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A study on information extraction from heterogeneous, distributed and autonomous dna databases using ontology-based agentud

机译:基于本体的agent ud从异构,分布式和自治dna数据库中提取信息的研究

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摘要

WWW is an information resource with virtually unlimited potential. However, this potential is relatively untapped because it is difficult for machine to process and integrate this information meaningfully. This is where the development of semantic web comes in, because unlike the existing WWW, where data is primarily intended for human consumption, the Semantic Web provides data that is also machine processable. Simple HTML Ontology Extension (SHOE), with its clear and efficient capabilities, is best applied in support the development of semantic web by allowing web authors to annotate their pages with machine-readable knowledge that can then be used by agents and query engines. Ontology-design methodology (Noy and McGuiness 2001) is a promising approach to demonstrate SHOE, since; all of SHOEs implicit knowledge arise from its use of ontologies. It is expected that this project will bring the web to its full potential, as well as expanding the application of SHOE in order to support the development of semantic web.
机译:万维网是一种具有无限潜力的信息资源。但是,这种潜力尚未得到充分利用,因为机器很难有效地处理和整合此信息。这就是语义Web发展的源泉,因为与现有的WWW不同,现有的WWW主要将数据供人类消费,而语义Web提供的数据也是可以机器处理的。简单HTML本体扩展(SHOE)具有清晰有效的功能,它最适合通过支持Web作者使用机器可读的知识注释页面,然后由代理和查询引擎使用来支持语义Web的开发。本体设计方法(Noy and McGuiness 2001)是展示SHOE的一种有前途的方法。 SHOE的所有隐性知识都来自其本体的使用。预计该项目将使Web发挥其全部潜力,并扩展SHOE的应用程序,以支持语义Web的发展。

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