This paper introduces a machine learning ap-proach to distinguish machine translation texts from human texts in the sentence level au-tomatically. In stead of traditional methods, we extract some linguistic features only from the target language side to train the predic-tion model and these features are independent of the source language. Our prediction mod-el presents an indicator to measure how much a sentence generated by a machine translation system looks like a real human translation. Furthermore, the indicator can directly and ef-fectively enhance statistical machine transla-tion systems, which can be proved as BLEU score improvements.
This chapter introduces the reader to translation and machine translation. It attempts to dispel som...
We describe a method for automatically rating the machine translatability of a sentence for var-ious...
We address the task of automatically distinguishing between human-translated (HT) and machine transl...
We address the task of automatically distinguishing between human-translated (HT) and machine transl...
We show that it is possible to automati-cally detect machine translated text at sen-tence level from...
Constructing a classifier that distinguishes machine translations from human transla-tions is a prom...
Machine translation of human languages is a field almost as old as computers themselves. Recent appr...
Machine translation is one of the oldest and hardest problems in artificial intelligence. It is stud...
Deep neural models tremendously improved machine translation. In this context, we investigate whethe...
Traditional machine translation industrial systems usually handle sentences independently, neglectin...
Machine translation is the process by which a computer system produces, from a source-language compu...
Abstract. When automatically translating between related languages, one of the main sources of machi...
This paper presents a machine learning approach to the study of translationese. The goal is to train...
In this paper we describe an approach to the identification of "translationese" based on monolingual...
By using a trigram model and fine-tuning a pretrained BERT model for sequence classification, we sho...
This chapter introduces the reader to translation and machine translation. It attempts to dispel som...
We describe a method for automatically rating the machine translatability of a sentence for var-ious...
We address the task of automatically distinguishing between human-translated (HT) and machine transl...
We address the task of automatically distinguishing between human-translated (HT) and machine transl...
We show that it is possible to automati-cally detect machine translated text at sen-tence level from...
Constructing a classifier that distinguishes machine translations from human transla-tions is a prom...
Machine translation of human languages is a field almost as old as computers themselves. Recent appr...
Machine translation is one of the oldest and hardest problems in artificial intelligence. It is stud...
Deep neural models tremendously improved machine translation. In this context, we investigate whethe...
Traditional machine translation industrial systems usually handle sentences independently, neglectin...
Machine translation is the process by which a computer system produces, from a source-language compu...
Abstract. When automatically translating between related languages, one of the main sources of machi...
This paper presents a machine learning approach to the study of translationese. The goal is to train...
In this paper we describe an approach to the identification of "translationese" based on monolingual...
By using a trigram model and fine-tuning a pretrained BERT model for sequence classification, we sho...
This chapter introduces the reader to translation and machine translation. It attempts to dispel som...
We describe a method for automatically rating the machine translatability of a sentence for var-ious...
We address the task of automatically distinguishing between human-translated (HT) and machine transl...