Integrating Knowledge Bases and Statistics in MT
Kevin Knight (USC/ISI), Ishwar Chander (USC/ISI), Matthew Haines, (USC/ISI), Vasileios Hatzivassiloglou (Columbia Univ.), Eduard Hovy, (USC/ISI), Masayo Iida (USC/ISI), Steve K. Luk (USC/ISI), Akitoshi Okumura, (NEC), Richard Whitney (USC/ISI), Kenji Yamada (USC/ISI)

TL;DR
This paper discusses combining knowledge-based and statistical methods to improve machine translation, specifically focusing on scaling up grammar-based techniques for Japanese-English newspaper translation.
Contribution
It introduces a hybrid approach that integrates knowledge bases with statistical methods to enhance the scalability and effectiveness of grammar-based MT systems.
Findings
Successful integration of statistical methods with knowledge-based MT
Improved translation quality for Japanese-English newspaper texts
Enhanced scalability of grammar-based MT techniques
Abstract
We summarize recent machine translation (MT) research at the Information Sciences Institute of USC, and we describe its application to the development of a Japanese-English newspaper MT system. Our work aims at scaling up grammar-based, knowledge-based MT techniques. This scale-up involves the use of statistical methods, both in acquiring effective knowledge resources and in making reasonable linguistic choices in the face of knowledge gaps.
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Taxonomy
TopicsIntelligent Tutoring Systems and Adaptive Learning · Innovative Teaching and Learning Methods · Speech and dialogue systems
