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RAVEN – Active Learning of Link Specifications
| Citations: | 16 - 5 self |
BibTeX
@MISC{Ngomo_raven–,
author = {Axel-cyrille Ngonga Ngomo and Jens Lehmann and Sören Auer and Konrad Höffner},
title = {RAVEN – Active Learning of Link Specifications},
year = {}
}
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Abstract
Abstract. With the growth of the Linked Data Web, time-efficient approaches for computing links between data sources have become indispensable. Yet, in many cases, determining the right specification for a link discovery problem is a tedious task that must still be carried out manually. We present RAVEN, an approach for the semi-automatic determination of link specifications. Our approach is based on the combination of stable solutions of matching problems and active learning with the time-efficient link discovery framework LIMES. RAVEN aims at requiring a small number of interactions with the user to generate classifiers of high accuracy. We focus on using RAVEN to compute and configure boolean and weighted classifiers, which we evaluate in three experiments against link specifications created manually. Our evaluation shows that we can compute linking configurations that achieve more than 90 % F-score by asking the user to verify at most twelve potential links.
Keyphrases
link specification raven active learning many case tedious task time-efficient approach right specification active learning linked data web link discovery problem weighted classifier stable solution time-efficient link discovery framework lime semi-automatic determination high accuracy potential link data source small number present raven
