AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverage multilingual semantic network. Key to our approach is the integration of lexicographic and encyclopedic knowledge from WordNet and Wikipedia. In addition, Machine Translation is applied to enrich the resource with lexical information for all languages. We first conduct in vitro experiments on new and existing gold-standard datasets to show the high quality and coverage of BabelNet. We then show that our lexical resource can be used successfully to perform both monolingual and cross-lingual Word Sense Disambiguation: thanks to its wide lexical coverage and novel semantic relations, we are able to achieve state-of the-art results on three dif...
Evaluation experiments in natural language processing often involve construction of samples from lar...
Recent years have witnessed a surge in the amount of semantic information published on the Web. Inde...
This paper describes a new Word Sense Disambiguation (WSD) algorithm which extends two well-known va...
We present an automatic approach to the construction of BabelNet, a very large, wide-coverage multil...
We present an automatic approach to the construction of BabelNet, a very large, wide-coverage multil...
In this paper we present BabelNet - a very large, wide-coverage multilingual semantic network. The r...
AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverag...
Accurate semantic modeling lies at the very core of today’s Natural Language Processing (NLP). Getti...
The intelligent manipulation of symbolic knowledge has been a long-sought goal of AI. However, when ...
In this paper we present an API for programmatic access to BabelNet – a wide-coverage multilingual l...
Knowledge on word meanings and their relations across languages is vital for enabling semantic infor...
Lexical databases are invaluable sources of knowledge about words and their meanings, with numerous ...
In this paper we present an automatic multilingual annotation of the Wikipedia dumps in two language...
Princeton WordNet is one of the most important resources for natural language processing, but is on...
We present UWN, a large multilingual lexi-cal knowledge base that describes the mean-ings and relati...
Evaluation experiments in natural language processing often involve construction of samples from lar...
Recent years have witnessed a surge in the amount of semantic information published on the Web. Inde...
This paper describes a new Word Sense Disambiguation (WSD) algorithm which extends two well-known va...
We present an automatic approach to the construction of BabelNet, a very large, wide-coverage multil...
We present an automatic approach to the construction of BabelNet, a very large, wide-coverage multil...
In this paper we present BabelNet - a very large, wide-coverage multilingual semantic network. The r...
AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverag...
Accurate semantic modeling lies at the very core of today’s Natural Language Processing (NLP). Getti...
The intelligent manipulation of symbolic knowledge has been a long-sought goal of AI. However, when ...
In this paper we present an API for programmatic access to BabelNet – a wide-coverage multilingual l...
Knowledge on word meanings and their relations across languages is vital for enabling semantic infor...
Lexical databases are invaluable sources of knowledge about words and their meanings, with numerous ...
In this paper we present an automatic multilingual annotation of the Wikipedia dumps in two language...
Princeton WordNet is one of the most important resources for natural language processing, but is on...
We present UWN, a large multilingual lexi-cal knowledge base that describes the mean-ings and relati...
Evaluation experiments in natural language processing often involve construction of samples from lar...
Recent years have witnessed a surge in the amount of semantic information published on the Web. Inde...
This paper describes a new Word Sense Disambiguation (WSD) algorithm which extends two well-known va...