Summary The three-parameter generalized extreme value distribution arises from classical univariate extreme value theory, and is in common use for analysing the far tail of observed phenomena, yet important asymptotic properties of likelihood-based estimation under this standard model have not been established. In this paper we prove that the maximum likelihood estimator is global and unique. An interesting secondary result entails the uniform consistency of a class of limit relations in a tight neighbourhood of the true shape parameter
We consider maximum likelihood estimation of the parameters of a probability density which is zero f...
In this paper, we investigate a new model based on Burr X and Fréchet distribution for extreme value...
The univariate generalized extreme value (GEV) distribution is the most commonly used tool for analy...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Genera...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Genera...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Gener...
AbstractIn extreme value analysis, staring from Smith (1987) [1], the maximum likelihood procedure i...
AbstractThe paper is about the asymptotic properties of the maximum likelihood estimator for the ext...
The aim of this paper is to provide some practical aspects of point and interval estimates of the gl...
We prove asymptotic normality of the so-called maximum likelihood estimator of the extreme value ind...
The block maxima method in extreme-value analysis proceeds by fitting an extreme-value distribution ...
In this article, the maximum likelihood and Bayes estimates of the generalized extreme value distrib...
Multivariate extreme value distributions arise as the limiting distributions of normalised component...
Let W denote a family of probability distributions with parameter space G, and WG be a subfamily of ...
Extreme U-statistics arise when the kernel of a U-statistic has a high degree but depends only on it...
We consider maximum likelihood estimation of the parameters of a probability density which is zero f...
In this paper, we investigate a new model based on Burr X and Fréchet distribution for extreme value...
The univariate generalized extreme value (GEV) distribution is the most commonly used tool for analy...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Genera...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Genera...
The vanilla method in univariate extreme-value theory consists of fitting the three-parameter Gener...
AbstractIn extreme value analysis, staring from Smith (1987) [1], the maximum likelihood procedure i...
AbstractThe paper is about the asymptotic properties of the maximum likelihood estimator for the ext...
The aim of this paper is to provide some practical aspects of point and interval estimates of the gl...
We prove asymptotic normality of the so-called maximum likelihood estimator of the extreme value ind...
The block maxima method in extreme-value analysis proceeds by fitting an extreme-value distribution ...
In this article, the maximum likelihood and Bayes estimates of the generalized extreme value distrib...
Multivariate extreme value distributions arise as the limiting distributions of normalised component...
Let W denote a family of probability distributions with parameter space G, and WG be a subfamily of ...
Extreme U-statistics arise when the kernel of a U-statistic has a high degree but depends only on it...
We consider maximum likelihood estimation of the parameters of a probability density which is zero f...
In this paper, we investigate a new model based on Burr X and Fréchet distribution for extreme value...
The univariate generalized extreme value (GEV) distribution is the most commonly used tool for analy...