Data analysis in real life often relies mainly on statistical probability distributions. However,
data arising from different fields such as environmental, financial, biomedical sciences and …

In this article, we proposed a new extension of the Topp–Leone family of distributions. Some
important properties of the model are developed, such as quantile function, stochastic …

We introduced a brand-new member of the family that is going to be referred to as the New
Power Topp-Leone Generated (NPTL-G). This new member is one of a kind. Given the …

We aim in this paper to propose a novel class of distributions that was created by merging
the Topp-Leone distribution and the Generated families of Kumaraswamy and Marshall …

In this paper, we introduce a new 2-parameters family of distributions named [0, 1] Truncated
Inverse Weibull-$ G $ family ([0, 1] TIW-G) family, to generate new types of continues …

In this paper, the [0, 1] truncated Nadarajah Haghighi-G family is introduced, and some of its
statistical properties such as expansion of its PDF are derived. In addition, quantile function …

A new probability model for positively skewed datasets like economic data, medical,
engineering and other sciences was developed in this paper. The new distribution is named …

Attempts have been made to define new families of distributions that provide more flexibility
for modeling data that is skewed in nature. In this work, we propose a new family of …

In this article, we describe a new Marshall-Olkin family of distributions based on the Marshall-
Olkin family of distributions by employing a different generator. We have derived several …

In this paper, we focused on two families of distributions: the Topp–Leone Kumaraswamy
family and a novel proposed family of distributions. Subsequently, we explore their …