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The Schneidewind software reliability model revisited

机译:重新审视Schneidewind软件可靠性模型

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A software reliability model based on a nonhomogeneous Poisson process (NHPP) was proposed by N.F. Schneidewind (Sigplan Notices, vol.10, p.337, 1975). Since then, many other NHPP models have been suggested and studied by various authors. The authors show that several NHPP models can be derived based on the general assumptions made by Schneidewind. Also, they note that in the original paper, there are several interesting approaches worth further consideration. To mention a few, Schneidewind modelled both the software correction process and the software detection process. Methods of weighted least squares were adopted together with the software reliability forecasting based on previous measurements. In this paper, the Schneidewind model is revisited and some further research result are presented.
机译:N.F.提出了一种基于非均匀泊松过程(NHPP)的软件可靠性模型。 Schneidewind(Sigplan公告,第10卷,第337页,1975年)。从那时起,许多其他的NHPP模型被建议和研究。作者表明,可以基于Schneidewind的一般假设来导出几个NHPP模型。他们还指出,在原始论文中,有几种有趣的方法值得进一步考虑。仅举几例,Schneidewind对软件校正过程和软件检测过程都进行了建模。采用加权最小二乘法的方法以及基于先前测量的软件可靠性预测。本文对Schneidewind模型进行了重新探讨,并给出了进一步的研究结果。

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