We propose a new type of stochastic ordering which imposes a monotone tendency in differences between one multinomial probability and a known standard one. An estimation procedure is proposed for the constrained maximum likelihood estimate, and then the asymptotic null distribution is derived for the likelihood ratio test statistic for testing equality of two multinomial distributions against the new stochastic ordering. An alternative test is also discussed based on Neyman modified minimum chi-square estimator. These tests are illustrated with a set of heart disease data
This paper presents strategies for the estimation and testing of risk difference and odds ratio unde...
The main goal of this article is to compare whether different groups with ordinal responses on the s...
The main goal of this article is to compare whether different groups with ordinal responses on the s...
AbstractTests for comparing a multivariate response on a control and on a treatment population are c...
AbstractTests for comparing a multivariate response on a control and on a treatment population are c...
In this paper we face the problem of testing the equality of two or more parameters of amultinomial ...
This paper presents strategies for the estimation and testing of binomial and multinomial parameters...
This article deals with the problem of comparing multinomial distributions with multiple ordered cat...
AbstractA problem that is frequently encountered in statistics concerns testing for equality of mult...
International audienceThis article deals with nonparametric permutation testing methods for repeated...
We consider two exact unconditional procedures to test the difference between two multinomials with ...
International audienceThis article deals with nonparametric permutation testing methods for repeated...
Ordered categorical data are frequently encountered in many fields of research, such as, sociology, p...
Monotonicity of the likelihood ratio for conditioned densities is a common technical assumption in e...
Monotonicity of the likelihood ratio for conditioned densities is a common technical assumption in e...
This paper presents strategies for the estimation and testing of risk difference and odds ratio unde...
The main goal of this article is to compare whether different groups with ordinal responses on the s...
The main goal of this article is to compare whether different groups with ordinal responses on the s...
AbstractTests for comparing a multivariate response on a control and on a treatment population are c...
AbstractTests for comparing a multivariate response on a control and on a treatment population are c...
In this paper we face the problem of testing the equality of two or more parameters of amultinomial ...
This paper presents strategies for the estimation and testing of binomial and multinomial parameters...
This article deals with the problem of comparing multinomial distributions with multiple ordered cat...
AbstractA problem that is frequently encountered in statistics concerns testing for equality of mult...
International audienceThis article deals with nonparametric permutation testing methods for repeated...
We consider two exact unconditional procedures to test the difference between two multinomials with ...
International audienceThis article deals with nonparametric permutation testing methods for repeated...
Ordered categorical data are frequently encountered in many fields of research, such as, sociology, p...
Monotonicity of the likelihood ratio for conditioned densities is a common technical assumption in e...
Monotonicity of the likelihood ratio for conditioned densities is a common technical assumption in e...
This paper presents strategies for the estimation and testing of risk difference and odds ratio unde...
The main goal of this article is to compare whether different groups with ordinal responses on the s...
The main goal of this article is to compare whether different groups with ordinal responses on the s...