Quantitative Finance · 2013 · 22 citations · 4 references
BusinessFinanceMathematicsAsset PricingFinancial EconomicsStochastic ProcessesDiffusion ProcessesOption PricingOption Pricing ModelsStochastic CalculusStochastic VolatilityVolatility ModelingAffine Stochastic Volatility ModelsBarrier Option ValuationDiffusionsOption Pricing Under Stochastic VolatilityStochastic Volatility Models
The latter author, together with collaborators, proposed a numerical scheme to calculate the price of barrier options. The scheme is based on a symmetrization of diffusion processes. The present paper aims to give a basis to the use of the numerical scheme for Heston and SABR-type stochastic volatility models. This will be done by showing a fairly general result on the symmetrization (in multi-dimension/multi-reflections). Further applications (to time-inhomogeneous diffusions/ to time-dependent boundaries/to curved boundaries) are also discussed.
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PUT‐CALL SYMMETRY: EXTENSIONS AND APPLICATIONS
Peter Carr, Roger Lee · Mathematical Finance · 2009 · 126 citations
Business, Finance, Asset Pricing +10
The Euler scheme with irregular coefficients
Liqing Yan · The Annals of Probability · 2002 · 93 citations · Full text