Out-of-vocabulary words (OOVs) are a ubiquitous and difficult problem in statistical machine translation (SMT). This paper studies different strategies of using BabelNet to alleviate the negative impact brought about by OOVs. BabelNet is a multilingual encyclopedic dictionary and a semantic network, which not only includes lexicographic and encyclopedic terms, but connects concepts and named entities in a very large network of semantic relations. By taking advantage of the knowledge in BabelNet, three different methods – using direct training data, domain-adaptation techniques and the BabelNet API – are proposed in this paper to obtain translations for OOVs to improve system performance. Experimental results on English–Polish and English–Ch...
AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverag...
Machine translation can be considered a highly interdisciplinary and multidisciplinary field because...
Abstract tra Statistical machine translation systems are usually trained on large amounts of bilingu...
Out-of-vocabulary words (OOVs) are a ubiquitous and difficult problem in statistical machine transla...
We introduce a method for learning to translate out-of-vocabulary (OOV) words. The method focuses on...
Abstract. Statistical Machine Translation (SMT) systems are usually trained on large amounts of bili...
In this paper we present BabelNet - a very large, wide-coverage multilingual semantic network. The r...
The performance of Phrase-Based Statistical Machine Translation (PBSMT) systems mostly depends on ...
The intelligent manipulation of symbolic knowledge has been a long-sought goal of AI. However, when ...
The training data size is of utmost importance for statistical machine translation (SMT), since it a...
Statistical Machine Translation (SMT) is the task of automatic translation between two natural langu...
In this paper, we tackle the problem of domain adaptation of statistical machine translation (SMT) b...
© Cambridge University Press, 2015.Statistical machine translation (SMT) is gaining interest given t...
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...
AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverag...
Machine translation can be considered a highly interdisciplinary and multidisciplinary field because...
Abstract tra Statistical machine translation systems are usually trained on large amounts of bilingu...
Out-of-vocabulary words (OOVs) are a ubiquitous and difficult problem in statistical machine transla...
We introduce a method for learning to translate out-of-vocabulary (OOV) words. The method focuses on...
Abstract. Statistical Machine Translation (SMT) systems are usually trained on large amounts of bili...
In this paper we present BabelNet - a very large, wide-coverage multilingual semantic network. The r...
The performance of Phrase-Based Statistical Machine Translation (PBSMT) systems mostly depends on ...
The intelligent manipulation of symbolic knowledge has been a long-sought goal of AI. However, when ...
The training data size is of utmost importance for statistical machine translation (SMT), since it a...
Statistical Machine Translation (SMT) is the task of automatic translation between two natural langu...
In this paper, we tackle the problem of domain adaptation of statistical machine translation (SMT) b...
© Cambridge University Press, 2015.Statistical machine translation (SMT) is gaining interest given t...
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...
AbstractWe present an automatic approach to the construction of BabelNet, a very large, wide-coverag...
Machine translation can be considered a highly interdisciplinary and multidisciplinary field because...
Abstract tra Statistical machine translation systems are usually trained on large amounts of bilingu...