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Multi-objective Software Effort Estimation

机译:多目标软件工作量估计

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摘要

We introduce a bi-objective effort estimation algorithm that combines Confidence Interval Analysis and assessment of Mean Absolute Error. We evaluate our proposed algorithm on three different alternative formulations, baseline comparators and current state-of-the-art effort estimators applied to five real-world datasets from the PROMISE repository, involving 724 different software projects in total. The results reveal that our algorithm outperforms the baseline, state-of-the-art and all three alternative formulations, statistically significantly (p <; 0.001) and with large effect size (A12 ≥ 0.9) over all five datasets. We also provide evidence that our algorithm creates a new state-of-the-art, which lies within currently claimed industrial human-expert-based thresholds, thereby demonstrating that our findings have actionable conclusions for practicing software engineers.
机译:我们介绍一种结合置信区间分析和均值绝对误差评估的双目标工作量估计算法。我们在三种不同的替代公式,基线比较器和当前最先进的工作量估算器(适用于PROMISE存储库中的五个真实数据集)上评估了我们提出的算法,总共涉及724个不同的软件项目。结果表明,我们的算法在所有五个数据集中均优于基线,最新技术和所有三个替代公式,具有统计学显着性(p <; 0.001),并且具有较大的影响大小(A12≥0.9)。我们还提供了证据,表明我们的算法创造了一种新的技术水平,处于当前声称的基于行业专家的阈值之内,从而证明了我们的发现对从事软件工程师的实践具有可操作性的结论。

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