Abstract: Leptokurtic or platykurtic distributions can, for example, be gen-erated by applying certain non-linear transformations to a Gaussian random variable. Within this work we focus on the class of so-called power trans-formations which are determined by their generator function. Examples are the H−transformation of Tukey (1960), the J−transformation of Fischer and Klein (2004) and the L−transformation which is derived from Johnson’s in-verse hyperbolic sine transformation. It is shown that generator functions themselves which meet certain requirements can be used to construct both probability densities and cumulative distribution functions. For the J−trans-formation, we recover the logistic distribution. Using the L−transformation, a ...
Abstract The family of g-and-h transformations are popular algorithms used for simulating non-normal...
The T-R{Y} framework is a method of generating convoluted probability distributions; which has gener...
Abstract\ud We introduce and study general mathematical properties of a new generator ...
Abstract: Leptokurtic or platykurtic distributions can, for example, be gen-erated by applying certa...
Leptokurtic or platykurtic distributions can, for example, be generated by applying certain non-line...
This paper investigates the surprisingly wide and practicable class of continuous distributions that...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
A new class of distribution function based on the symmetric densities is introduced, these transform...
Motivated by the need for parametric families of rich and yet tractable distributions in financial m...
This paper concerns the surprisingly wide class of continuous distributions that have densities of t...
Consider starting from a symmetric distribution F on IR and generating a family of distributions fro...
Abstract Constructing skew and heavy-tailed distributions by transform-ing a standard normal variabl...
Univariate continuous distributions have three possible types of support exemplified by: the whole r...
Abstract The family of g-and-h transformations are popular algorithms used for simulating non-normal...
The T-R{Y} framework is a method of generating convoluted probability distributions; which has gener...
Abstract\ud We introduce and study general mathematical properties of a new generator ...
Abstract: Leptokurtic or platykurtic distributions can, for example, be gen-erated by applying certa...
Leptokurtic or platykurtic distributions can, for example, be generated by applying certain non-line...
This paper investigates the surprisingly wide and practicable class of continuous distributions that...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
The paper devises a family of leptokurtic bell-shaped distributions which is based on the hyperbolic...
A new class of distribution function based on the symmetric densities is introduced, these transform...
Motivated by the need for parametric families of rich and yet tractable distributions in financial m...
This paper concerns the surprisingly wide class of continuous distributions that have densities of t...
Consider starting from a symmetric distribution F on IR and generating a family of distributions fro...
Abstract Constructing skew and heavy-tailed distributions by transform-ing a standard normal variabl...
Univariate continuous distributions have three possible types of support exemplified by: the whole r...
Abstract The family of g-and-h transformations are popular algorithms used for simulating non-normal...
The T-R{Y} framework is a method of generating convoluted probability distributions; which has gener...
Abstract\ud We introduce and study general mathematical properties of a new generator ...