The computation and inversion of the binomial and negative binomial cumulative distribution functions play a key role in many applications. In this paper, we explain how methods used for the central beta distribution function (described in Gil, Segura, and Temme, [Numer. Algorithms, 74 (2017), pp. 77-91]) can be utilized to obtain asymptotic representations of these functions and also for their inversion. The performance of the asymptotic inversion methods is illustrated with numerical examples
A commonly used paradigm in modeling count data is to assume that individual counts are generated fr...
The negative binomial distribution (NBD) and negative binomial processes have been used as natural m...
Stirling numbers of the first kind are common in number theory and combinatorics; through Ewen’s sam...
ABSTRACT: The computation and inversion of the binomial and negative binomial cumulative distributio...
The computation and inversion of the binomial and negative binomial cumulative distribution function...
An accurate and efficient algorithm for the inversion of the cumulative central beta distribution ra...
The computation and inversion of the noncentral beta distribution Bp,q(x, y) (or the noncentral F-di...
AbstractThe normalized incomplete beta function Ix(a,b) is inverted for large values of the paramete...
Some special functions are particularly relevant in applied probability and statistics. For example,...
The inversion of cumulative distribution functions is an important topic in statistics, probability ...
Resumen del trabajo presentado al Congreso de la Red de Polinomios Ortogonales y Teoría de Aproximac...
The generalized Marcum functions appear in problems of technical and scientific areas such as, for ...
We improve on some results of SUNDT (1982) on the asymptotic behavlour of compound negative binomial...
In a previous paper we state the dominant term in the third central moment of the maximum likelihood...
The probability generating function of one version of the negative binomial distribution being (p + ...
A commonly used paradigm in modeling count data is to assume that individual counts are generated fr...
The negative binomial distribution (NBD) and negative binomial processes have been used as natural m...
Stirling numbers of the first kind are common in number theory and combinatorics; through Ewen’s sam...
ABSTRACT: The computation and inversion of the binomial and negative binomial cumulative distributio...
The computation and inversion of the binomial and negative binomial cumulative distribution function...
An accurate and efficient algorithm for the inversion of the cumulative central beta distribution ra...
The computation and inversion of the noncentral beta distribution Bp,q(x, y) (or the noncentral F-di...
AbstractThe normalized incomplete beta function Ix(a,b) is inverted for large values of the paramete...
Some special functions are particularly relevant in applied probability and statistics. For example,...
The inversion of cumulative distribution functions is an important topic in statistics, probability ...
Resumen del trabajo presentado al Congreso de la Red de Polinomios Ortogonales y Teoría de Aproximac...
The generalized Marcum functions appear in problems of technical and scientific areas such as, for ...
We improve on some results of SUNDT (1982) on the asymptotic behavlour of compound negative binomial...
In a previous paper we state the dominant term in the third central moment of the maximum likelihood...
The probability generating function of one version of the negative binomial distribution being (p + ...
A commonly used paradigm in modeling count data is to assume that individual counts are generated fr...
The negative binomial distribution (NBD) and negative binomial processes have been used as natural m...
Stirling numbers of the first kind are common in number theory and combinatorics; through Ewen’s sam...