Elsevier Handbooks in Operations Research and Management Science: Simulation, pp 259-289.In this chapter we explain variance reduction techniques from the Hilbert space standpoint, in the terminating simulation context. We use projection ideas to explain how variance is reduced, and to link different variance reduction techniques. Our focus is on the methods of control variates, conditional Monte Carlo, weighted Monte Carlo, stratification, and Latin hypercube sampling
We provide a thorough analysis of the effectiveness of different Variance Reduction Techniques (VRTs...
We provide a thorough analysis of the effectiveness of different variance reduction techniques (VRTs...
McKay, Conover and Beckman (1979) introduced Latin hypercube sampling (LHS) for reducing variance of...
In this chapter we explain variance reduction techniques from the Hilbert space standpoint, in the t...
With the expanding use of computer simulation to model and solve industrial engineering problems, th...
We give an overview of the main techniques for im proving the statistical e ciency of simulation est...
Abstract. The method of control variates is one of the most widely used variance reduction technique...
The method of control variates is one of the most widely used variance reduction techniques associat...
Cataloged from PDF version of article.In this thesis, we consider four different Variance Reduction ...
Variance reduction techniques are designed to improve the efficiency of stochastic simulations--that...
THE DEFINITION OF THE UNIFORM LINEAR GENERATOR IS GIVEN AND SOME OF THE MOSTLY USED T...
cohort simulations that reduce the number of simulation replications required to achieve a given deg...
Monte Carlo variance reduction methods have attracted significant interest due to the continuous dem...
Simulation based estimators are successfully employed for estimating models whose likelihood functio...
Simulation based estimators are successfully employed for estimating models whose likelihood functio...
We provide a thorough analysis of the effectiveness of different Variance Reduction Techniques (VRTs...
We provide a thorough analysis of the effectiveness of different variance reduction techniques (VRTs...
McKay, Conover and Beckman (1979) introduced Latin hypercube sampling (LHS) for reducing variance of...
In this chapter we explain variance reduction techniques from the Hilbert space standpoint, in the t...
With the expanding use of computer simulation to model and solve industrial engineering problems, th...
We give an overview of the main techniques for im proving the statistical e ciency of simulation est...
Abstract. The method of control variates is one of the most widely used variance reduction technique...
The method of control variates is one of the most widely used variance reduction techniques associat...
Cataloged from PDF version of article.In this thesis, we consider four different Variance Reduction ...
Variance reduction techniques are designed to improve the efficiency of stochastic simulations--that...
THE DEFINITION OF THE UNIFORM LINEAR GENERATOR IS GIVEN AND SOME OF THE MOSTLY USED T...
cohort simulations that reduce the number of simulation replications required to achieve a given deg...
Monte Carlo variance reduction methods have attracted significant interest due to the continuous dem...
Simulation based estimators are successfully employed for estimating models whose likelihood functio...
Simulation based estimators are successfully employed for estimating models whose likelihood functio...
We provide a thorough analysis of the effectiveness of different Variance Reduction Techniques (VRTs...
We provide a thorough analysis of the effectiveness of different variance reduction techniques (VRTs...
McKay, Conover and Beckman (1979) introduced Latin hypercube sampling (LHS) for reducing variance of...