AbstractA single urn model is considered for which, at each of a discrete set of time values, the balls in the urn are first removed independently with a probability that depends on the time value and then, independently of the number of balls remaining, a random number of new balls are added to the urn. The distribution and moments of the number of balls in the urn at time n are studied as well as the asymptotic behavior as n approaches infinity. Some special cases are considered in detail
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0\...
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0l...
We study the joint asymptotics of forward and backward processes of numbers of non-empty urns in an ...
AbstractA single urn model is considered for which, at each of a discrete set of time values, the ba...
AbstractWe consider central limit theory for urn models in which balls are not necessarily replaced ...
We study the infinite urn scheme when the balls are sequentially distributed over an infinite number...
We study several exactly solvable Polya-Eggenberger urn models with a \emph{diminishing} character, ...
Adaptive randomly reinforced urn (ARRU) is a two-color urn model where the updating process is defin...
AbstractThis work is devoted to the analysis of the area under certain lattice paths. The lattice pa...
Adaptive (path dependent) processes of growth modeled by urn schemes are important for several field...
This paper considers an urn and its evolution in discrete time steps. The urn initially has two diff...
The generalized P\uf2lya urn (GPU) models and their variants have been investigated in several disci...
Following the model of Bondesson, Nilsson, and Wikstrand, we consider randomly filled urns, where th...
In this paper the authors continue to study the process of growth modeled by urn schemes containing ...
We consider a general two-color urn model characterized by a 2x2 matrix of integerswithout constrain...
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0\...
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0l...
We study the joint asymptotics of forward and backward processes of numbers of non-empty urns in an ...
AbstractA single urn model is considered for which, at each of a discrete set of time values, the ba...
AbstractWe consider central limit theory for urn models in which balls are not necessarily replaced ...
We study the infinite urn scheme when the balls are sequentially distributed over an infinite number...
We study several exactly solvable Polya-Eggenberger urn models with a \emph{diminishing} character, ...
Adaptive randomly reinforced urn (ARRU) is a two-color urn model where the updating process is defin...
AbstractThis work is devoted to the analysis of the area under certain lattice paths. The lattice pa...
Adaptive (path dependent) processes of growth modeled by urn schemes are important for several field...
This paper considers an urn and its evolution in discrete time steps. The urn initially has two diff...
The generalized P\uf2lya urn (GPU) models and their variants have been investigated in several disci...
Following the model of Bondesson, Nilsson, and Wikstrand, we consider randomly filled urns, where th...
In this paper the authors continue to study the process of growth modeled by urn schemes containing ...
We consider a general two-color urn model characterized by a 2x2 matrix of integerswithout constrain...
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0\...
An urn contains black and red balls. Let $Z_n$ be the proportion of black balls at time $n$ and $0l...
We study the joint asymptotics of forward and backward processes of numbers of non-empty urns in an ...