[Mitov Kosto V.; Митов Косто В.]; [Yanev Nikolay M.; Janev N. M.; Janev Nikolaj; Янев Николай М.]In this paper we propose and study three new classes of alternating regenerative (AR) branching processes. Limiting distributions are obtained for AR Sevastyanov processes, for AR Sevastyanov processes with non-homogeneous Poisson immigration and for AR randomly indexed branching processes. All these processes are investigated applying renewal and regenerative methods developed in Mitov and Yanev [16, 17]. 2010 Mathematics Subject Classification: 60J80, 60K05
This thesis consists of four papers. In paper 1, we prove central limit theorems for Markov chains u...
We present here a new general class of multitype branching processes in discrete time with memory an...
Random recurrence relations are stochastic difference equations, which define recursively a sequence...
This work is supported by Bulgarian NFSI, grant No. MM–704/97The regenerative excursion process Z(t)...
A branching process counted by a random characteristic has been defined as a process which at time t...
For model with regenerating processes of the Poisson type, the likelihood maximum evaluations of the...
Limiting theorems for Markovian branching processes are investigated in the paper. During the invest...
Controlled branching processes with continuous time are introduced and limiting distributions are ob...
This paper deals with a generalization of the class of renewal processes with absolutely continuous ...
AbstractA branching process counted by a random characteristic has been defined as a process which a...
Some classes of controlled branching processes (with nonhomogeneous migration or with nonhomogeneous...
AbstractA functional limit theorem is proved for multitype continuous time Markov branching processe...
[Slavtchova-Bojkova Maroussia N.; Славчова-Божкова Маруся Н.]; [Yanev Nickolay M.; Янев Николай М.]W...
Cette thèse étudie des modèles de populations branchantes appelés arbres de ramification, dans lesqu...
The classical Bienaymé-Galton-Watson (BGW) branching process can be interpreted as mathematical mode...
This thesis consists of four papers. In paper 1, we prove central limit theorems for Markov chains u...
We present here a new general class of multitype branching processes in discrete time with memory an...
Random recurrence relations are stochastic difference equations, which define recursively a sequence...
This work is supported by Bulgarian NFSI, grant No. MM–704/97The regenerative excursion process Z(t)...
A branching process counted by a random characteristic has been defined as a process which at time t...
For model with regenerating processes of the Poisson type, the likelihood maximum evaluations of the...
Limiting theorems for Markovian branching processes are investigated in the paper. During the invest...
Controlled branching processes with continuous time are introduced and limiting distributions are ob...
This paper deals with a generalization of the class of renewal processes with absolutely continuous ...
AbstractA branching process counted by a random characteristic has been defined as a process which a...
Some classes of controlled branching processes (with nonhomogeneous migration or with nonhomogeneous...
AbstractA functional limit theorem is proved for multitype continuous time Markov branching processe...
[Slavtchova-Bojkova Maroussia N.; Славчова-Божкова Маруся Н.]; [Yanev Nickolay M.; Янев Николай М.]W...
Cette thèse étudie des modèles de populations branchantes appelés arbres de ramification, dans lesqu...
The classical Bienaymé-Galton-Watson (BGW) branching process can be interpreted as mathematical mode...
This thesis consists of four papers. In paper 1, we prove central limit theorems for Markov chains u...
We present here a new general class of multitype branching processes in discrete time with memory an...
Random recurrence relations are stochastic difference equations, which define recursively a sequence...