Paper ID
(Link to PDF) |
Title |
Author(s) |
C02-1003 | Learning Chinese Bracketing Knowledge Based on a Bilingual Language Model | Yajuan Lu; Sheng Li; Tiejun Zhao; Muyun Yang
|
C00-2163 | A Comparison of Alignment Models for Statistical Machine Translation | Franz Josef Och; Hermann Ney
|
P03-1012 | A Probability Model to Improve Word Alignment | Colin Cherry; Dekang Lin
|
352_pdf_2-col | Improving IBM Word Alignment Model 1 | Robert C. Moore
|
P00-1056 | Improved Statistical Alignment Models | Franz Josef Och; Hermann Ney
|
W05-0809 | Word Alignment for Languages with Scarce Resources | Joel Martin; Rada Mihalcea; Ted Pedersen
|
W03-0306 | Word Alignment Baselines | John C. Henderson
|
C02-1009 | A Robust Cross-Style Bilingual Sentences Alignment Model | Tz-Liang Kueng; Keh-Yih Su
|
W02-1019 | Minimum Bayes-Risk Word Alignments of Bilingual Texts | Shankar Kumar; William Byrne
|
W03-0307 | Phrase-based Evaluation of Word-to-Word Alignments | Michael Carl; Sisay Fissaha
|
P05-2012 | Phrase Linguistic Classification and Generalization for Improving Statistical Machine Translation | Adria de Gispert
|
32-618 | Symmetric Word Alignments for Statistical Machine Translation | Evgeny Matusov, Richard Zens and Hermann Ney
|
P05-1058 | Alignment Model Adaptation for Domain-Specific Word Alignment | Hua Wu; Haifeng Wang; Zhanyi Liu
|
W00-1314 | Word Alignment of English-Chinese Bilingual Corpus Based on Chucks | Le Sun; Youbing Jin; Lin Du; Yufang Sun
|
wu_hua | Improving Domain-Specific Word Alignment for Computer Assisted Translation | Wu Hua and Wang Haifeng
|