We introduce a forward scheme for simulating backward SDEs. Compared to existing schemes, ours avoids high order nestings of conditional expectations backwards in time. In this way the error, when approximating the conditional expectation, depending on the time partition, is significantly reduced. Besides this generic result, we present an implementable algorithm and prove its convergence. Finally, we demonstrate the strength of the new algorithm by solving a financial problem numerically
This paper studies a class of forward-backward stochastic differential equations (FBSDE) in a genera...
We study the problem'bfthe numerical solution to BSDEs from a weak approximation viewpoint. The firs...
In this paper we explain how the importance sampling technique can be generalized from simulating ex...
AbstractWe introduce a forward scheme for simulating backward SDEs. Compared to existing schemes, ou...
We introduce a forward scheme to simulate backward SDEs. Compared to existing schemes, we avoid high...
We introduce a forward scheme to simulate backward SDEs and demonstrate the strength of the new algo...
We introduce a forward scheme to simulate backward SDEs and analyze the error of the scheme. Finally...
We introduce a forward scheme to simulate backward SDEs and demonstrate the strength of the new algo...
We introduce a novel numerical approach for a class of stochastic dynamic programs which arise as di...
The main aims of this research are to study various numerical schemes in the approximation of the oc...
We develop a Fourier method to solve quite general backward stochastic differential equa-tions (BSDE...
This paper proposes a new closed-form approximation scheme for the forward-backward stochastic diffe...
We suggest a discrete-time approximation for decoupled forward-backward stochas-tic differential equ...
We suggest a discrete-time approximation for decoupled forward–backward stochastic differential equa...
This paper studies a class of forward-backward stochastic differential equations (FBSDE) in a genera...
This paper studies a class of forward-backward stochastic differential equations (FBSDE) in a genera...
We study the problem'bfthe numerical solution to BSDEs from a weak approximation viewpoint. The firs...
In this paper we explain how the importance sampling technique can be generalized from simulating ex...
AbstractWe introduce a forward scheme for simulating backward SDEs. Compared to existing schemes, ou...
We introduce a forward scheme to simulate backward SDEs. Compared to existing schemes, we avoid high...
We introduce a forward scheme to simulate backward SDEs and demonstrate the strength of the new algo...
We introduce a forward scheme to simulate backward SDEs and analyze the error of the scheme. Finally...
We introduce a forward scheme to simulate backward SDEs and demonstrate the strength of the new algo...
We introduce a novel numerical approach for a class of stochastic dynamic programs which arise as di...
The main aims of this research are to study various numerical schemes in the approximation of the oc...
We develop a Fourier method to solve quite general backward stochastic differential equa-tions (BSDE...
This paper proposes a new closed-form approximation scheme for the forward-backward stochastic diffe...
We suggest a discrete-time approximation for decoupled forward-backward stochas-tic differential equ...
We suggest a discrete-time approximation for decoupled forward–backward stochastic differential equa...
This paper studies a class of forward-backward stochastic differential equations (FBSDE) in a genera...
This paper studies a class of forward-backward stochastic differential equations (FBSDE) in a genera...
We study the problem'bfthe numerical solution to BSDEs from a weak approximation viewpoint. The firs...
In this paper we explain how the importance sampling technique can be generalized from simulating ex...