Institut für Numerische Mathematik
- 1:
Startseite. - 2:
Aktuelles. - 3:
Allgemeines. - 4:
Mitarbeiter. - 5:
Forschung. - 6:
Lehre.- 6.1:
Wintersemester 2013/2014. - 6.2:
Sommersemester 2013.- 6.2.1:
Vorlesung Angewandte Numerik 1. - 6.2.2:
Vorlesung Numerik 4. - 6.2.3:
Vorlesung Modellierung und Simulation 4. - 6.2.4:
Oberseminar Numerik. - 6.2.5:
WiMa Praktikum 1. - 6.2.6:
Vorlesung Numerik 2. - 6.2.7:
Vorlesung Numerik 2 (CSE). - 6.2.8:
Vorlesung Nichtlineare Optimierung und optimale Steuerung. - 6.2.9:
Vorlesung Mathematische Grundlagen des Compressive Sensing. - 6.2.10:
Vorlesung High Performance Computing. - 6.2.11:
Seminar Numerische lineare Algebra. - 6.2.12:
Seminar Numerical Finance.
- 6.2.1:
- 6.3:
Wintersemester 2012/2013. - 6.4:
Sommersemester 2012. - 6.5:
Wintersemester 2011/2012. - 6.6:
Vergangene Semester. - 6.7:
Studienplan. - 6.8:
Diplomarbeiten. - 6.9:
Bachelor- und Zulassungsarbeiten. - 6.10:
Dissertationen.
- 6.1:
- 7:
Kontakt.
Seminar Numerical Finance - SS 2013
News
- Date for presentations: 23.07.2013, 8:00 - 17:00.
- List of topics is now available
online. - Preliminary discussion: 29.01.2013, 13:00 in room 220 (Helmholtzstr. 18).
- Registration and/or questions: please send an email to
Sebastian Kestler
General Information
Type
Block-Seminar (in English) to be held on 23.07.2013, 8:00 - 17:00.
Responsible
- Prof. Dr. Karsten Urban
- Dipl.-Math. oec. Sebastian Kestler
Relevant for
- Master of Finance
- Master / Diplom Wirtschaftsmathematik
- Master / Diplom Mathematik
Requirements:
- Good background knowledge in numerical finance and financial mathematics.
Criteria for successful conclusion:
- Independent studies of a current research topic in numerical finance.
- Written seminar work in LaTeX (15-20 pages)
- Beamer presentation (about 40 minutes including discussion)
Classification:
Master Wirtschaftsmathematik/Mathematik:
- Finanzmathematik
- Numerik
Master of Finance:
- Financial Mathematics
- Mathematics
Contents
We discuss current research topic in numerical finance. In particular, the articles from the list of topic are concerned with
- FFT based and related methods,
- Monte-Carlo methods,
- Sparse grid methods,
- Reduced basis methods, and
- FE, FD and other PDE/PIDE based methods.
In this context, we also treat financial market models with jumps as well as models for electricity markets.
Material and Further Information
Access to journal articles
Standard library search
Advanced journal search (online access)
Basic Literature
See also the bibliography of the lecture notes.
- R. Seydel, Tools for Computational Finance, 2006
- M. Günther, A. Jüngel, Finanzderivate mit Matlab, 2003
- L.C.G. Rogers, D. Talay, Numerical Methods in Finance, 1997
- P.E. Kloeden, E. Platen, Numerical Solution of Stochastic Differential Equations, 1999
- R. Cont, P. Tankov, Financial Modelling with Jump Processes, 2004
Contact
Prof. Dr. Karsten Urban- Helmholtzstr. 20
- Raum 1.10
- 0731 50 23535
Dipl.-Math. oec. Sebastian Kestler
Helmholtzstr. 20
Raum 1.22
0731 50 23935
