具有定性和定量方面的工业实践的软件复杂性自动化工具

M.H.N Akalanka, W.P.S.H Weerasinghe, H. Perera, T.N. Kumari, D. Wijendra, J. Krishara
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引用次数: 0

摘要

随着软件开发的发展,必须处理系统的复杂性,以增加其在实际使用中的稳定性。软件复杂性与用户理解其逻辑的困难程度有关。基于不同的可量化方面,已经引入了许多软件复杂性度量来定量地度量软件复杂性。然而,由于缺乏方面和不能处理用户可理解性,当前软件复杂性度量的成功受到限制。因此,提出了一种引入软件复杂性的自动化工具,涉及到可能的定量和定性方面。
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Software Complexity Automation Tool for Industrial Practices with Qualitative and Quantitative Aspects
With the evolution of software development, the complexity of a system must be handled to increase its stability in real-world usage. Software complexity is involving with the degree of the user’s difficulty in comprehending its logic. Numerous software complexity metrics have been introduced to quantitatively measure software complexity based on different quantifiable aspects. However, the success of the current software complexity metrics is limited due to the lack of aspects and the incapability of addressing user understandability. Therefore, an automated tool for introducing software complexity with respect to the possible quantitative and qualitative aspects has been proposed.
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