Hybrid Filipino-English machine translation system
Approaches in machine translation in the past have been generally classified as either knowledge-based or corpus-based. It has been evident from the inception of machine translation to the present day, that utilizing a single approach, albeit knowledge-based or corpus-based, is not enough to fulfill...
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oai:animorepository.dlsu.edu.ph:faculty_research-61032022-07-13T06:19:18Z Hybrid Filipino-English machine translation system Fontanilla, Gian Kristian A. Roxas, Rachel Edita O. Approaches in machine translation in the past have been generally classified as either knowledge-based or corpus-based. It has been evident from the inception of machine translation to the present day, that utilizing a single approach, albeit knowledge-based or corpus-based, is not enough to fulfill the needs of a modern-day machine translation system. In order to address these issues, an amalgamation of approaches is explored to exploit the advantages of both approaches. The hybrid system learns both transfer rules and translation templates from a given training set. Unification constraints are also learned alongside transfer rules, which preserve subject-verb agreement and other linguistic phenomena during translation, which was previously unhandled by its rule-based predecessor. 2008-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/faculty_research/5122 Faculty Research Work Animo Repository Filipino language—Machine translating English language—Machine translating Machine translating Computer Sciences |
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Filipino language—Machine translating English language—Machine translating Machine translating Computer Sciences |
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Filipino language—Machine translating English language—Machine translating Machine translating Computer Sciences Fontanilla, Gian Kristian A. Roxas, Rachel Edita O. Hybrid Filipino-English machine translation system |
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Approaches in machine translation in the past have been generally classified as either knowledge-based or corpus-based. It has been evident from the inception of machine translation to the present day, that utilizing a single approach, albeit knowledge-based or corpus-based, is not enough to fulfill the needs of a modern-day machine translation system. In order to address these issues, an amalgamation of approaches is explored to exploit the advantages of both approaches. The hybrid system learns both transfer rules and translation templates from a given training set. Unification constraints are also learned alongside transfer rules, which preserve subject-verb agreement and other linguistic phenomena during translation, which was previously unhandled by its rule-based predecessor. |
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text |
author |
Fontanilla, Gian Kristian A. Roxas, Rachel Edita O. |
author_facet |
Fontanilla, Gian Kristian A. Roxas, Rachel Edita O. |
author_sort |
Fontanilla, Gian Kristian A. |
title |
Hybrid Filipino-English machine translation system |
title_short |
Hybrid Filipino-English machine translation system |
title_full |
Hybrid Filipino-English machine translation system |
title_fullStr |
Hybrid Filipino-English machine translation system |
title_full_unstemmed |
Hybrid Filipino-English machine translation system |
title_sort |
hybrid filipino-english machine translation system |
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Animo Repository |
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2008 |
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https://animorepository.dlsu.edu.ph/faculty_research/5122 |
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