In this paper we carry over the concept of reverse probabilistic representations developed in Milstein, Schoenmakers, Spokoiny (2004) for diffusion processes, to discrete time Markov chains. We outline the construction of reverse chains in several situations and apply this to processes which are connected with jump-diffusion models and finite state Markov chains. By combining forward and reverse representations we then construct transition density estimators for chains which have root-N accuracy in any dimension and consider some applications
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...
We develop an EM algorithm for estimating parameters that determine the dynamics of a discrete time ...
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
AbstractIn this paper we carry over the concept of reverse probabilistic representations developed i...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
AbstractIn this paper we carry over the concept of reverse probabilistic representations developed i...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
The general reverse diffusion equations are derived. They are applied to the problem of transition d...
The general reverse diffusion equations are derived and applied to the problem of transition density...
We develop an EM algorithm for estimating parameters that determine the dynamics of a discrete time ...
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...
We develop an EM algorithm for estimating parameters that determine the dynamics of a discrete time ...
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
AbstractIn this paper we carry over the concept of reverse probabilistic representations developed i...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
AbstractIn this paper we carry over the concept of reverse probabilistic representations developed i...
In this paper we carry over the concept of reverse probabilistic representations developed in Milste...
The general reverse diffusion equations are derived. They are applied to the problem of transition d...
The general reverse diffusion equations are derived and applied to the problem of transition density...
We develop an EM algorithm for estimating parameters that determine the dynamics of a discrete time ...
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...
We develop an EM algorithm for estimating parameters that determine the dynamics of a discrete time ...
In this paper we derive stochastic representations for the finite dimensional distributions of a mul...