The output from simulation factorial experiments can be complex and may not be amenable to standard methods of estimation like ANOVA. We consider the situation where the simulation output may not satisfy normality assumptions, but more importantly, where there may be differences in output at different factor combinations, but these are not simply differences in means. We show that EDF statistics can provide a similar but potentially more sensitive analysis to that provided by ANOVA. Moreover we show that with the use of resampling, we can generate accurate critical values for tests of hypothesis under much weaker conditions than those required for ANOVA tests. The method is illustrated with an example based on an actual simulation experimen...
We introduce the concept of functional data and the problem of functional analysis of variance, whic...
This introductory tutorial gives a survey on the use of statistical designs for what if-or sensitivi...
In practice, simulation analysts often change only one factor at a time, and use graphical analysis ...
The output from simulation factorial experiments can be complex and may not be amenable to standard ...
This tutorial considers some very general procedures for analysing the results of a simulation exper...
The Cramer-von Mises statistic provides a useful goodness of fit test of whether a random sample has...
This is an introductory tutorial on the statistical analysis of simulation output, but focusing on t...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
Bootstrap resampling is an extremely practical and effective way of studying the distributional prop...
AbstractAn example is given of the use of graphical methods in the analysis of a simulation experime...
This thesis addresses the problem of analyzing fractional factorial and other orthogonal experimenta...
In practice, simulation analysts often change only one factor at a time, and use graphical analysis ...
We introduce the concept of functional data and the problem of functional analysis of variance, whic...
This introductory tutorial gives a survey on the use of statistical designs for what if-or sensitivi...
In practice, simulation analysts often change only one factor at a time, and use graphical analysis ...
The output from simulation factorial experiments can be complex and may not be amenable to standard ...
This tutorial considers some very general procedures for analysing the results of a simulation exper...
The Cramer-von Mises statistic provides a useful goodness of fit test of whether a random sample has...
This is an introductory tutorial on the statistical analysis of simulation output, but focusing on t...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
For simulation studies on the exploratory factor analysis (EFA), usually rather simple population mo...
Bootstrap resampling is an extremely practical and effective way of studying the distributional prop...
AbstractAn example is given of the use of graphical methods in the analysis of a simulation experime...
This thesis addresses the problem of analyzing fractional factorial and other orthogonal experimenta...
In practice, simulation analysts often change only one factor at a time, and use graphical analysis ...
We introduce the concept of functional data and the problem of functional analysis of variance, whic...
This introductory tutorial gives a survey on the use of statistical designs for what if-or sensitivi...
In practice, simulation analysts often change only one factor at a time, and use graphical analysis ...