N13-3006 by employing a discriminative Kana-Kanji conversion model trained on the specific
A97-1048 interactive operations similar to Kana-Kanji conversion method . We implemented the method
C94-1031 kanji , which must be treated in kana-kanji conversion , are doubly lengthened . To
A92-1047 syntactic parsing and Japanese kana-kanji conversion . In contrast , however , it
A97-1048 are inherited essentially from a Kana-Kanji conversion interface . 330 will also find
N13-3006 evaluations on character recognition and Kana-Kanji conversion accuracy to measure KooSHO 's
N13-3006 recognition and user interface , and Kana-Kanji conversion and suggestion , respectively
N13-3006 experience of character input , Kana-Kanji conversion , and search result visualization
A97-1048 interactive interface similar to Kana-Kanji conversion method , and initially serves
C94-2136 conversion interface simulating Kana-Kanji Conversion helps an user to learn so easily
C02-1140 the candidates returned by the kana-kanji conversion system . Again , this is complicated
N13-3006 recognizes characters , and after Kana-Kanji conversion , the results are shown in a
A97-1048 operations are similar to those of Kana-Kanji conversion , although they are further extended
C02-1140 one major difference , however . Kana-kanji conversion systems correctly identify word
A94-1026 homophone errors caused by erroneous KANA-KANJI conversion . A homophone error occurs when
A94-1026 homophone errors caused by the KANA-KANJI conversion needed to input the text . It
C00-1050 the user . A t ) rccision of our kana-kanji conversion system reaches 95-98 % for several
C80-1037 choice . Among this type is the kana-kanji conversion method , in which the text is
C00-1050 point for B would be Y. <title> Kana-Kanji Conversion System with Input Support Based
N13-3006 the template ) is assigned . 3 Kana-Kanji Conversion In this section , we describe
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