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首页> 外文期刊>Journal of computer sciences >Design and Development of Ontology Suite for Software Risk Planning, Software Risk Tracking and Software Risk Control
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Design and Development of Ontology Suite for Software Risk Planning, Software Risk Tracking and Software Risk Control

机译:用于软件风险规划,软件风险跟踪和软件风险控制的本体套件的设计和开发

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摘要

Ontology as a conceptual courseware structure may work as a mind tool for effective teaching and as a visual navigation interface to the learning objects. Knowledge visualization is defined as the use of visual representations to transfer knowledge between at least two persons. This study presents the design, development and visualization of ontologies for Software Risk Planning, Software Risk Tracking and Software Risk Controlling. Approach: The ontologies are developed using protege tool, an effective ontology editor and it is represented by the formal knowledge representational language OWL. In order to increase the richness of the knowledge available in the ontologies, its semantic representation is presented using ontology document generator. Finally the ontologies are effectively visualised using Onto Viz. Results: The ontologies represent the domain knowledge Software Risk Planning, Software Risk Tracking and Software Risk Controlling respectively and is developed with the indention to use it as a knowledge base for effective knowledge representation, Knowledge Management and E-Learning applications. The constructed ontologies are evaluated using quantitative analysis and qualitative analysis. Conclusion: Since the average reuse ratio is 0.95, the developed ontologies are highly cohesive. Comparison of concepts and properties used in the ontologies proved that the developed ontologies are concept oriented ontology. The both quantitative and qualitative analysis says, the developed ontologies are ready to use for applications such as E-Learning, Knowledge Management.
机译:本体作为一种概念性的课件结构,可以作为有效教学的思维工具,也可以作为学习对象的视觉导航界面。知识可视化定义为使用视觉表示在至少两个人之间传递知识。这项研究提出了用于软件风险计划,软件风险跟踪和软件风险控制的本体的设计,开发和可视化。方法:使用protege工具(一种有效的本体编辑器)开发本体,并由形式化知识表示语言OWL表示。为了增加本体中可用知识的丰富性,使用本体文档生成器来呈现其语义表示。最后,使用Onto Viz可以有效地可视化本体。结果:这些本体分别表示领域知识软件风险计划,软件风险跟踪和软件风险控制,并以缩进方式进行开发以将其用作有效知识表示,知识管理和电子学习应用程序的知识库。使用定量分析和定性分析对构建的本体进行评估。结论:由于平均重用率为0.95,因此开发的本体具有高度的凝聚力。本体中使用的概念和属性的比较证明,开发的本体是面向概念的本体。定量和定性分析都说,已开发的本体已准备好用于电子学习,知识管理等应用。

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