A simple solution to the Behrens–Fisher problem based on Bayes factors is presented, and its relation with the Behrens–Fisher distribution is explored. The construction of the Bayes factor is based on a simple hierarchical model, and has a closed form based on the densities of general Behrens–Fisher distributions. Simple asymptotic approximations of the Bayes factor, which are functions of the Kullback–Leibler divergence between normal distributions, are given, and it is also proved to be consistent. Some examples and comparisons are also presented.Open access funding provided by Universidad de Málaga/CBUA
This dissertation consists of three distinct but related research projects. First of all, we study t...
An exact solution is given for the Behrens-Fisher distribution under the independent normal model. T...
The traditional Behrens–Fisher (B-F) problem is to test the equality of the means µ1 and µ2 of two n...
AbstractThe main purpose of this paper is the study of the multivariate Behrens–Fisher distribution....
Um dos problemas mais comuns na estatística aplicada é o de comparar as médias de duas populações se...
AbstractTsui and Weerahandi (1989) defined generalized p-values for testing statistical hypothesis i...
This article reexamines the scope of a two-stage methodology for constructing a fixed-width confiden...
In this work we are concerned with the problem of testing the equality of the means from the two pop...
An analytical problem, which arises in the statistical problem of comparing the means of two normal ...
The Behrens—Fisher problem concerns finding an interval estimate for the difference between the mean...
We consider a hypothesis problem with directional alternatives. We approach the problem from a Bayes...
Researchers are frequently interested in testing variances of two independent populations. We often ...
Purely nonparametric methods are developed for general two-sample problems in which each experimenta...
Comparison of the means of two normal populations is a simpler problem when the variance (if unknown...
The problem of testing the equality of two normal means when variances are not known is called the B...
This dissertation consists of three distinct but related research projects. First of all, we study t...
An exact solution is given for the Behrens-Fisher distribution under the independent normal model. T...
The traditional Behrens–Fisher (B-F) problem is to test the equality of the means µ1 and µ2 of two n...
AbstractThe main purpose of this paper is the study of the multivariate Behrens–Fisher distribution....
Um dos problemas mais comuns na estatística aplicada é o de comparar as médias de duas populações se...
AbstractTsui and Weerahandi (1989) defined generalized p-values for testing statistical hypothesis i...
This article reexamines the scope of a two-stage methodology for constructing a fixed-width confiden...
In this work we are concerned with the problem of testing the equality of the means from the two pop...
An analytical problem, which arises in the statistical problem of comparing the means of two normal ...
The Behrens—Fisher problem concerns finding an interval estimate for the difference between the mean...
We consider a hypothesis problem with directional alternatives. We approach the problem from a Bayes...
Researchers are frequently interested in testing variances of two independent populations. We often ...
Purely nonparametric methods are developed for general two-sample problems in which each experimenta...
Comparison of the means of two normal populations is a simpler problem when the variance (if unknown...
The problem of testing the equality of two normal means when variances are not known is called the B...
This dissertation consists of three distinct but related research projects. First of all, we study t...
An exact solution is given for the Behrens-Fisher distribution under the independent normal model. T...
The traditional Behrens–Fisher (B-F) problem is to test the equality of the means µ1 and µ2 of two n...