We propose a near exact equation that links the quantile function and its quartiles of beta distribution (BD). This is done with the use of quantile mechanics approach whereby the probability density function of beta distribution is transformed into second order nonlinear ordinary differential equations whose solutions give the required inverse cumulative distribution function of the distribution. The median can easily be obtained from the proposed equations. Further efforts are required to refine and simplify the results. The results from this paper will greatly affect the way, beta distribution is used in engineering, in general, and wireless communications, in particular. Furthermore, the results obtained are very close the mac...
The computation and inversion of the noncentral beta distribution Bp,q(x, y) (or the noncentral F-di...
In this paper, the likelihood ratio to test between two Beta distributions is addressed. The exact d...
AbstractBeta distributions are usually defined on the unit interval [0,1]. For wider applicability, ...
The use of quantile functions of probability distributions whose cumulative distribution is intracta...
It will be shown that a solution exists for the parameters of a beta distribution given any combinat...
The complementary beta distribution is proposed as a new distribution on the unit interval. It resul...
Nakagami-m distribution is utilized heavily in modelling multipath interferences in wireless networ...
In this work we considered a general class of distributions gener- ated from the logit of the beta r...
Erlang distribution is a particular case of the gamma distribution and is often used in modeling qu...
The method of sequential improvement of beta-distribution approximation for small parameter values s...
A new class of distributions recently developed involves the logit of the beta distribution. Among t...
In this paper, a discrete analog of the beta-Weibull distribution is studied. This new distribution ...
In this paper, some closed form expressions for selected parameters for the probability density func...
在眾多產生貝他分配的方法中,我們研究Kennedy的演算法。在本文中,我們探討在小樣本下,不同參數組合(k,p,q,r) 產生同一貝他分配的情形。 There are mAny methods ...
In this paper, we introduce a new continuous probability distribution with five parameters called th...
The computation and inversion of the noncentral beta distribution Bp,q(x, y) (or the noncentral F-di...
In this paper, the likelihood ratio to test between two Beta distributions is addressed. The exact d...
AbstractBeta distributions are usually defined on the unit interval [0,1]. For wider applicability, ...
The use of quantile functions of probability distributions whose cumulative distribution is intracta...
It will be shown that a solution exists for the parameters of a beta distribution given any combinat...
The complementary beta distribution is proposed as a new distribution on the unit interval. It resul...
Nakagami-m distribution is utilized heavily in modelling multipath interferences in wireless networ...
In this work we considered a general class of distributions gener- ated from the logit of the beta r...
Erlang distribution is a particular case of the gamma distribution and is often used in modeling qu...
The method of sequential improvement of beta-distribution approximation for small parameter values s...
A new class of distributions recently developed involves the logit of the beta distribution. Among t...
In this paper, a discrete analog of the beta-Weibull distribution is studied. This new distribution ...
In this paper, some closed form expressions for selected parameters for the probability density func...
在眾多產生貝他分配的方法中,我們研究Kennedy的演算法。在本文中,我們探討在小樣本下,不同參數組合(k,p,q,r) 產生同一貝他分配的情形。 There are mAny methods ...
In this paper, we introduce a new continuous probability distribution with five parameters called th...
The computation and inversion of the noncentral beta distribution Bp,q(x, y) (or the noncentral F-di...
In this paper, the likelihood ratio to test between two Beta distributions is addressed. The exact d...
AbstractBeta distributions are usually defined on the unit interval [0,1]. For wider applicability, ...