计算机科学
软件质量
软件质量控制
质量(理念)
验证和确认
数据挖掘
软件度量
软件
可控性
软件质量分析员
灵活性(工程)
可靠性工程
软件工程
软件开发
统计
工程类
数学
程序设计语言
哲学
认识论
应用数学
作者
Chunguang Zhang,Bixin Li,Lulu Wang,Haixin Xu,Tao Shao
标识
DOI:10.1142/s021819402250070x
摘要
With the emergence of mixed source software, the existing quality models are not able to better assess the community quality and autonomy controllability of mixed source software. To fill this gap, we propose a hierarchical model in this paper for quality assessment of mixed source software. In our model, the new attributes are proposed to meet the quality requirements of mixed source software based on the ISO/IEC 25010 standards, and a set of metrics are designed for the new attributes. The model evaluates the quality of mixed source software through quality attributes that have been quantified by the metrics. Applying our quality model to some mixed source software and comparing the model results with the actual situation, we verify whether our proposed two quality attributes, community intensity and autonomy controllability, can effectively assess the quality of mixed source software. The results of the experiments show that our model is indeed effective in assessing the quality of mixed source software. An important feature of our model is that the model has good flexibility, and the set of quality attributes and metrics can be adjusted freely, which provides a flexible and feasible way for various software quality assessment requirements.
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