International audienceUsing Malliavin calculus techniques, we derive an analytical formula for the price of European options, for any model including local volatility and Poisson jump process. We show that the accuracy of the formula depends on the smoothness of the payoff function. Our approach relies on an asymptotic expansion related to small diffusion and small jump frequency/size. Our formula has excellent accuracy (the error on implied Black-Scholes volatilities for call option is smaller than 2 bp for various strikes and maturities). Additionally, model calibration becomes very rapid
Abstract. This paper discusses extensions of the implied diffusion approach of Dupire (1994) to asse...
We propose a stochastic volatility jump-diffusion model for option pricing with contemporaneous jump...
We provide a new theoretical framework for estimating the price sensitivities of a trading position ...
International audienceUsing Malliavin calculus techniques, we derive an analytical formula for the p...
We derive a computable approximation for the value of a European call option when prices satisfy a j...
International audienceBecause of its very general formulation, the local volatility model does not h...
In this paper we develop approximating formulas for European options prices based on short term asym...
International audienceThis article presents calibration of European options using a non-Gaussian set...
We propose a new computational method for the valuation of options in jump-diffusion models. The opt...
This thesis develops a new methodology for deriving analytical approximations of the prices of Europ...
Numerical methods are developed for pricing European and American options under Kou’s jump-diffusion...
Asymptotic expansion, Malliavin calculus, Volatility skew and smile, Small diffusion process, Small ...
In this paper we develop approximating formulas for European options prices based on short term asym...
In this paper, we introduce a unifying approach to option pricing under continuous-time stochastic v...
Stocks regularly pay dividends at discrete intervals of time while statistical evidence indicates th...
Abstract. This paper discusses extensions of the implied diffusion approach of Dupire (1994) to asse...
We propose a stochastic volatility jump-diffusion model for option pricing with contemporaneous jump...
We provide a new theoretical framework for estimating the price sensitivities of a trading position ...
International audienceUsing Malliavin calculus techniques, we derive an analytical formula for the p...
We derive a computable approximation for the value of a European call option when prices satisfy a j...
International audienceBecause of its very general formulation, the local volatility model does not h...
In this paper we develop approximating formulas for European options prices based on short term asym...
International audienceThis article presents calibration of European options using a non-Gaussian set...
We propose a new computational method for the valuation of options in jump-diffusion models. The opt...
This thesis develops a new methodology for deriving analytical approximations of the prices of Europ...
Numerical methods are developed for pricing European and American options under Kou’s jump-diffusion...
Asymptotic expansion, Malliavin calculus, Volatility skew and smile, Small diffusion process, Small ...
In this paper we develop approximating formulas for European options prices based on short term asym...
In this paper, we introduce a unifying approach to option pricing under continuous-time stochastic v...
Stocks regularly pay dividends at discrete intervals of time while statistical evidence indicates th...
Abstract. This paper discusses extensions of the implied diffusion approach of Dupire (1994) to asse...
We propose a stochastic volatility jump-diffusion model for option pricing with contemporaneous jump...
We provide a new theoretical framework for estimating the price sensitivities of a trading position ...