Renewed limit theorems for the discrete-time Branching Process and its conditioned limiting law interpretation

Renewed limit theorems for the discrete-time Branching Process and its conditioned limiting law interpretation

Our principal aim is to observe a Markov discrete-time process of population growth with long-living trajectory. First we study asymptotical decay of generating function of Galton-Watson process for all cases as the Basic Lemma. Afterwards we get a Differential analogue of the Basic Lemma. This Lemm...

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Bibliographic Details
Main Author: Azam Imomov
Format: Article
Language:English
Published: BİSKA Bilisim Company 2016-11-01
Series:New Trends in Mathematical Sciences
Subjects:
Branching process
transition function
Q-process
invariant measures
ergodic chain
total states
joint distribution
limit theorem.
Online Access:https://ntmsci.com/ajaxtool/GetArticleByPublishedArticleId?PublishedArticleId=7218
Description
Summary:Our principal aim is to observe a Markov discrete-time process of population growth with long-living trajectory. First we study asymptotical decay of generating function of Galton-Watson process for all cases as the Basic Lemma. Afterwards we get a Differential analogue of the Basic Lemma. This Lemma plays main role in our discussions throughout the paper. Hereupon we improve and supplement classical results concerning Galton-Watson process. Further we investigate properties of the population process so called Q-process. In particular we obtain a joint limit law of Q-process and its total state. And also we state and prove the analogue of Law of large numbers and the Central limit theorem for total state of Q-process.
ISSN:2147-5520
2147-5520

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