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Proposal of an Hybrid Methodology for Ontology Development by Extending the Process Models of Software Engineering

机译:通过扩展软件工程过程模型的本体开发混合方法论的建议

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W3C’s Semantic Web intents a common framework that allows data to be shared and reused acrossapplication and enterprise. The semantic web and its related technologies are the main directions offuture web development where machine-processable information which supports user tasks. Ontologies areplaying the vital role in Semantic Web. Researches on Ontology engineering had pointed out that an effectiveontology application development methodology with integrated tool support is mandatory for its success. .Potential benefits are there to ontology engineering in making the toolset of Model Driven Architectureapplicable to ontology modeling. Since Software and Ontology engineering are two complimentarybranches, the scope of extension of the well proven methodologies and UML based modeling approachesused in software engineering to ontology engineering can bridge the gap between the engineering branches.This research paper is an attempt to suggest an exclusive hybrid methodology for ontology development fromexisting matured software engineering. Philosophical and engineering aspects of the newly derivedmethodology have been described clearly An attempt has been made for the application of proposedmethodology with protégé editor. The full-fledged implementation of an domain ontology and its validationis the future research direction.
机译:W3C的语义网旨在提供一个通用框架,该框架允许在应用程序和企业之间共享和重用数据。语义Web及其相关技术是未来Web开发的主要方向,未来Web开发中支持用户任务的可机加工信息。本体在语义网中起着至关重要的作用。关于本体工程的研究指出,具有集成工具支持的有效本体应用开发方法对于其成功是必不可少的。通过使模型驱动架构的工具集可应用于本体建模,本体工程具有潜在的好处。由于软件工程学和本体工程学是两个互补的分支,因此,将软件工程学中使用的久经验证的方法论和基于UML的建模方法扩展到本体论工程的范围可以弥合工程学分支之间的鸿沟。用于从现有的成熟软件工程中进行本体开发。新派生的方法论的哲学和工程方面已被清楚地描述了。已经尝试通过protégé编辑器来应用所提出的方法论。领域本体的全面实现及其验证是未来的研究方向。

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