Size and Complexity Attributes for Multimodel Improvement Framework Taxonomy

André L. Ferreira, R. J. Machado, M. Paulk
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引用次数: 14

Abstract

Selection of best practice models is a daunting task. The number of models is considerable and the ability to compare objectively their content is not straightforward due to scope and structural variety in descriptions. The purpose of this paper is to provide a base for quantitative analysis of best practice models at the light of proposed attributes of size and complexity. We propose a characterization of size as a measure of scope coverage and detail of descriptions between models and complexity in terms of structural connectedness. We analyzed a set o best practice models popular in the Software Engineering domain and derived relative size and complexity measures of these models.
多模型改进框架分类法的大小和复杂性属性
选择最佳实践模型是一项艰巨的任务。模型的数量是相当可观的,并且由于描述的范围和结构的变化,客观地比较它们的内容的能力不是直截了当的。本文的目的是根据提出的规模和复杂性属性,为最佳实践模型的定量分析提供基础。我们提出了规模的特征,作为范围覆盖和模型之间描述的细节和结构连通性方面的复杂性的度量。我们分析了软件工程领域中流行的一组最佳实践模型,并推导出这些模型的相对大小和复杂性度量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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