Add to ORKGA probelm of J. Neyman (in Classical and Contagious Discrete Distributions (G. P. Patil, Ed.), 1965, pp. 4-14) regarding a characterization of positive and negative multinomial distributions is studied in this paper. Some properties of multivariate power series distributions in general which should be of independent interest are also derived.positive multinomial distributions negative multinomial distributions power series distributions dispersion matrix linear regression
The probability generating function (pgf) of an n-variate negative binomial distribution is defined ...
We briefly summarize the definitions of univariate and multivariate normal distributions, along with...
The binomial and multinomial distributions are, probably, the best known distributions because of th...
A probelm of J. Neyman (in Classical and Contagious Discrete Distributions (G. P. Patil, Ed.), 1965,...
Texto completo. Acesso restrito. p. 397–408A problem of J. Neyman (in Classical and Contagious Discr...
AbstractA probelm of J. Neyman (in Classical and Contagious Discrete Distributions (G. P. Patil, Ed....
AbstractA complete solution is provided to a problem posed by J. Newman (Classical and Contagious Di...
This paper deals with a characterization of the negative multinomial distribution. It is based on th...
ABSTRACT. Several characterizations of the joint multinomial distribution of two discrete random vec...
In this short paper, the multivariate Poisson-Gamma, the multinomial N-mixture and the negative mult...
Several characterizations of the joint multinomial distribution of two discrete random vectors are d...
We define a multivariate negative binomial distribution (MVNB) as a bivariate Poisson distribution f...
AbstractThe probability generating function (pgf) of an n-variate negative binomial distribution is ...
Negative multinomial distribution, Joint distribution, Identically distributed, Exchangeable distrib...
During the past three decades or so there has been much work done concerning contagious probability ...
The probability generating function (pgf) of an n-variate negative binomial distribution is defined ...
We briefly summarize the definitions of univariate and multivariate normal distributions, along with...
The binomial and multinomial distributions are, probably, the best known distributions because of th...
A probelm of J. Neyman (in Classical and Contagious Discrete Distributions (G. P. Patil, Ed.), 1965,...
Texto completo. Acesso restrito. p. 397–408A problem of J. Neyman (in Classical and Contagious Discr...
AbstractA probelm of J. Neyman (in Classical and Contagious Discrete Distributions (G. P. Patil, Ed....
AbstractA complete solution is provided to a problem posed by J. Newman (Classical and Contagious Di...
This paper deals with a characterization of the negative multinomial distribution. It is based on th...
ABSTRACT. Several characterizations of the joint multinomial distribution of two discrete random vec...
In this short paper, the multivariate Poisson-Gamma, the multinomial N-mixture and the negative mult...
Several characterizations of the joint multinomial distribution of two discrete random vectors are d...
We define a multivariate negative binomial distribution (MVNB) as a bivariate Poisson distribution f...
AbstractThe probability generating function (pgf) of an n-variate negative binomial distribution is ...
Negative multinomial distribution, Joint distribution, Identically distributed, Exchangeable distrib...
During the past three decades or so there has been much work done concerning contagious probability ...
The probability generating function (pgf) of an n-variate negative binomial distribution is defined ...
We briefly summarize the definitions of univariate and multivariate normal distributions, along with...
The binomial and multinomial distributions are, probably, the best known distributions because of th...
