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Classes of Ordinary Differential Equations Obtained for the Probability Functions of Cauchy, Standard Cauchy and Log-Cauchy Distributions

机译:针对柯西,标准柯西和对数柯西分布的概率函数获得的一类常微分方程

摘要

In this paper, the differential calculus was usedudto obtain some classes of ordinary differential equations (ODE)udfor the probability density function, quantile function, survivaludfunction and hazard function of Cauchy, standard Cauchy andudlog-Cauchy distributions. The distributions are related byudlogarithmic transformation. The ODEs for the inverse survivaludfunction and reversed hazard functions of the distributionsudwere not considered because of their nature and complexity.udThe stated necessary conditions required for the existence ofudthe ODEs are consistent with the various parameters thatuddefined the distributions. Solutions of these ODEs by usingudnumerous available methods are a new ways of understandingudthe nature of the probability functions that characterize theuddistribution
机译:本文利用微分学 ud获得了柯西的概率密度函数,分位数函数,生存 ud函数和危险函数,标准柯西和 udlog-Cauchy分布的几类常微分方程(ODE) ud。分布通过对数变换相关。由于分布的自然性和复杂性,未考虑分布的逆生存 ud函数和逆危险函数的ODE。 ud存在 ud ODE所需的陈述必要条件与 ud定义分布的各种参数一致。通过使用大量可用方法解决这些ODE的新方法是理解 ud表征 ud分布的概率函数的性质的新方法

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