für Studierende der Informatik/Computational Science
(Modulnummer: BScP15 (BP12)/1103)
In der Vorlesung werden die Grundlagen der Stochastik gelegt. Nach der ausführlichen Motivation und Einführung der Grundbegriffe werden folgende Themen vorgestellt.
Einführung in die Statistik
Literaturhinweise:
Prof. Dr. Roelly
Di., 14:15 bis 15:45 Uhr, 3.06.H09
Grundlagen der Stochastik (Informatik/COS) :
Mo., : 14:15-15:45, 3.06. S15 (Dr. Kosenkova)
Fr., : 14:15-15:45, 3.06. H08 (Dr. Kosenkova)
Mathematik für Studierende der Geoökologie und Geowissenschaften III (B):
Mo., 12:15-13:45, 2.27.0.29/30 (Westermann) (fängt erst ab Montag 22.10.2016 an)
Für alle Studierende: Freitags vor 14:15
Entweder in Griebnizsee im Raum 3.06.H08, oder in Golm im Haus 9, Kasten für Abgabe am Erdgeschöss
In this course we will introduce some of the standard tools of stochastic modeling. Following examples and case studies, the course covers the main theory of Markov chains in discrete and continuous time. We will investigate main methods of the renewal theory and its widespread applications. We also touch some elementary aspects of information theory, hazard rate theory and a few elementary aspects of data analysis.
Literature:
H. Taylor, S. Karlin An introduction to stochastic modeling, 1998
N. Norris, Markov Chains, 1998
J. Istas, Mathematical Modeling for the Life, 2008
M. Kimmel, D. Axelrod Branching processes in Biology, Springer, 2015
Prerequisites: Probability I
Location:Max-Planck-Institut für Kolloid- und Grenzflächenforschung, theory department seminar room 1.123 (please ring at the side door, see the picture from Googlemaps or ask at the main building)
Duration:
Every Thursday 12:15 pm to 13:45 pm
Every Friday, 10:30 am to 12 pm, starting October 25
Exercises
Sheet "Conditional probability"
Sheet "Probability essentials", deadline 07.12.2018
Sheet "Population dynamics", deadline 07.02.2019
Problems are in chapters 3 and 4 of "An Introduction To Stochastic Modeling" of Taylor and Karlin.
For the BGW processes some problems are in the end of chapter 3 of "Branching processes in Biology" of Kimmel and Axelrod