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Software Reliability Model Analysis including Internal Structure based on Bayesian Network

机译:软件可靠性模型分析,包括基于贝叶斯网络的内部结构

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With the improvement of quality of software, software reliability becomes more and more important. Until now, there have been many software reliability models, but the few is suitable for all software projects. Moreover, in the application, it is hard to apply them effectively, because of the operational and other factors, this paper full analyzes the shortcomings in the current models of software reliability and uses Bayesian network to build a new software reliability model based on the internal structure of software systems. Compared to other models, the advantages are as follows: first, the proposed model has not only full combination of expert knowledge and experimental data, but also has a clear intuitive expression of the relevant factors affecting the software reliability; second, the model has a solid mathematical foundation that made the calculate result or inference more accurate; third, it has a good operational and a wide range of practical. This model can be applied to test the reliability of independent developed software system, also can applicable to co-operative software system development process; finally, we used a real example to prove the feasible and practicality of our proposed model.
机译:随着软件质量的提高,软件可靠性变得越来越重要。到目前为止,已经有许多软件可靠性模型,但少数人适合所有软件项目。此外,在应用中,由于操作和其他因素,很难有效地应用它们,本文完全分析了当前软件可靠性模型中的缺点,并使用贝叶斯网络基于内部构建新的软件可靠性模型软件系统的结构。与其他模型相比,优势如下:首先,拟议的模型不仅具有专业知识和实验数据的完全组合,而且还具有明显的表达了影响软件可靠性的相关因素;其次,该模型具有稳固的数学基础,使得计算结果或推理更准确;第三,它具有良好的操作和广泛的实用。该模型可应用于测试独立开发的软件系统的可靠性,也可以适用于合作软件系统的开发过程;最后,我们使用了一个真实的例子来证明我们所提出的模型的可行性和实用性。

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