DocumentCode
1290623
Title
Algorithms for statistical translation of spoken language
Author
Ney, Herrmann ; Niessen, Sonja ; Och, Franz Josef ; Sawaf, Hassan ; Tillmann, Christoph ; Vogel, Stephan
Author_Institution
Lehrstuhl fur Inf., Tech. Hochschule Aachen, Germany
Volume
8
Issue
1
fYear
2000
fDate
1/1/2000 12:00:00 AM
Firstpage
24
Lastpage
36
Abstract
We describe three approaches to statistical translation and present experimental results. The statistical translation approach uses two types of information: a translation model and a language model. The language model used is a bigram or general m-gram model. The translation model is decomposed into a lexical model and an alignment model. There are three approaches that are presented and tested in detail: the quasi-monotone alignment approach, the inverted alignment approach, and the alignment template approach. For each of these three approaches, a suitable search method is presented. The system has been tested on a limited-domain spoken-language task for which a bilingual corpus is available: the Verbmobil task (German-English, 7000-word vocabulary). We present experimental results for each of the three approaches. The experimental tests were performed on both the text transcription and the speech recognizer output
Keywords
computational linguistics; language translation; search problems; speech recognition; statistical analysis; alignment model; alignment template approach; bigram model; bilingual corpus; experimental results; inverted alignment approach; language model; lexical model; m-gram model; quasi-monotone alignment approach; search method; speech recognition; spoken language translation; statistical translation; text transcription; translation model; vocabulary; Educational technology; Natural languages; Performance evaluation; Search methods; Search problems; Speech recognition; System testing; Text recognition; Training data; Vocabulary;
fLanguage
English
Journal_Title
Speech and Audio Processing, IEEE Transactions on
Publisher
ieee
ISSN
1063-6676
Type
jour
DOI
10.1109/89.817451
Filename
817451
Link To Document