Equipping the probability space with a local Dirichlet form with square field operator $\Gamma$ and generator $A$ allows to improve Monte Carlo computations of expectations, densities, and conditional expectations, as soon as we are able to simulate a random variable $X$ together with $\Gamma[X]$ and $A[X]$. We give examples on the Wiener space, on the Poisson space and on the Monte Carlo space. When $X$ is real-valued we give an explicit formula yielding the density at the speed of the law of large numbers
With respect to the analysis on Wiener space in the spirit of Malliavin calculus, what brings the Di...
International audienceWe describe new variants of the Euler scheme and of the walk on spheres method...
Let J1> J2> ⋯ be the ranked jumps of a gamma process τα on the time interval [0 , α] , such that τα=...
International audienceEquipping the probability space with a local Dirichlet form with square field o...
44pWe consider a random variable $Y$ and approximations $Y_n$, defined on the same probability space...
URL des Cahiers : https://halshs.archives-ouvertes.fr/CAHIERS-MSECahiers de la Maison des Sciences E...
15pWe present recent advances on Dirichlet forms methods either to extend financial models beyond th...
The Dirichlet problem for both parabolic and elliptic equations is considered. A solution of the cor...
24 pagesInternational audienceWe apply the Dirichlet forms version of Malliavin calculus to stochast...
23pThe error on a real quantity Y due to the graduation of the measuring instrument may be represent...
We use the language of errors to handle local Dirichlet forms with square field operator (cf [2]). L...
International audienceWe give a extensive account of a recent new way of applying the Dirichlet form...
27 pagesThis lecture presents recent advances in the theory of errors propagation. We first explain ...
AbstractIn this paper we study Varadhan’s estimates for the density of a family of solutions of anti...
International audienceThis note presents briefly some recent results about Monte Carlo simulations i...
With respect to the analysis on Wiener space in the spirit of Malliavin calculus, what brings the Di...
International audienceWe describe new variants of the Euler scheme and of the walk on spheres method...
Let J1> J2> ⋯ be the ranked jumps of a gamma process τα on the time interval [0 , α] , such that τα=...
International audienceEquipping the probability space with a local Dirichlet form with square field o...
44pWe consider a random variable $Y$ and approximations $Y_n$, defined on the same probability space...
URL des Cahiers : https://halshs.archives-ouvertes.fr/CAHIERS-MSECahiers de la Maison des Sciences E...
15pWe present recent advances on Dirichlet forms methods either to extend financial models beyond th...
The Dirichlet problem for both parabolic and elliptic equations is considered. A solution of the cor...
24 pagesInternational audienceWe apply the Dirichlet forms version of Malliavin calculus to stochast...
23pThe error on a real quantity Y due to the graduation of the measuring instrument may be represent...
We use the language of errors to handle local Dirichlet forms with square field operator (cf [2]). L...
International audienceWe give a extensive account of a recent new way of applying the Dirichlet form...
27 pagesThis lecture presents recent advances in the theory of errors propagation. We first explain ...
AbstractIn this paper we study Varadhan’s estimates for the density of a family of solutions of anti...
International audienceThis note presents briefly some recent results about Monte Carlo simulations i...
With respect to the analysis on Wiener space in the spirit of Malliavin calculus, what brings the Di...
International audienceWe describe new variants of the Euler scheme and of the walk on spheres method...
Let J1> J2> ⋯ be the ranked jumps of a gamma process τα on the time interval [0 , α] , such that τα=...