In this paper, a new bivariate negative binomial regression (BNBR) model allowing any type of correlation is defined and studied. The marginal means of the bivariate model are functions of the explanatory variables. The parameters of the bivariate regression model are estimated by using the maximum likelihood method. Some test statistics including goodness-of-fit are discussed. Two numerical data sets are used to illustrate the techniques. The BNBR model tends to perform better than the bivariate Poisson regression model, but compares well with the bivariate Poisson log-normal regression model.correlated count data, over-dispersion, goodness-of-fit, estimation,
In this study we focus on a negative binomial (NB) regression model to take account of regression co...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
The thesis summarizes basic properties of the negative binomial distribution, including estimations ...
This thesis considers bivariate extension of the Meixner class of distributions by the method of gen...
This paper discusses the specification and estimation of seemingly unrelated multivariate count data...
In this paper, we consider a new class of bivariate negative binomial distributions having marginal ...
We consider a bivariate Poisson model that is based on the lognormal heterogeneity model. Two recent...
A latent variable model for observed variables representing frequencies is proposed. The data type f...
The objective of this paper is to propose an efficient estimation procedure in a marginal mean regre...
A general model for the mixed correlated negative binomial and continuous responses is proposed. It ...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
Abstract: The Poisson loglinear model is a common choice for explaining variability in counts. Howev...
A latent variable model for observed variables representing frequencies is proposed. The data type f...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the res...
In this study we focus on a negative binomial (NB) regression model to take account of regression co...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
The thesis summarizes basic properties of the negative binomial distribution, including estimations ...
This thesis considers bivariate extension of the Meixner class of distributions by the method of gen...
This paper discusses the specification and estimation of seemingly unrelated multivariate count data...
In this paper, we consider a new class of bivariate negative binomial distributions having marginal ...
We consider a bivariate Poisson model that is based on the lognormal heterogeneity model. Two recent...
A latent variable model for observed variables representing frequencies is proposed. The data type f...
The objective of this paper is to propose an efficient estimation procedure in a marginal mean regre...
A general model for the mixed correlated negative binomial and continuous responses is proposed. It ...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
Abstract: The Poisson loglinear model is a common choice for explaining variability in counts. Howev...
A latent variable model for observed variables representing frequencies is proposed. The data type f...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the res...
In this study we focus on a negative binomial (NB) regression model to take account of regression co...
A Poisson model typically is assumed for count data. In many cases because of many zeros in the resp...
The thesis summarizes basic properties of the negative binomial distribution, including estimations ...