Miho Itoh

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A contextual analysis processing technique, consisting in determining the context understanding together with coherences in sentences, of concepts and phenomena related to each others, must be able to simultaneously interpret accurately a sequence of multiple semantic representations. A word frequently carries different meanings according to the context.(More)
A system able to interpret coherence of multiple sequential foci, while disambiguating multiple meanings of representations arising in the context, is exposed in this article. In the e.g., [I disliked in my childhood the bitterness of green peppers, it tastes delicious now.], identifying which of “dislike” or “delicious” is the(More)
A functional system able to interpret coherence of contents of multiple foci among sequential concepts and phenomena, disambiguating contextual semantic representations, is described in this paper. The proposed system can capture cohesion of expressive but simultaneously complicated sentence structures, thanks to the construction of four novel sentence(More)
A processing technique of interpretation able to capture coherence of contents of multiple foci among sequential concepts and phenomena, disambiguating contextual knowledge representations, is described in this paper. The proposed system can capture cohesion of expressive but simultaneously complicated sentence structures, utilizing the construction of four(More)
The disambiguation of contextual multiple meanings has long been difficult, and it remains one of the leading issue to study for exploiting better the potentiality of information sources. In order to resolve this issue, a system is presented in this paper. The latter is able: to classify any Japanese sentence into one of the following four kinds of sentence(More)
The architecture of a system able to interpret multiple knowledge representations throughout context, by capturing coherence of sequential foci arising in contextual sentences, disambiguating lexical meaning and specifying anaphor/cataphora/antecedent, is presented in this paper. The system can detect cohesion of structure of complicated contents, thanks to(More)
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