The Rayleigh distribution has wide range of applications in Applied Sciences; some of which are related to sea waves, harbor, coastal-engineering and studies on wind-wave heights among others.In this article, we propose a new lifetime model entitled Odd Generalized Exponential-Rayleigh Distribution and present some of its statistical properties comprising moments, moment generating function, reliability analysis and order statistics. A method of maximum likelihood was used to estimate the parameters of the new distribution. The applicability of the new distribution using real dataset was also illustrated and its performance compared with other distributions in literature
The Rayleigh distribution was proposed in the fields of acoustics and optics by lord Rayleigh. It ha...
Providing extended and generalized distribution is usually precious for many statisticians. A new di...
In this work, we propose a new class of lifetime distributions calledthe generalized odd Weibull gen...
There exist remain many problems in real life where observed data does not follow any of the well-kn...
The exponential and Rayleigh are the two most commonly used distributions for analyzing lifetime dat...
In this article we propose a new lifetime probability model entitled the Odd Generalized Exponential...
In this paper we study the odd generalized exponential linear failure rate distribution. Some statis...
The exponential distribution is a popular statistical distribution to study the problems in lifetime...
WOS: 000477600900001In the present paper, we introduce a new form of generalized Rayleigh distributi...
The paper presents a novel class (family) of statistical distributions termed Odd Transmuted Rayleig...
For the first time, a three-parameter lifetime model, called the Weibull Rayleigh distribution, is d...
Specifying a proper statistical model to represent asymmetric lifetime data with high kurtosis is an...
We introduce a new model called the Marshall-Olkin Rayleigh distribution which extends the Rayleigh ...
In this paper, a generalization of the modified inverse Rayleigh distribution called the new exponent...
This paper introduces a new four parameter Rayleigh distribution which generalizes the transmuted ge...
The Rayleigh distribution was proposed in the fields of acoustics and optics by lord Rayleigh. It ha...
Providing extended and generalized distribution is usually precious for many statisticians. A new di...
In this work, we propose a new class of lifetime distributions calledthe generalized odd Weibull gen...
There exist remain many problems in real life where observed data does not follow any of the well-kn...
The exponential and Rayleigh are the two most commonly used distributions for analyzing lifetime dat...
In this article we propose a new lifetime probability model entitled the Odd Generalized Exponential...
In this paper we study the odd generalized exponential linear failure rate distribution. Some statis...
The exponential distribution is a popular statistical distribution to study the problems in lifetime...
WOS: 000477600900001In the present paper, we introduce a new form of generalized Rayleigh distributi...
The paper presents a novel class (family) of statistical distributions termed Odd Transmuted Rayleig...
For the first time, a three-parameter lifetime model, called the Weibull Rayleigh distribution, is d...
Specifying a proper statistical model to represent asymmetric lifetime data with high kurtosis is an...
We introduce a new model called the Marshall-Olkin Rayleigh distribution which extends the Rayleigh ...
In this paper, a generalization of the modified inverse Rayleigh distribution called the new exponent...
This paper introduces a new four parameter Rayleigh distribution which generalizes the transmuted ge...
The Rayleigh distribution was proposed in the fields of acoustics and optics by lord Rayleigh. It ha...
Providing extended and generalized distribution is usually precious for many statisticians. A new di...
In this work, we propose a new class of lifetime distributions calledthe generalized odd Weibull gen...