When simulating a physical system with discrete sates, one often would like to generate a sample from the stationary distribution of a Markov chain. This report focuses on three sampling methodologies which do not rely on explicitly computing the stationary distribution. Two of these lead to algorithms which can generate an exact sample in nite time. The third yields a sample whose distribution approximates, but is arbitrary close to, the stationary distribution from which one desires a sample. The approximate and one of the exact methodologies are illustrated with examples from statistical mechanics
In this paper, we study the Gibbs sampler algorithm and explore some of its applications. First, we ...
Abstract- At the first time the statistical description of the Sampling-Reconstruction Procedure of ...
This paper studies a Monte Carlo algorithm for computing distributions of state variables when the u...
Monte Carlo methods have found widespread use among many disciplines as a way to simulate random pro...
Methods using regeneration have been used to draw approximations to the stationary distribution of M...
For a large class of examples arising in statistical physics known as attractive spin systems (e.g.,...
In many domains where mathematical modelling is applied, a deterministic description of the system a...
We present three examples of exact sampling from complex multidimen-sional densities using Markov Ch...
AbstractWe propose an accelerated CTMC simulation method that is exact in the sense that it produces...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1996.Includes bibliogr...
algorithm for generating a sample from the exact stationary distribution of a Markov chain. In 1998,...
In this paper, we give a simple algorithm for sampling from the Dickman distribution. It is based on...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
This article deals with an efficient sampling of the stationary distri-bution of dynamical systems i...
In this paper, we study the Gibbs sampler algorithm and explore some of its applications. First, we ...
Abstract- At the first time the statistical description of the Sampling-Reconstruction Procedure of ...
This paper studies a Monte Carlo algorithm for computing distributions of state variables when the u...
Monte Carlo methods have found widespread use among many disciplines as a way to simulate random pro...
Methods using regeneration have been used to draw approximations to the stationary distribution of M...
For a large class of examples arising in statistical physics known as attractive spin systems (e.g.,...
In many domains where mathematical modelling is applied, a deterministic description of the system a...
We present three examples of exact sampling from complex multidimen-sional densities using Markov Ch...
AbstractWe propose an accelerated CTMC simulation method that is exact in the sense that it produces...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1996.Includes bibliogr...
algorithm for generating a sample from the exact stationary distribution of a Markov chain. In 1998,...
In this paper, we give a simple algorithm for sampling from the Dickman distribution. It is based on...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
This article deals with an efficient sampling of the stationary distri-bution of dynamical systems i...
In this paper, we study the Gibbs sampler algorithm and explore some of its applications. First, we ...
Abstract- At the first time the statistical description of the Sampling-Reconstruction Procedure of ...
This paper studies a Monte Carlo algorithm for computing distributions of state variables when the u...