The aim of this paper is twofold. First, we show that the expectation of the absolute value of the difference between two copies, not necessarily independent, of a random variable is a measure of its variability in the sense of Bickel and Lehmann (1979). Moreover, if the two copies are negatively dependent through stochastic ordering, this measure is subadditive. The second purpose of this paper is to provide sufficient conditions for comparing several distances between pairs of random variables (with possibly different distribution functions) in terms of various stochastic orderings. Applications in actuarial and financial risk management are given
In this paper, a class C of risk measures, which generalizes the class of risk measures for the righ...
AbstractLet (Xi, Yi) i=1, 2, …, n be n independent and identically distributed random variables from...
AbstractFor a sample of iid observations {(Xi, Yi)} from an absolutely continuous distribution, the ...
In this paper we define and study a new notion for the comparison of the hazard rates of two random ...
We present a general framework for a comparative theory of variability measures, with a particular f...
Random variables may be compared with respect to their location by comparing certain functionals ad ...
The distance covariance of two random vectors is a measure of their dependence. The empirical dista...
Let X[subscript]1,...,X[subscript] n and Y[subscript]1,...,Y[subscript] n be independent random samp...
This book emphasizes the use of stochastic orders as motivational tools for developing new statistic...
A great number of articles have dealt with stochastic comparisons of ordered random variables in th...
A weak version of the joint hazard rate order, useful to stochastically compare not independent rand...
In this paper, we consider the dispersive order and the excess wealth order to compare the variabili...
Different sufficient conditions for stochastic comparisons between random vectors have been describe...
We obtain stochastic inequalities, error bounds, and classification probability for a general class ...
In this work, we obtain some new results in the area of stochastic comparisons of simple and normal...
In this paper, a class C of risk measures, which generalizes the class of risk measures for the righ...
AbstractLet (Xi, Yi) i=1, 2, …, n be n independent and identically distributed random variables from...
AbstractFor a sample of iid observations {(Xi, Yi)} from an absolutely continuous distribution, the ...
In this paper we define and study a new notion for the comparison of the hazard rates of two random ...
We present a general framework for a comparative theory of variability measures, with a particular f...
Random variables may be compared with respect to their location by comparing certain functionals ad ...
The distance covariance of two random vectors is a measure of their dependence. The empirical dista...
Let X[subscript]1,...,X[subscript] n and Y[subscript]1,...,Y[subscript] n be independent random samp...
This book emphasizes the use of stochastic orders as motivational tools for developing new statistic...
A great number of articles have dealt with stochastic comparisons of ordered random variables in th...
A weak version of the joint hazard rate order, useful to stochastically compare not independent rand...
In this paper, we consider the dispersive order and the excess wealth order to compare the variabili...
Different sufficient conditions for stochastic comparisons between random vectors have been describe...
We obtain stochastic inequalities, error bounds, and classification probability for a general class ...
In this work, we obtain some new results in the area of stochastic comparisons of simple and normal...
In this paper, a class C of risk measures, which generalizes the class of risk measures for the righ...
AbstractLet (Xi, Yi) i=1, 2, …, n be n independent and identically distributed random variables from...
AbstractFor a sample of iid observations {(Xi, Yi)} from an absolutely continuous distribution, the ...