AbstractThe properties of IFR (increasing failure rate) and PF2 (Polya frequency of order 2) are of use and importance in the study of univariate random lifetimes in reliability theory. In this paper these notions are extended to the multivariate setting. The extensions are not just technical, but they are also meaningful and dynamic. Classes of multivariate IFR and PF2 distributions are defined. Some of their properties are described. The relationship between these classes is given
In a previous paper, the authors have introduced a class of multi— variate lifetimes (MIPRA) which g...
AbstractA general approach for the development of multivariate survival models, based on a set of gi...
Since multivariate lifetime data frequently occur in applications, various properties of multivariat...
AbstractThe properties of IFR (increasing failure rate) and PF2 (Polya frequency of order 2) are of ...
For d≥2, let X=(X1, , Xd) be a vector of exchangeable continuous lifetimes with joint survival funct...
Ford >= 2, let X = (X(1),...,X(d)) be a vector of exchangeable continuous lifetimes with joint survi...
Freund [1961] introduced a bivariate extension of the exponential distribution that provides a model...
Many criteria of ageing for random variables or vectors have been proposed in the literature over ma...
In this work we present a recent definition of Multivariate Increasing Failure Rate (MIFR) based on ...
Throughout this work, conditional failure rates for discrete positive integer-valued random variable...
Positive ageing denotes the adverse effect of age on random life times (survival or failure times) o...
The ideas of a dynamic approach to the analysis of multivariate life length distributions, introduce...
We extend the univariate α-quantile residual life function to multivariate setting preserving its dy...
Recently, some well-known univariate aging classes of lifetime distributions have been characterized...
AbstractNew classes of multivariate survival distribution functions based on monotonic behaviour of ...
In a previous paper, the authors have introduced a class of multi— variate lifetimes (MIPRA) which g...
AbstractA general approach for the development of multivariate survival models, based on a set of gi...
Since multivariate lifetime data frequently occur in applications, various properties of multivariat...
AbstractThe properties of IFR (increasing failure rate) and PF2 (Polya frequency of order 2) are of ...
For d≥2, let X=(X1, , Xd) be a vector of exchangeable continuous lifetimes with joint survival funct...
Ford >= 2, let X = (X(1),...,X(d)) be a vector of exchangeable continuous lifetimes with joint survi...
Freund [1961] introduced a bivariate extension of the exponential distribution that provides a model...
Many criteria of ageing for random variables or vectors have been proposed in the literature over ma...
In this work we present a recent definition of Multivariate Increasing Failure Rate (MIFR) based on ...
Throughout this work, conditional failure rates for discrete positive integer-valued random variable...
Positive ageing denotes the adverse effect of age on random life times (survival or failure times) o...
The ideas of a dynamic approach to the analysis of multivariate life length distributions, introduce...
We extend the univariate α-quantile residual life function to multivariate setting preserving its dy...
Recently, some well-known univariate aging classes of lifetime distributions have been characterized...
AbstractNew classes of multivariate survival distribution functions based on monotonic behaviour of ...
In a previous paper, the authors have introduced a class of multi— variate lifetimes (MIPRA) which g...
AbstractA general approach for the development of multivariate survival models, based on a set of gi...
Since multivariate lifetime data frequently occur in applications, various properties of multivariat...