Trace-driven (or correlated inspection) simulation means that the simulated and the real systems have some common inputs (say, historical arrival times) so that the two systems' outputs are cross-correlated. To validate such a simulation, this paper focuses on the difference between the average simulated and real responses. To evaluate this validation statistic, the paper develops a novel bootstrap technique--based on replicated runs. This validation statistic and the bootstrap technique are evaluated in extensive Monte Carlo experiments with specific single-server queues. These experiments show acceptable Type-I and Type-II error probabilities
It is common practice in applied mechanics to develop mathematical models for mechanical system beha...
We describe a method for comparing stochastic outputs of simulation models. The method is distributi...
We first propose two procedures for estimating the rejection probabilities of bootstrap tests in Mon...
'Trace-driven' or 'correlated inspection' simulation means that the simulated and the real systems h...
This paper argues that it is wrong to require that regressing the outputs of a trace-driven simulati...
This paper shows which statistical techniques can be used to validate simulation models, depending o...
This paper gives a survey on how to validate simulation models through the application of mathematic...
This paper proves that it is wrong to require that regressing a model's outputs on the observed real...
Abstract. Conventional procedures for Monte Carlo and bootstrap tests require that B, the number of ...
It is common practice in system analysis to develop mathematical models for system behavior. Frequen...
Output validation is a major aspect of simulation validation in general. In continu-ous simulation (...
This tutorial considers some very general procedures for analysing the results of a simulation exper...
The Monte Carlo simulation is a commonly used technique for circuit analysis, but is computationally...
2 As result replicability is essential to science and difficult to achieve through external replicab...
It is common practice in structural dynamics to develop mathematical models for system behavior, and...
It is common practice in applied mechanics to develop mathematical models for mechanical system beha...
We describe a method for comparing stochastic outputs of simulation models. The method is distributi...
We first propose two procedures for estimating the rejection probabilities of bootstrap tests in Mon...
'Trace-driven' or 'correlated inspection' simulation means that the simulated and the real systems h...
This paper argues that it is wrong to require that regressing the outputs of a trace-driven simulati...
This paper shows which statistical techniques can be used to validate simulation models, depending o...
This paper gives a survey on how to validate simulation models through the application of mathematic...
This paper proves that it is wrong to require that regressing a model's outputs on the observed real...
Abstract. Conventional procedures for Monte Carlo and bootstrap tests require that B, the number of ...
It is common practice in system analysis to develop mathematical models for system behavior. Frequen...
Output validation is a major aspect of simulation validation in general. In continu-ous simulation (...
This tutorial considers some very general procedures for analysing the results of a simulation exper...
The Monte Carlo simulation is a commonly used technique for circuit analysis, but is computationally...
2 As result replicability is essential to science and difficult to achieve through external replicab...
It is common practice in structural dynamics to develop mathematical models for system behavior, and...
It is common practice in applied mechanics to develop mathematical models for mechanical system beha...
We describe a method for comparing stochastic outputs of simulation models. The method is distributi...
We first propose two procedures for estimating the rejection probabilities of bootstrap tests in Mon...