The Author shows that modelling the uncertain cash flow dynamics of an investment project deserves careful attention in real options valuation. Focusing on the case of commodity price uncertainty, a broad empirical study reveals that, contrary to common assumptions, prices are often non-stationary and exhibit non-normally distributed returns. Subsequently, more realistic stochastic volatility, jump diffusion, and Lévy processes are evaluated in the context of a stylised investment project. The valuation results suggest that stochastic process choice can have substantial implications for valuation results and optimal investment rules.
Contents
Empirical Analysis of Statistical Commodity Price Properties
Stochastic Volatility, Jump Diffusion, and Lévy Processes
Real Options Valuation Using Monte Carlo Simulation and the Longstaff-Schwartz Method
Target Groups
Researchers and students in the field of Finance, Operations Research, and Management
Professionals in the field of Corporate Finance / Operations Research / Consulting
The Author
Max Schöne is a Ph.D. student at the WHU - Otto Beisheim School of Management with a research focus on real options valuation and decision making under uncertainty.
