Nathalie Cindy Kuicheu, Ning Wang, Gile Narcisse Fanzou Tchuissang, F. Siewe, De Xu
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引用次数: 3
摘要
今天,为了帮助残疾人(如文盲)像其他人一样享受信息和通信技术(如互联网)的进步,标志性的通信至关重要。以前的工作倾向于通过将符号句子翻译成XML文档来概括符号通信。这些方法是有限的,因为一个图标可以隐藏几个隐喻。事实上,一个图标的语义并不是与图像相关的语言等价物,而是一组可以用来描述给定图标的属性。其次,XML模式不是一种知识表示,而只是一种消息格式。因此,为了管理隐藏在符号句背后的知识,需要形式化地定义符号的语义模型。本文对已有的图标模型进行了扩展,首先引入了基于描述逻辑的图标语义定义;其次,在这些形式化定义的基础上,结合Web本体语言(OWL),我们创建了一个名为IcOnto的图标本体(读作“eye can too”)。为了说明,我们进一步使用IcOnto对非洲传统医学(ATM)的一些特性进行建模。
Description logic based icons semantics: An Ontology for Icons
Iconic communication is paramount today in order to assist people with disability (e.g. illiteracy) enjoying, as much as everybody else, the advances in information and communication technologies (e.g. Internet). Previous works tend to generalize iconic communication by translating iconic sentences into XML documents. Theses approaches are limited owing to the fact that an icon can hide several metaphors. In fact, the semantics of an icon is not the linguistic equivalent associated to the image, but is a set of attributes which can be used to describe the given icon. Second, an XML schema is not a knowledge representation, but just a message format. Therefore, to manage the knowledge hidden behind iconic sentences, a semantic model for icons needs to be formally defined. This paper extends previous icon models by first, introducing a description logics-based definition of icons semantics, and second, based on those formal definitions and the Web Ontology Language (OWL), we create an Ontology for Icons named IcOnto (read “eye can too”). We further use IcOnto to model some properties of the African Traditional Medicine (ATM), for illustration.