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Quantifying reusability of software components using hybrid fuzzy analytical hierarchy process (FAHP)-Metrics approach

机译：使用混合模糊分析层次处理（FAHP） - 近视方法来量化软件组件的可重用性

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摘要

The role of reusability cannot be neglected in the software component selection since it determines the worth of a component for its potential (re)use. The reusability is a qualitative feature and it is arduous to measure it directly. Typically, it is assessed subjectively without paying much heed to the involvement of befitting stakeholders and the use of a quantitative approach. We aim to quantify the reusability of a software component based on its quality through multi-criteria decision making (MCDM) solution to rank alternatives. To do this, the quality preferences of stakeholders about the reuse of components are determined. The reusability is quantified using a hybrid fuzzy analytic hierarchy process (FAHP) and quality metrics approach. In this approach, the weights of both FAHP and quality metrics are integrated to get the final ranking. FAHP-Metrics approach is applied to payment gateway (software) components, and the ranking of given components is obtained based on their reusability value. Finally, the comparative analysis of our results with respect to other recent studies reveals that the Spearman rank correlation result is highly significant and acceptable, and the obtained weights have a good association with other studies. (C) 2019 Elsevier B.V. All rights reserved.
机译：软件组件选择中无法忽略可重用性的作用，因为它确定了其潜在（重新）使用的组件的价值。可重用性是一个定性特征，直接测量它是艰巨的。通常情况下，它被主观评估，而不会偿还合作利益相关者的参与和使用定量方法。我们的目标是通过通过多标准决策（MCDM）解决方案来量化软件组件的可重用性来排列替代品。为此，确定了利益相关者关于重用组件的质量偏好。使用混合模糊分析层次处理（FAHP）和质量指标方法量化可重用性。在这种方法中，集成了FAHP和质量指标的权重以获得最终排名。 FAHP-PERICS方法应用于支付网关（软件）组件，并且基于其可重用性值获得给定组件的排名。最后，我们对其他最近研究的结果的比较分析表明，Spearman等级相关结果是非常显着和可接受的，并且获得的重量与其他研究具有良好的关联。 （c）2019年Elsevier B.V.保留所有权利。

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