In this paper, a new family of continuous distributions, called the modified odd Weibull-G (MOW-G) family, is studied. The MOW-G family has the feature to use the Weibull distribution as main generator and a new modification of the odd transformation, opening new horizon in terms of statistical modelling. Its main theoretical and practical aspects are explored. In particular, for the mathematical properties, we investigate some results in distribution, quantile function, skewness, kurtosis, moments, moment generating function, order statistics and en-tropy. For the statistical aspect, the maximum likelihood estimation method is used to estimate the model parameters. The performance of this method is evaluated by a Monte Carlo simulation stu...
We develop and study in detail a new family of distributions called Half- logistic Odd Power General...
In this paper, we propose a new family of distributions called the Marshall-Olkin odd Lindley-G fami...
In this article, a new approach is used to introduce an additional parameter to a continuous class o...
In this paper, a new family of continuous distributions, called the modified odd Weibull-G (MOW-G) f...
The Weibull distribution is one of the most popular and widely used model for failure time in life-t...
A new generalization of the odd Weibull-Topp-Leone-G family of distributions called the odd Weibull-...
This work proposes an inverse odd Weibull (IOW) family of distributions for a lifetime distributions...
In this work, we propose a new class of lifetime distributions calledthe generalized odd Weibull gen...
A novel family of produced distributions, odd inverse power generalized Weibull generated distributi...
The need to develop generalizations of existing statistical distributions to make them more flexible...
In recent advances in distribution theory, the Weibull distribution has often been used to generate ...
A new family of distributions called the odd generalized N-H is introduced and studied. Four new spe...
We develop a new class of distributions, namely, the odd power generalizedWeibull-G power series (OP...
Weibull distribution and its extended families has been widely studied in lifetime applications. Bas...
A new method for generating family of distributions was proposed. Some fundamental properties of the...
We develop and study in detail a new family of distributions called Half- logistic Odd Power General...
In this paper, we propose a new family of distributions called the Marshall-Olkin odd Lindley-G fami...
In this article, a new approach is used to introduce an additional parameter to a continuous class o...
In this paper, a new family of continuous distributions, called the modified odd Weibull-G (MOW-G) f...
The Weibull distribution is one of the most popular and widely used model for failure time in life-t...
A new generalization of the odd Weibull-Topp-Leone-G family of distributions called the odd Weibull-...
This work proposes an inverse odd Weibull (IOW) family of distributions for a lifetime distributions...
In this work, we propose a new class of lifetime distributions calledthe generalized odd Weibull gen...
A novel family of produced distributions, odd inverse power generalized Weibull generated distributi...
The need to develop generalizations of existing statistical distributions to make them more flexible...
In recent advances in distribution theory, the Weibull distribution has often been used to generate ...
A new family of distributions called the odd generalized N-H is introduced and studied. Four new spe...
We develop a new class of distributions, namely, the odd power generalizedWeibull-G power series (OP...
Weibull distribution and its extended families has been widely studied in lifetime applications. Bas...
A new method for generating family of distributions was proposed. Some fundamental properties of the...
We develop and study in detail a new family of distributions called Half- logistic Odd Power General...
In this paper, we propose a new family of distributions called the Marshall-Olkin odd Lindley-G fami...
In this article, a new approach is used to introduce an additional parameter to a continuous class o...