Generalizing distributions is an old practice and has ever been considered as precious as
many other practical problems in statistics. It simply started with defining different …

In this article, we generalize the Lindley distribution using the quadratic rank transmutation
map studied by Shaw et al.[8] to develop a transmuted Lindley distribution. We provide a …

In this paper, a new two-parameter generalized Ramos–Louzada distribution is proposed.
The proposed model provides more flexibility in modeling data with increasing, decreasing …

A functional composition of the cumulative distribution function of one probability distribution
with the inverse cumulative distribution function of another is called the transmutation map …

We obtain some properties of the Weibull Marshall–Olkin Lindley distribution. Its hazard rate
function can be increasing, decreasing, bathtub-shaped, decreasing-increasing-decreasing …

In this paper, we introduce a new class of distributions generated by an integral transform of
the probability density function of the Lindley distribution which results in a model that is …

Numerous lifetime distributions have been developed to assist researchers in various fields.
This paper proposes a new continuous three-parameter lifetime distribution called the …

We introduce a new four-parameter generalization of the exponentiated power Lindley
(EPL) distribution, called the exponentiated power Lindley power series (EPLPS) …

In this paper, a new four-parameter lifetime distribution, called the exponentiated Lomax
geometric (ELG) is introduced. The new lifetime distribution contains the Lomax geometric …

The contributed R package Newdistns written by the authors is introduced. This package
computes the probability density function, cumulative distribution function, quantile function …