Difference between revisions of "User:David Nemeskey/GSOC progress 2013"

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* Study the CG grammar of an Apertium language.
* Study the CG grammar of an Apertium language.
* Write a Hungarian grammar that covers the sentences in [https://apertium.svn.sourceforge.net/svnroot/apertium/incubator/apertium-hun-eng/texts/rasskaz.hun.txt this sample file]
* Write a Hungarian grammar that covers the sentences in [https://apertium.svn.sourceforge.net/svnroot/apertium/incubator/apertium-hun-eng/texts/rasskaz.hun.txt this sample file]
* The tags will be based on those in KR-code<ref>András Kornai, Péter Rebrus, Péter Vajda, Péter Halácsy, András Rung, Viktor Trón. 2004. Általános célú morfológiai elemző kimeneti formalizmusa (The output formalism of a general-purpose morphological analyzer). In: Proceedings of the 2nd Hungarian Computational Linguistics Conference
* The tags will be based on those in KR-code<ref>András Kornai, Péter Rebrus, Péter Vajda, Péter Halácsy, András Rung, Viktor Trón. 2004. Általános célú morfológiai elemző kimeneti formalizmusa (The output formalism of a general-purpose morphological analyzer). In: Proceedings of the 2nd Hungarian Computational Linguistics Conference.</ref>. See the [[#Hunmorph converter|next task]].

.</ref>. See the next task.
==== Hunmorph converter ====

Write a converter from ocamorph's output to Apertium's format.

* Again, use the sentences in [https://apertium.svn.sourceforge.net/svnroot/apertium/incubator/apertium-hun-eng/texts/rasskaz.hun.txt this sample file] as reference.
* While a C-based converter would definitely be possible, I opted for a foma-based (xfst -- lexc?) implementation, so that this task also serves for practice.

==== ATT -> lttoolbox compiler ====

Write an ATT FST format reading for lttoolbox.

== References ==

<references/>

Revision as of 08:33, 29 May 2013

Tasks

XML format

Compiler

Miscellaneous / Extra

Hungarian CG grammar

Write a simple CG grammar for Hungarian, somewhere around 50-150 rules.

  • Read Pasi Tapnainen's The Constraint Grammar Parser CG-2.
  • Read the contents of cg_material.zip.
  • Study the CG grammar of an Apertium language.
  • Write a Hungarian grammar that covers the sentences in this sample file
  • The tags will be based on those in KR-code[1]. See the next task.

Hunmorph converter

Write a converter from ocamorph's output to Apertium's format.

  • Again, use the sentences in this sample file as reference.
  • While a C-based converter would definitely be possible, I opted for a foma-based (xfst -- lexc?) implementation, so that this task also serves for practice.

ATT -> lttoolbox compiler

Write an ATT FST format reading for lttoolbox.

References

  1. ↑ András Kornai, Péter Rebrus, Péter Vajda, Péter Halácsy, András Rung, Viktor Trón. 2004. Általános célú morfológiai elemző kimeneti formalizmusa (The output formalism of a general-purpose morphological analyzer). In: Proceedings of the 2nd Hungarian Computational Linguistics Conference.
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