International audienceKnowledge Graphs (KG) offer easy-to-process information. An important issue to build a KG from texts is the Relation Extraction (RE) task that identifies and labels relationships between entity mentions. In this paper, to address the RE problem, we propose to combine a deep learning approach for relation detection, and a symbolic method for relation classification. It allows to have at the same time the performance of deep learning methods and the interpretability of symbolic methods. This method has been evaluated and compared with state-ofthe-art methods on TACRED, a relation extraction benchmark, and has shown interesting quantitative and qualitative results
Knowledge Base Population (KBP) is an important and challenging task specially when it has to be don...
Relation Extraction (RE) is to predict the relation type of two entities that are mentioned in a pie...
Knowledge Base (KB) systems have been studied for decades. Various approaches have been explore...
International audienceKnowledge Graphs (KG) offer easy-to-process information. An important issue to...
International audienceDuring the last decade, the need for reliable and massive Knowledge Graphs (KG...
In this paper, we propose a fully automated system to extend knowledge graphs using external informa...
Abstract Document-level relation extraction is a challenging task in information extraction, as it i...
International audienceRelation Extraction (RE), the task of detecting and characterizing semantic re...
Abstract. Relation extraction is a part of Information Extraction and an established task in Natural...
Thesis (Ph.D.)--University of Washington, 2012The ability to automatically convert natural language ...
Relation extraction has been considered as one of the most popular topics nowadays, thanks for its c...
Distantly-supervised relation extraction has proven to be effective to find relational facts from te...
Natural language text, from messages on social media to articles in newspapers, constitutes a signif...
Analogy is a fundamental component of the way we think and process thought. Solving a word analogy p...
Abstract. Most work on ontology learning from text relies on un-supervised methods for relation extr...
Knowledge Base Population (KBP) is an important and challenging task specially when it has to be don...
Relation Extraction (RE) is to predict the relation type of two entities that are mentioned in a pie...
Knowledge Base (KB) systems have been studied for decades. Various approaches have been explore...
International audienceKnowledge Graphs (KG) offer easy-to-process information. An important issue to...
International audienceDuring the last decade, the need for reliable and massive Knowledge Graphs (KG...
In this paper, we propose a fully automated system to extend knowledge graphs using external informa...
Abstract Document-level relation extraction is a challenging task in information extraction, as it i...
International audienceRelation Extraction (RE), the task of detecting and characterizing semantic re...
Abstract. Relation extraction is a part of Information Extraction and an established task in Natural...
Thesis (Ph.D.)--University of Washington, 2012The ability to automatically convert natural language ...
Relation extraction has been considered as one of the most popular topics nowadays, thanks for its c...
Distantly-supervised relation extraction has proven to be effective to find relational facts from te...
Natural language text, from messages on social media to articles in newspapers, constitutes a signif...
Analogy is a fundamental component of the way we think and process thought. Solving a word analogy p...
Abstract. Most work on ontology learning from text relies on un-supervised methods for relation extr...
Knowledge Base Population (KBP) is an important and challenging task specially when it has to be don...
Relation Extraction (RE) is to predict the relation type of two entities that are mentioned in a pie...
Knowledge Base (KB) systems have been studied for decades. Various approaches have been explore...