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A GP effort estimation model utilizing line of code and methodology for NASA software projects

机译:利用代码行和方法论进行NASA软件项目的GP工作量估算模型

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There is still an urgent need of finding a mathematical model which can provide an accurate relationship between the software project effort/cost and the cost drivers. A powerful algorithm which can optimize such a relationship via developing a mathematical relationship between model variables is urgently needed. In this paper, we explore the use of GP to develop a software cost estimation model utilizing the effect of both the developed line of code and the used methodology during the development. An application of estimating the effort for some NASA software projects is introduced. The performance of the developed Genetic Programming (GP) based model was tested and compared to known models in the literature. The developed GP model was able to provide good estimation capabilities compared to other models.
机译:仍然迫切需要找到一种数学模型,该模型可以在软件项目的工作量/成本与成本动因之间提供准确的关系。迫切需要一种能够通过建立模型变量之间的数学关系来优化这种关系的强大算法。在本文中,我们探索了GP在开发过程中利用已开发代码行和所用方法的效果来开发GP的软件成本估算模型的方法。介绍了一些NASA软件项目估算工作量的应用程序。测试了已开发的基于遗传编程(GP)的模型的性能,并将其与文献中的已知模型进行了比较。与其他模型相比,开发的GP模型能够提供良好的估算能力。

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