Difference between revisions of "Recursive transfer"
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| + | ==Deliverables== |
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| + | * Program which takes output of lt-proc -b (biltrans) and applies a grammar, doing only reordering, no tag changes |
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| + | ** The input would be ^sl/tl$ and the output would be ^tl$ |
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| + | ** The grammar can be specified using a simple text-based CFG grammar formalism, converted into bison and compiled. |
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==Questions== |
==Questions== |
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Revision as of 16:53, 2 October 2013
Deliverables
- Program which takes output of lt-proc -b (biltrans) and applies a grammar, doing only reordering, no tag changes
- The input would be ^sl/tl$ and the output would be ^tl$
- The grammar can be specified using a simple text-based CFG grammar formalism, converted into bison and compiled.
Questions
- What to do with a parse-fail.
- Ambiguous grammars -> can be automatically disambiguated ?
- Learn shift/reduce using target-language information ?
- Converting right-recursive to left-recursive grammars.
Algorithms
References
- Prószéky & Tihanyi (2002) "MetaMorpho: A Pattern-Based Machine Translation System"
- White (1985) "Characteristics of the METAL machine translation system at Production Stage" (§6)
- Slocum (1982) "The LRC Machine translation system: An application of State-of-the-Art ..." (p.18)
