In industrial experimentation, there is growing interest in studies that span more than one processing step. Convenience often dictates restrictions in randomization in passing from one processing step to another. When the study encompasses three processing steps, this leads to split-split-plot designs. We provide an algorithm for computing D-optimal split-split-plot designs and several illustrative examples. © 2009 Biometrika Trust.status: publishe
This article provides an overview of the recent literature on the design of blocked and split-plot e...
Response surface experiments often involve only quantitative factors, and the response is fit using ...
When performing fractional factorial experiments in a completely random order is impractical, fracti...
The design of split-plot experiments has received a considerable amount of attention during the last...
Over the past decade, there have been rapid advances in the development of methods for the design an...
We introduce a new method for generating optimal split-plot designs. These designs are optimal in th...
A mixture amount experiment (MAE) is a design that depends on the proportions of the ingredients and...
The design of efficient small experiments involving mixture variables and process variables is a dif...
Over the past decade, there have been rapid advances in the development of methods for the design an...
Many industrial experiments use split-plot designs as a cost-efficient method of reducing the number...
The D-optimal design of blocked and split-plot experiments with mixture component
The study introduced an algorithm for generating optimal split-plot designs. The designs were consid...
Industrial experiments often involve factors that are hard to change or costly to manipulate and thu...
So far, the optimal design of blocked and split-plot experiments involving mixture components has re...
textabstractIndustrial experiments often involve factors that are hard to change or costly to manipu...
This article provides an overview of the recent literature on the design of blocked and split-plot e...
Response surface experiments often involve only quantitative factors, and the response is fit using ...
When performing fractional factorial experiments in a completely random order is impractical, fracti...
The design of split-plot experiments has received a considerable amount of attention during the last...
Over the past decade, there have been rapid advances in the development of methods for the design an...
We introduce a new method for generating optimal split-plot designs. These designs are optimal in th...
A mixture amount experiment (MAE) is a design that depends on the proportions of the ingredients and...
The design of efficient small experiments involving mixture variables and process variables is a dif...
Over the past decade, there have been rapid advances in the development of methods for the design an...
Many industrial experiments use split-plot designs as a cost-efficient method of reducing the number...
The D-optimal design of blocked and split-plot experiments with mixture component
The study introduced an algorithm for generating optimal split-plot designs. The designs were consid...
Industrial experiments often involve factors that are hard to change or costly to manipulate and thu...
So far, the optimal design of blocked and split-plot experiments involving mixture components has re...
textabstractIndustrial experiments often involve factors that are hard to change or costly to manipu...
This article provides an overview of the recent literature on the design of blocked and split-plot e...
Response surface experiments often involve only quantitative factors, and the response is fit using ...
When performing fractional factorial experiments in a completely random order is impractical, fracti...