软件工程本体的描述逻辑:面向软件质量控制

Kamal Uddin Sarker, A. Deraman, R. Hasan
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引用次数: 8

摘要

长期以来,软件工程中一直以不同的方式使用本体,它是一个具有面向领域定义的抽象层次;另外,对每个领域或每个应用程序使用单独的工具。从软件工程开始,软件质量控制(SQC)就致力于在时间和预算范围内确保产品的质量,但到目前为止,统计报告显示项目存在部分或全部失败。事实是通过对公共数据集的批判性分析来确定的。在详细分析了现有的本体定义和应用领域后,基于软件工程的思想对本体进行了定义。最常见和最令人困惑的术语“项目的大小”是基于对ebspm软件存储数据集的分析来阐述的。最后,利用描述逻辑建立了通用的混合本体,用于软件管理中基于标准化因素的质量保证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Descriptive Logic for Software Engineering Ontology: Aspect Software Quality Control
Ontology in software engineering has been using for a long time in different ways, and it is an abstract level with domain oriented definition; also using individual tools for each domain or individual for each application. From the beginning of the software engineering, Software Quality Control (SQC) working to ensure the quality product within time and budget but the statistical report showing till now partial or total failure project existed. Facts are identified here by critical analysis of the public data set. Ontology is defined here based on software engineering after detail analysis of existing definition and application area. Most common and confusing term "size of the project" is elaborated based on the analysis of EBSPM-software depository data set. Finally, general hybrid ontology is developed by descriptive logic for the software management based on standardization factors to ensure quality.
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