Software complexity measurement based on complex network

Liu Hanyan, Wang Shihai, Liu Bin, X. Peng
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Abstract

Usually the complexity metric of software focuses on the complexity of code level, function level or structure level separately. It lacks of measurement for the comprehensive complexity of software system. This paper proposes a complexity metric model of three-level cascade network that based on complex network theory. In this metric model, the complexity of code level, function level and structure level are measured and the cascaded relationship between the three levels are analyzed. At last, the three-level cascade network model is built and the comprehensive complexity of software system is measured though the three-level cascade network model. The experiment result shows that the comprehensive complexity of the software system is correlated positively to the number of software defects.
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基于复杂网络的软件复杂度度量
通常,软件的复杂性度量分别关注代码级、功能级和结构级的复杂性。它缺乏对软件系统综合复杂性的度量。基于复杂网络理论,提出了三级级联网络的复杂度度量模型。该度量模型测量了代码层、功能层和结构层的复杂度,并分析了这三个层次之间的级联关系。最后,建立了三级级联网络模型,并通过三级级联网络模型测量了软件系统的综合复杂性。实验结果表明,软件系统的综合复杂性与软件缺陷数呈正相关。
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