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A general class of univariate skew distributions considering Stein’s lemma and infinite divisibility

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Abstract

In this article, we consider a general form of univariate skewed distributions. We denote this form by GUS(λ; h(x)) or GUS with density s(x|λ, h(x)) = 2f(x)G(λ h(x)), where f is a symmetric density, G is a symmetric differentiable distribution, and h(x) is an odd function. A special case of this general form, normal case, is derived and denoted by GUSN(λ; h(x)). Some representations and some main properties of GUS(λ; h(x)) are studied. The moments of GUSN(λ; h(x)) and SN(λ), the known skew normal distribution of Azzalini (1985), are compared and the relationship between them is given. As an application, we use it to construct a new form for skew t-distribution and skew Cauchy distribution. In addition, we extend Stein’s lemma and study infinite divisibility of GUSN(λ; h(x)).

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Correspondence to J. Behboodian.

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Abtahi, A., Behboodian, J. & Sharafi, M. A general class of univariate skew distributions considering Stein’s lemma and infinite divisibility. Metrika 75, 193–206 (2012). https://doi.org/10.1007/s00184-010-0322-8

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  • DOI: https://doi.org/10.1007/s00184-010-0322-8

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