This study focuses on accurately predicting the behavior of new power function distribution
using neural network and optimizing it using maximum likelihood estimation. The main …

This study provides a three parameter Transmuted Power Function distribution that is the
generalization of the Power Function distribution. Structural properties of the proposed …

In this article we introduce and study a new four-parameter distribution, called odd
generalized exponential power function distribution based on the odd generalized …

In this paper, the exponentiated Kumaraswamy-power function distribution is introduced.
Some structural properties of the proposed distribution including the shapes of the density …

In this research, the Kumaraswamy Inverse Exponential distribution being a generalization
of the Inverse Exponential distribution was applied to six real lifetime datasets. The idea is to …

A new class of lifetime distributions called the power function power series (PFPS) is
introduced. This new class is obtained by compounding power function and power series …

This research commences a unit statistical model named power new power function
distribution, exhibiting a thorough analysis of its complementary properties. We investigate …

A new three-parameter cubic transmuted power distribution is proposed using the cubic rank
transformation. The density and hazard functions of the new distribution provide great …

In this article, we introduce an extension referred to as the exponentiated Weibull power
function distribution based on the exponentiated Weibull-G family of distributions. The …

In this paper, a new four-parameter (ie called the transmuted Topp-Leone power function
(TTLPF) distribution) is proposed based on the transmuted Topp-Leone-G family. We derive …