited. The domain expert is in charge of selecting the relevant knowledge by setting filtering parameters, assessing the quality of the extracted knowledge, and enriching the knowledge with the semantic expressiveness which cannot be automatically inferred. We consider, as representative document collections, seven datasets extracted from the Wikipedia collection. Each dataset has been analyzed from two point of views (i.e., transactions by documents, transactions by sentences) to highlight relevant knowledge at different levels of abstraction.
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U2 - 10.4018/978-1-4666-2827-4.ch008
DO - 10.4018/978-1-4666-2827-4.ch008
M3 - Chapter
AN - SCOPUS:84898254104
SN - 9781466628274
SP - 156
EP - 180
BT - Cases on Open-Linked Data and Semantic Web Applications
PB - IGI Global
ER -