none4Using classical Taylor series techniques, we develop a unified approach to pricing and implied volatility for European-style options in a general local–stochastic volatility setting. Our price approximations require only a normal cumulative distribution function and our implied volatility approximations are fully explicit (ie, they require no special functions, no infinite series and no numerical integration). As such, approximate prices can be computed as efficiently as Black– Scholes prices, and approximate implied volatilities can be computed nearly instantaneously.mixedMatthew Lorig; Stefano Pagliarani; Andrea PascucciMatthew Lorig; Stefano Pagliarani; Andrea Pascucc
International audienceFor general time-dependent local volatility models, we propose new approximati...
In this article, we propose an analytical approximation for the pricing of European op- tions for so...
International audienceBecause of its very general formulation, the local volatility model does not h...
Using classical Taylor series techniques, we develop a unified approach to pricing and implied vola...
Using classical Taylor series techniques, we develop a unified approach to pricing and implied volat...
In this paper we propose analytical approximations for computing implied volatilities when time-to-m...
We consider an asset whose risk-neutral dynamics are described by a general class of local-stochasti...
In this paper we develop a general method for deriving closed-form approximations of European option...
In this paper, we address the problem of recovering the local volatility surface from option prices ...
We study the problem of implied volatility surface construction when asset prices are determined by ...
Using an expansion of the transition density function of a 1-dimensional time inhomogeneous diffusi...
This paper aims to summarizing the different approaches in determining the implied volatility for th...
A general purpose of mathematical models is to accurately mimic some observed phenomena in the real ...
A new method to retrieve the risk-neutral probability measure from observed option prices is develop...
∗I am grateful to Peter Friz for carefully reading these notes, providing corrections and suggesting...
International audienceFor general time-dependent local volatility models, we propose new approximati...
In this article, we propose an analytical approximation for the pricing of European op- tions for so...
International audienceBecause of its very general formulation, the local volatility model does not h...
Using classical Taylor series techniques, we develop a unified approach to pricing and implied vola...
Using classical Taylor series techniques, we develop a unified approach to pricing and implied volat...
In this paper we propose analytical approximations for computing implied volatilities when time-to-m...
We consider an asset whose risk-neutral dynamics are described by a general class of local-stochasti...
In this paper we develop a general method for deriving closed-form approximations of European option...
In this paper, we address the problem of recovering the local volatility surface from option prices ...
We study the problem of implied volatility surface construction when asset prices are determined by ...
Using an expansion of the transition density function of a 1-dimensional time inhomogeneous diffusi...
This paper aims to summarizing the different approaches in determining the implied volatility for th...
A general purpose of mathematical models is to accurately mimic some observed phenomena in the real ...
A new method to retrieve the risk-neutral probability measure from observed option prices is develop...
∗I am grateful to Peter Friz for carefully reading these notes, providing corrections and suggesting...
International audienceFor general time-dependent local volatility models, we propose new approximati...
In this article, we propose an analytical approximation for the pricing of European op- tions for so...
International audienceBecause of its very general formulation, the local volatility model does not h...