AbstractIn this paper, we present a reordering model based on Maximum Entropy with local and non-local features. This model is extended from a hierarchical reordering model with PBSMT [1], which integrates rich syntactic information directly in decoder as local and non-local features of Maximum Entropy model. The advantages of this model are (1) maintaining the strength of phrase based approach with a hierarchical reordering model, (2) many kinds of rich linguistic information integrated in PBSMT as local and non-local features of MaxEntropy model. The experiment results with English-Vietnamese pair showed that our approach achieves significant improvements over the system which uses a lexical hierarchical reordering model [1]
This paper proposes a feature extraction algorithm based on the maximum entropy phrase reordering mo...
The paper presents a new method for reordering in phrase based statistical machine translation (PBMT...
Word reordering is one of the most difficult aspects of Statistical Machine Translation (SMT), and a...
AbstractIn this paper, we present a reordering model based on Maximum Entropy with local and non-loc...
We propose a novel reordering model for phrase-based statistical machine transla-tion (SMT) that use...
Lexicalized reordering model plays a central role in phrase-based statistical machine translation sy...
While phrase-based statistical machine trans-lation systems currently deliver state-of-the-art perfo...
In state-of-the-art phrase-based statistical machine translation systems, modelling phrase reorderin...
We propose a distance phrase reordering model (DPR) for statistical machine translation (SMT), where...
We propose the use of WordNet synsets in a syntax-based reordering model for hierarchical statistic...
Phrase reordering is a challenge for statistical machine translation systems. Posing phrase movement...
There have been many recent investigations into methods to tune SMT systems using large numbers of s...
In this paper, we start with the existing idea of taking reordering rules automatically derived from...
Phrase-based decoding is conceptually simple and straightforward to implement, at the cost of drast...
[[abstract]]In this paper, we propose a method for learning reordering model for BTG-based statistic...
This paper proposes a feature extraction algorithm based on the maximum entropy phrase reordering mo...
The paper presents a new method for reordering in phrase based statistical machine translation (PBMT...
Word reordering is one of the most difficult aspects of Statistical Machine Translation (SMT), and a...
AbstractIn this paper, we present a reordering model based on Maximum Entropy with local and non-loc...
We propose a novel reordering model for phrase-based statistical machine transla-tion (SMT) that use...
Lexicalized reordering model plays a central role in phrase-based statistical machine translation sy...
While phrase-based statistical machine trans-lation systems currently deliver state-of-the-art perfo...
In state-of-the-art phrase-based statistical machine translation systems, modelling phrase reorderin...
We propose a distance phrase reordering model (DPR) for statistical machine translation (SMT), where...
We propose the use of WordNet synsets in a syntax-based reordering model for hierarchical statistic...
Phrase reordering is a challenge for statistical machine translation systems. Posing phrase movement...
There have been many recent investigations into methods to tune SMT systems using large numbers of s...
In this paper, we start with the existing idea of taking reordering rules automatically derived from...
Phrase-based decoding is conceptually simple and straightforward to implement, at the cost of drast...
[[abstract]]In this paper, we propose a method for learning reordering model for BTG-based statistic...
This paper proposes a feature extraction algorithm based on the maximum entropy phrase reordering mo...
The paper presents a new method for reordering in phrase based statistical machine translation (PBMT...
Word reordering is one of the most difficult aspects of Statistical Machine Translation (SMT), and a...