Jones, M. C.
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Baker (2008) shows how more flexible densities on R+ can be generated from others by applying the Cauchy-Schlömilch transformation to the abscissa. Such “transformation of scale” is not even guaranteed to provide integrable functions in general. The appeal of the Cauchy-Schlömilch transformation is that it automatically does so; moreover, the normalising constant is unaffected and hence immediately available. In this paper, we fit the original Cauchy-Schlömilch transformation into a broader framework of novel extended Cauchy-Schlömilch transformations based on self-inverse functions, and propose the corresponding newly generated densities which also retain the same normalising constant. As well as providing parallels with, and extensions of, the many properties of the new densities developed by Baker, we investigate the skewness properties of both original and extended Cauchy-Schlömilch-based distributions via application of a recently proposed density-based approach to quantifying asymmetry.
|Item Type:||Journal Article|
|Copyright Holders:||2010 Indian Statistical Institute|
|Keywords:||asymmetry function; life distribution; normalising constant; self-inverse function|
|Academic Unit/Department:||Mathematics, Computing and Technology > Mathematics and Statistics|
|Depositing User:||Sarah Frain|
|Date Deposited:||28 Dec 2010 20:53|
|Last Modified:||30 Nov 2012 10:44|
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