Software complexity level determination using software effort estimation use case points metrics

Y. Yavari, M. Afsharchi, Mojtaba Karami
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引用次数: 16

Abstract

Software estimations are regarding based on prediction properties of system, with attention to development methodology. In object-oriented analysis, Use Case models describe the functional requirements of a software system, so they can be basis for software measurement and sizing. Use Case points method that suggested by karner, is based on size and complexity of Use Cases. This method earns the great successes in industry and university. Although this method doesn't have enough precision and accuracy, because of inaccuracy in determining Use Case complexity metrics. In this research, we are going to assessment weak points of Use Case complexity metrics specially transaction metric in Use Case points method and then we will introduce other metrics for determining Use Case complexity that it can be led to simplify calculating UUC and it can be also tried to cover the most of aspects of Use Cases.
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使用软件工作量估计用例点度量来确定软件复杂性级别
软件评估是以系统的预测特性为基础,注重开发方法。在面向对象的分析中,用例模型描述了软件系统的功能需求,因此它们可以作为软件度量和规模确定的基础。由karner提出的用例点方法是基于用例的大小和复杂性。这种方法在工业和大学中获得了巨大的成功。尽管由于在确定用例复杂性度量方面的不准确性,该方法没有足够的精度和准确性。在本研究中,我们将评估用例复杂性度量的弱点,特别是用例点方法中的事务度量,然后我们将介绍其他用于确定用例复杂性的度量,它可以简化UUC的计算,也可以尝试覆盖用例的大多数方面。
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