Hence, our method is knowledge-based without the need of further supervision other than that contained in KB; • Projection of topological clues from KB back onto the LNKG G on the basis of the links found in the mapping M .
similarly to the case of the reference knowledge base, we do not make any assumption on how the links between G and KB have been created: while there exists different methods to automatically link (lexical) knowledge bases (Navigli and Ponzetto, 2012;, we later show that it is also possible to achieve state-of-the-art performance with a few manually given links; • Propagation of the topological clues across the entire NKG G. to cope with the partial coverage of automatic mappings, as well as the need to reduce the number of manually created KB links, we apply a signal propagation technique that solely relies on the structure of G; • To make use of the resulting topological clues to drive the taxonomy pruning process.