IWSLT.2005

[P] [K] A decoding algorithm for word lattice translation in speech translation

[P] [K] Using multiple recognition hypotheses to improve speech translation

[P] [K] ALEPH: an EBMT system based on the preservation of proportional analogies between sentences across languages

[P] [K] Nobody is perfect: ATR’s hybrid approach to spoken language translation

[P] [K] The CMU Statistical Machine Translation System for IWSLT2005

[P] [K] Low Cost Portability for Statistical Machine Translation based on N-gram Frequency and TF-IDF

[P] [K] Edinburgh System Description for the 2005 IWSLT Speech Translation Evaluation

[P] [K] IBM Statistical Machine Translation for Spoken Languages

[P] [K] ISI’s 2005 Statistical Machine Translation Entries

[P] [K] The ITC-irst SMT System for IWSLT-2005

[P] [K] Microsoft Research Treelet Translation System: IWSLT Evaluation

[P] [K] The MIT-LL/AFRL MT System

[P] [K] The CASIA Phrase-Based Machine Translation System

[P] [K] The NTT Statistical Machine Translation System for IWSLT2005

[P] [K] NUT-NTT Statistical Machine Translation System for IWSLT 2005

[P] [K] A Pattern-Based Machine Translation System - Yakushite Net MT Engine

[P] [K] Integrated Chinese Word Segmentation in Statistical Machine Translation

[P] [K] Evaluating Machine Translation Output with Automatic Sentence Segmentation

[P] [K] The RWTH Phrase-based Statistical Machine Translation System

[P] [K] Sehda S2MT: Incorporation of Syntax into Statistical Translation System

[P] [K] Rapid Development of an Afrikaans English Speech-to-Speech Translator

[P] [K] Ngram-based versus Phrase-based Statistical Machine Translation

[P] [K] Tuning a phrase-based statistical translation system for the IWSLT 2005 Chinese to English and Arabic to English tasks

[P] [K] The TALP Ngram-based SMT System for IWSLT’05

[P] [K] Machine Translation Evaluation Inside QARLA