NOTICE: This package has been removed from pkgsrc

./wip/cabocha, Yet another Japanese Dependency Structure Analyzer

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Branch: CURRENT, Version: 0.53, Package name: cabocha-0.53, Maintainer: obache

CaboCha is a Japanese dependency analysis machine based on Support Vector
Machines. It is (89.29%) system that accuracy is the highest as a statistical
Japanese dependency analysis machine as of June, 2001. Moreover, definite
analytical algorithm (Cascaded Chunking Model) that doesn't do back-track is
adopted, and an efficient analysis can be done comparatively.


Required to run:
[textproc/chasen] [lang/perl5] [wip/yamcha]

Required to build:
[converters/nkf] [devel/gmake] [devel/libtool-base]

Package options: chasen

Master sites:

SHA1: 6b8903aa6843887bb669d9d5baea8a0eae320d80
RMD160: 39b637adc8b882542ecc3b6df34d8f6b99be3e38
Filesize: 11281.788 KB

Version history: (Expand)

CVS history: (Expand)


   2010-05-19 14:43:35 by OBATA Akio | Files touched by this commit (16) | Package removed
Log message:
cabocha packages was imported in pkgsrc/textproc.
   2010-02-11 12:09:49 by OBATA Akio | Files touched by this commit (2) 
Log message:
* add option to select morphological-analyzer (chasen, mecab)
* using 'zcat' as read .gz file, replace it with gzcat
   2010-01-13 11:50:33 by OBATA Akio | Files touched by this commit (1) 
Log message:
Add buildlink3.mk for language modules.
   2010-01-13 11:49:51 by OBATA Akio | Files touched by this commit (4) 
Log message:
Set LICENSE and split out Makefile.common, add a patch for python module.
   2009-10-11 12:44:25 by Thomas Klausner | Files touched by this commit (267) 
Log message:
Remove obsolete @dirrm lines.
   2008-01-23 08:40:58 by OBATA Akio | Files touched by this commit (4) | Imported package
Log message:
CaboCha is a Japanese dependency analysis machine based on Support Vector
Machines. It is (89.29%) system that accuracy is the highest as a statistical
Japanese dependency analysis machine as of June, 2001. Moreover, definite
analytical algorithm (Cascaded Chunking Model) that doesn't do back-track is
adopted, and an efficient analysis can be done comparatively.