The focus of this study is a new lifetime distribution with five parameters created by
combining the Weibull–Burr XII model and the Marshall–Olkin-G family. The newly …

Much effort has recently been expended in developing efficient models that can depict the
true picture for COVID-19 mortality data and help scientists choose the best-fit models. As a …

This paper delves into the theoretical and practical exploration of the complementary Bell
Weibull (CBellW) model, which serves as an analogous counterpart to the complementary …

Precipitation, or rainfall, is a central feature of the weather cycle and plays a vital role in
sustaining life on Earth. However, existing models such as the Poisson, exponential, normal …

This study introduces the New Exponential-Exponential Distribution (NEED) within the
broader New Exponential-Generating (NE-G) family of distributions, targeting enhancements …

The main concern of this paper is providing a flexible discrete model that captures every
kind of dispersion (equi-, over-and under-dispersion). Based on the balanced discretization …

This study introduces the alpha power transformed generalized Weibull distribution
(APTGWD), a novel probability model derived by transforming the generalization of Weibull …

The paper aims are to extend the theory to estimate the parameters of the exponentiated
lifetime distribution. For it, in this paper, we derived the probability density function …

This study proposes a new five-parameter distribution called the gamma-exponentiated
Weibull–Poisson (GEWP) distribution. As an extension of the exponentiated Weibull …

In this paper, we concentrated on a new lifetime distribution based on the Exponential–
Weibull distribution and the logarithmic transformation named EW–LT. The novel EW–LT …