Continuous Time Finance 2: (FinKont2)
In this course, you will learn how to design, conduct and analyze simulation-based hedge experiments, derive no-arbitrage conditions models, and use a change-of-numeraire techniques to price interest rate options.
Course description
Content
- Dynamic hedging, model risk and "the fundamental theorem of derivative trading"
- Dividends and foreign exchange models
- Arbitrage-free term structure models; the Heath-Jarrow-Morton formalism; 1-dim. affine models; Vasicek and Cox-Ingersoll-Ross; LIBOR market models
- Pricing of interest rate derivatives (caps, swaptions)
- Selected topics such as advanced models for option pricing (stochastic volatility, jumps) or multi-dimensional affine term structure models.
Recommended academic qualifications
Continuous-time Finance (FinKont) and Mathematical Finance.
Academic qualifications equivalent to a BSc degree is recommended.
Place
The University of Copenhagen
- Department of Mathematical Sciences
Contact
Continuing and Lifelong Learning, UCPH Education
Write to lifelonglearning@adm.ku.dk