Researches on Software Requirements Elicitation Approach of the Aviation Electronics Systems based on Multi-ontology

Xuan Hu, Jie Liu, Yichen Wang
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引用次数: 3

Abstract

Because of the increasing complexity of software systems as well as the more various types of R&D personnel of the workers, software development is going to a significant trend of knowledge intensification. In the field of knowledge engineering, an ontology is an explicit specification of a conceptualization. In this paper, the ontology method is used to construct the requirement knowledge framework and the various of requirement knowledge is expressed as a clear, complete and consistent hierarchical ontology concept and association, which is more conducive to knowledge sharing and reuse as well as reflects multiple viewpoints of stakeholders. Furthermore, the relevant content of the decomposition of the generalization ontology is added in the framework, which is divided into the structure ontology and action ontology. It makes up for the deficiency of undifferentiated knowledge composition representation of the generalization ontology. Besides, the concept of software requirement error pattern is proposed and integrated into the multi-ontology framework of requirement knowledge in a consistent form. Based on the framework, the domain requirement model and the application requirement model can be built. It can be adopted as the basis of the requirement elicitation activities to avoid errors and improve the quality and reliability of software products.
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基于多本体的航空电子系统软件需求提取方法研究
由于软件系统的复杂性日益增加,以及研发人员的种类越来越多,软件开发正呈现出知识集约化的显著趋势。在知识工程领域,本体是概念的明确说明。本文采用本体方法构建需求知识框架,将需求知识的多样性表达为清晰、完整、一致的层次化本体概念和关联,更有利于知识共享和重用,体现了利益相关者的多角度观点。在此框架中加入了泛化本体分解的相关内容,将泛化本体分为结构本体和动作本体。它弥补了泛化本体知识组成表示无差别的不足。提出了软件需求错误模式的概念,并以一致的形式集成到需求知识的多本体框架中。在此基础上,可以建立领域需求模型和应用需求模型。它可以作为需求激发活动的基础,以避免错误,提高软件产品的质量和可靠性。
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