Metric Based Evaluation and Improvement of Software Designs

C. W. Butler
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Abstract

The demand for quality software expands as the business environment grows internationally. Common to all software development methodologies is a design phase that focuses on the physical software model. Design criteria used to evaluate these models are important for refinement and improvement. The purpose of this research is to apply transformations of McCabe’s cyclomatic complexity as a means for improving software design and assessing risks within a design. In this research, two metrics, the management (CMGT) and maintenance (CMN) coefficients are introduced, and they are used to address the architectural, size, and quality dimensions of a software design.
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基于度量的软件设计评价与改进
随着国际商业环境的发展,对高质量软件的需求也在扩大。所有软件开发方法的共同点是一个专注于物理软件模型的设计阶段。用于评估这些模型的设计标准对于细化和改进非常重要。本研究的目的是应用麦凯布循环复杂性的转换,作为改进软件设计和评估设计中风险的一种手段。在本研究中,引入了两个度量标准,管理(CMGT)和维护(CMN)系数,它们用于解决软件设计的架构、大小和质量维度。
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