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New Aging Properties of the Clayton-Oakes Model Based on Multivariate Dispersion

机译:基于多变量分散的克莱顿栎模型的新老化性质

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In this work we present a recent definition of Multivariate Increasing Failure Rate (MIFR) based on the concept of multivariate dispersion. This new definition is an extension of the univariate characterization of IFR distributions under dispersive ordering of the residual lives. We apply this definition to the Clayton-Oakes model. In particular, we provide several conditions to order in the multivariate dispersion sense the residual lives of random vectors with a dependence structure given by the Clayton-Oakes survival copula. We illustrate our results with a graphical method.
机译:在这项工作中,我们介绍了基于多变量分散的概念的多变量增加失败率(MIFR)的最新定义。这种新定义是在残留生命的分散顺序下的IFR分布的单变量表征的延伸。我们将此定义应用于Clayton-oakes模型。特别是,我们提供多元分散感的若干条件,使随机载体的残余寿命具有由克莱顿 - 肿块存活拷贝的依赖性结构。我们用图形方法说明了我们的结果。

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