A common problem experimenters face is the choice of fractional factorial designs. Minimum aberration designs are commonly used in practice. There are situations in which other designs meet practical needs better. A catalogue of designs would help experimenters choose the best design. Based on coding theory, new methods are proposed to efficiently classify and rank fractional factorial designs. A collection of three-level fractional factorial designs with 27, 81, 243 and 729 runs is given. This extends the work of Chen, Sun and Wu (1993), who gave a collection of fractional factorial designs with 16, 27, 32 and 64 runs
It is very powerful for constructing nearly saturated factorial designs to characterize fractional f...
Minimum aberration is the most established criterion for selecting a regular fractional factorial de...
Regular two-level fractional factorial designs are often used in industrial ex-periments as screenin...
A common problem experimenters face is the choice of fractional factorial designs. Minimum aberratio...
Clear effect, Linear code, Minimum aberration, Moment aberration, Resolution, 62K15, 94B05,
Fractional factorial designs are widely used in practice and typically chosen according to the minim...
Taguchi (1959) introduced the concept of split-unit design to sort the factors into different groups...
Several criteria have been proposed for ranking blocked fractional factorial designs. For large frac...
Several criteria have been proposed for ranking blocked fractional factorial designs. For large frac...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
Taguchi introduced the concept of split-unit design to sort factors into different groups with respe...
clear design This note builds on results from Wu, Mee and Tang‘s (2012) article (henceforth WMT) on ...
We discuss the applications of Algebraic Statistics to fractional factorial design with special emph...
It is very powerful for constructing nearly saturated factorial designs to characterize fractional f...
Minimum aberration is the most established criterion for selecting a regular fractional factorial de...
Regular two-level fractional factorial designs are often used in industrial ex-periments as screenin...
A common problem experimenters face is the choice of fractional factorial designs. Minimum aberratio...
Clear effect, Linear code, Minimum aberration, Moment aberration, Resolution, 62K15, 94B05,
Fractional factorial designs are widely used in practice and typically chosen according to the minim...
Taguchi (1959) introduced the concept of split-unit design to sort the factors into different groups...
Several criteria have been proposed for ranking blocked fractional factorial designs. For large frac...
Several criteria have been proposed for ranking blocked fractional factorial designs. For large frac...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
The concept of minimum aberration has been extended to choose blocked fractional factorial designs (...
Taguchi introduced the concept of split-unit design to sort factors into different groups with respe...
clear design This note builds on results from Wu, Mee and Tang‘s (2012) article (henceforth WMT) on ...
We discuss the applications of Algebraic Statistics to fractional factorial design with special emph...
It is very powerful for constructing nearly saturated factorial designs to characterize fractional f...
Minimum aberration is the most established criterion for selecting a regular fractional factorial de...
Regular two-level fractional factorial designs are often used in industrial ex-periments as screenin...