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(May 9)Branching Processes and Their Applications

Time: May 6, 2016

时间 地点
人物

Title:

Branching  Processes and Their Applications

Lecturer:

Prof. Vladimir  VATUTIN

Time:

14:30, May 9, 2016

Venue:

206, Section  II, Xinyuan Building, South Campus

Lecturer  Profile

Prof.  Vladimir VATUTIN Graduated from the mechanico-mathematical faculty of the  Moscow Lomonosov State university in 1974. A Ph.D. student of the Steklov  Mathematical Institute of the Academy of Sciences of the USSR from 1974 till  1977. From 1977 till now a researcher of the Steklov Mathematical Institute of  the Academy of Sciences of the USSR and the Russian Academy of Sciences.  Defended the PhD dissertation "Limit theorems for branching  processes" in 1977 (the supervisor — B. A. Sevastyanov). Has a  doctor degree in mathematics ("Critical branching processes with regularly  varying generating functions" (defended in 1987). Vatutin has got in 1988  an award of the Academy of Sciences of the USSR for important results in  mathematics.
A member of the Editorial Board of the journals "Theory of Probability and  its Applications" (1994–present time), "Markov processes and related  fields" (2003–present time), "Discrete Mathematics and  Applications" (2014–present time), "Pliska Studia Mathematica  Bulgarica" (2015–present time) "Stochastic processes and their  Applications" (2002–2004).

Lecture  Abstract

The short course is devoted to some  aspects of the theory of branching processes. We will present it in five  lectures.
 Lecture1:  Extinction of populations: from dynasties to North Atlantic whales. Historical  introduction. Extinction of families (theories of Lamarck and Darwin), epidemic  models, problems of vaccination, mitochondrial DNA. Galton-Watson processes:  classification, basic limit theorems. Theoretical models of PCR.
 Lecture2:   Reduced processes. The distance to the most recent ancestor.   Continuous time Markov branching processes: classification.
 Lecture3:   Branching processes counted by random characteristics. Queuing systems as  branching processes.
 Lecture4:  Multi-type branching processes: classification, basic limit theorems.  Composition of populations. Queuing systems as branching processes.  Decomposable branching processes.  Island models.
 Lecture5:  Branching  processes in random environment

Date: May 9, May 11,  May 12, May 16, May 18 from 14:30 to 15:30

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