In this paper we introduce a distribution which is an extension of the power Maxwell distribution. This new distribution is constructed based on the quotient of two independent random variables, the distributions of which are the power Maxwell distribution and a function of the uniform distribution (0,1) respectively. Thus the result is a distribution with greater kurtosis than the power Maxwell. We study the general density of this distribution, and some properties, moments, asymmetry and kurtosis coefficients. Maximum likelihood and moments estimators are studied. We also develop the expectation-maximization algorithm to make a simulation study and present two applications to real data
In this paper, we present an extension of the truncated positive normal (TPN) distribution to model ...
A new univariate three-parameter distribution, the transmuted exponentiated Maxwell distribution, is...
Van Dorp and Kotz (2003) introduced a general class of two-sided power distribution. We provide seve...
In this paper we introduce a new distribution constructed on the basis of the quotient of two indepe...
This article proposes a heavy-tailed distribution for modeling positive data. The proposal arises wi...
In this paper we introduce a new extension of the Nakagami distribution. This new distribution is ob...
In this paper, we investigate the tail properties of the generalized Maxwell distribution and gain a...
This paper introduces a generalization of the normal distribution: the uniform power distribution. I...
This article introduces a new probability distribution capable of modeling positive data that presen...
In this paper, an extension of the power half-normal (PHN) distribution is introduced. This new mode...
In this paper, an extension of the power half-normal (PHN) distribution is introduced. This new mode...
In this paper we introduce a new distribution, namely, the slashed half-normal distribution and it c...
This article introduces an extension of the Power Muth (PM) distribution for modeling positive data ...
This paper presents a new distribution, the product of the mixture between Maxwell-Boltzmann and a p...
In this paper, we present an extension of the truncated positive normal (TPN) distribution to model ...
In this paper, we present an extension of the truncated positive normal (TPN) distribution to model ...
A new univariate three-parameter distribution, the transmuted exponentiated Maxwell distribution, is...
Van Dorp and Kotz (2003) introduced a general class of two-sided power distribution. We provide seve...
In this paper we introduce a new distribution constructed on the basis of the quotient of two indepe...
This article proposes a heavy-tailed distribution for modeling positive data. The proposal arises wi...
In this paper we introduce a new extension of the Nakagami distribution. This new distribution is ob...
In this paper, we investigate the tail properties of the generalized Maxwell distribution and gain a...
This paper introduces a generalization of the normal distribution: the uniform power distribution. I...
This article introduces a new probability distribution capable of modeling positive data that presen...
In this paper, an extension of the power half-normal (PHN) distribution is introduced. This new mode...
In this paper, an extension of the power half-normal (PHN) distribution is introduced. This new mode...
In this paper we introduce a new distribution, namely, the slashed half-normal distribution and it c...
This article introduces an extension of the Power Muth (PM) distribution for modeling positive data ...
This paper presents a new distribution, the product of the mixture between Maxwell-Boltzmann and a p...
In this paper, we present an extension of the truncated positive normal (TPN) distribution to model ...
In this paper, we present an extension of the truncated positive normal (TPN) distribution to model ...
A new univariate three-parameter distribution, the transmuted exponentiated Maxwell distribution, is...
Van Dorp and Kotz (2003) introduced a general class of two-sided power distribution. We provide seve...