Representing Text for Joint Embedding of Text and Knowledge Bases
Kristina Toutanovaa b, Danqi Chenc d, Patrick Pantela b, Hoifung Poona b, Pallavi Choudhurya b, Michael Gamona b
- aMicrosoft Research Redmond , WA , USA
- bMicrosoft, USA
- cComputer Science Department Stanford University
- dStanford University ()
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Abstract
Models that learn to represent textual and knowledge base relations in the same continuous latent space are able to perform joint inferences among the two kinds of relations and obtain high accuracy on knowledge base completion (Riedel et al., 2013).In this paper we propose a model that captures the compositional structure of textual relations, and jointly optimizes entity, knowledge base, and textual relation representations.The proposed model significantly improves performance over a model that does not share parameters among textual relations with common sub-structure.