An axiomatic approach is used to develop a one-parameter family of measures of divergence between distributions. These measures can be used to perform goodness-of-fit tests with good statistical properties. Asymptotic theory shows that the test statistics have well-defined limiting distributions which are, however, analytically intractable. A parametric bootstrap procedure is proposed for implementation of the tests. The procedure is shown to work very well in a set of simulation experiments, and to compare favorably with other commonly used goodness-of-fit tests. By varying the parameter of the statistic, one can obtain information on how the distribution that generated a sample diverges from the target family of distributions when the tru...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
In this article, we propose a univariate goodness-of-fit test to verify if a random variable follows...
An axiomatic approach is used to develop a one-parameter family of measures of divergence between di...
An axiomatic approach is used to develop a one-parameter family of measures of divergence between di...
ACL-1International audienceAn axiomatic approach is used to develop a one-parameter family of measur...
Testing for goodness-of-fit of discrete models is a difficult task when data come from a sample surv...
chapitre 5International audienceIn order to check that a parametric model provides acceptable tail a...
We study goodness of fit tests for exponential families. We compare, via Monte Carlo simulations, th...
summary:In this paper a new family of statistics based on $K_{\phi }$-divergence for testing goodnes...
AbstractWe prove general theorems that characterize situations in which we could have asymptotic clo...
To test the hypothesis H0: f=? that an unknown density f is equal to a specified one, ?, an estimate...
AbstractThis paper investigates a new family of statistics based on Burbea–Rao divergence for testin...
We introduce a new concept of nonparametric test for statistically deciding if a model fits a sample...
The possible discrepancy between a hypothesized model and the observed data is measured by so called...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
In this article, we propose a univariate goodness-of-fit test to verify if a random variable follows...
An axiomatic approach is used to develop a one-parameter family of measures of divergence between di...
An axiomatic approach is used to develop a one-parameter family of measures of divergence between di...
ACL-1International audienceAn axiomatic approach is used to develop a one-parameter family of measur...
Testing for goodness-of-fit of discrete models is a difficult task when data come from a sample surv...
chapitre 5International audienceIn order to check that a parametric model provides acceptable tail a...
We study goodness of fit tests for exponential families. We compare, via Monte Carlo simulations, th...
summary:In this paper a new family of statistics based on $K_{\phi }$-divergence for testing goodnes...
AbstractWe prove general theorems that characterize situations in which we could have asymptotic clo...
To test the hypothesis H0: f=? that an unknown density f is equal to a specified one, ?, an estimate...
AbstractThis paper investigates a new family of statistics based on Burbea–Rao divergence for testin...
We introduce a new concept of nonparametric test for statistically deciding if a model fits a sample...
The possible discrepancy between a hypothesized model and the observed data is measured by so called...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
Specific functional forms are often used in economic models of distributions; goodness-of-fit measur...
In this article, we propose a univariate goodness-of-fit test to verify if a random variable follows...