This paper develops an equilibrium asset and option pricing model in a production economy under jump diiffusion. The model provides analytical formulas for an equity premium and a more general pricing kernel that links the physical and risk-neutral densities. The model explains the two empirical phenomena of the negative variance risk premium and implied volatility smirk if market crashes are expected. Model estimation with the S&P 500 index from 1985 to 2005 shows that jump size is indeed negative and the risk aversion coe±cient has a reasonable value when taking the jump into account. This is a joint work with Huimin Zhao and Eric C. Chang.postprin
This paper studies the dynamic portfolio choice problem with ambiguous jump risks in a multi-dimensi...
This research focuses on the empirical comparative analysis of three models of option pricing: a) th...
Starting from the most famous Black-Scholes model for the underlying asset price, there has been a ...
This paper develops an equilibrium asset and option pricing model in a production economy under jump...
This paper derives an equilibrium formula for pricing European options and other contingent claims w...
This dissertation contains four autonomous academic papers on asset pricing models with jump process...
This thesis comprises of three essays that explore the theoretical development as well as the empi...
AbstractIn this paper we find numerical solutions for the pricing problem in jump diffusion markets....
This thesis studies equilibrium asset prices and variance risk premia (VRP) with three classes of ...
Significant jumps have been found in stock prices and stock indexes, suggesting that jump risk is a ...
We introduce a discrete-time model for log-return dynamics with observable volatility and jumps. Our...
Although the Black and Scholes (1973) model achieved great success in option pricing theory, the two...
Jump-diffusions are a class of models that is used to model the price dynamics of assets whose value...
This paper examines the equilibrium when negative stock market jumps (crashes) can occur, and invest...
Several existing pricing models of financial derivatives as well as the effects of volatility risk a...
This paper studies the dynamic portfolio choice problem with ambiguous jump risks in a multi-dimensi...
This research focuses on the empirical comparative analysis of three models of option pricing: a) th...
Starting from the most famous Black-Scholes model for the underlying asset price, there has been a ...
This paper develops an equilibrium asset and option pricing model in a production economy under jump...
This paper derives an equilibrium formula for pricing European options and other contingent claims w...
This dissertation contains four autonomous academic papers on asset pricing models with jump process...
This thesis comprises of three essays that explore the theoretical development as well as the empi...
AbstractIn this paper we find numerical solutions for the pricing problem in jump diffusion markets....
This thesis studies equilibrium asset prices and variance risk premia (VRP) with three classes of ...
Significant jumps have been found in stock prices and stock indexes, suggesting that jump risk is a ...
We introduce a discrete-time model for log-return dynamics with observable volatility and jumps. Our...
Although the Black and Scholes (1973) model achieved great success in option pricing theory, the two...
Jump-diffusions are a class of models that is used to model the price dynamics of assets whose value...
This paper examines the equilibrium when negative stock market jumps (crashes) can occur, and invest...
Several existing pricing models of financial derivatives as well as the effects of volatility risk a...
This paper studies the dynamic portfolio choice problem with ambiguous jump risks in a multi-dimensi...
This research focuses on the empirical comparative analysis of three models of option pricing: a) th...
Starting from the most famous Black-Scholes model for the underlying asset price, there has been a ...