All combinatorially inequivalent orthogonal arrays with 18 runs and eight or less factors are generated. Their potential as practical experimental designs is evaluated by a classification using generalized word-length patterns of the original arrays and those of their projections into less factors. Arrays of special interest are given explicitly. This paper includes the statistical analysis of results from a real-life experiment based on one of the arrays. © 2008 John Wiley & Sons, Ltd
We generate all the Orthogonal Arrays (OAs) of a given size n and strength t as the union of a colle...
Orthogonal array-based Latin hypercubes, also called U-designs, have popularly been adopted for desi...
Due to run-size constraints, some experimental situations cannot be approached using orthogonal-army...
Orthogonal arrays are frequently used in industrial experiments for quality and productivity improve...
Orthogonal arrays are frequently used in industrial experi-ments for quality and productivity improv...
This paper describes the construction and enumeration of mixed orthogonal arrays (MOA) to produce op...
Abstract. Orthogonal arrays (OAs) are basic combinatorial structures, originally studied by statisti...
Abstract. The paper describes the various types of combinatorial designs applied in Statistical Desi...
A methodology for the design of an experiment is proposed in order to find asmany schemes as possibl...
Orthogonal arrays are widely used in manufacturing and high-tech industries for quality and product...
Abstract. Orthogonal arrays of strength 3 permit estimation of all the main effects of the experimen...
<p>projecting the design points onto any two-dimensional subspace, the projected points always form ...
ii Orthogonal arrays are frequently used in industrial experiments for quality and productivity impr...
a<p>, values represent: mean±standard deviation.</p><p>Note, orthogonal array testing is an optimiza...
We generate all the Orthogonal Arrays (OAs) of a given size n and strength t as the union of a colle...
We generate all the Orthogonal Arrays (OAs) of a given size n and strength t as the union of a colle...
Orthogonal array-based Latin hypercubes, also called U-designs, have popularly been adopted for desi...
Due to run-size constraints, some experimental situations cannot be approached using orthogonal-army...
Orthogonal arrays are frequently used in industrial experiments for quality and productivity improve...
Orthogonal arrays are frequently used in industrial experi-ments for quality and productivity improv...
This paper describes the construction and enumeration of mixed orthogonal arrays (MOA) to produce op...
Abstract. Orthogonal arrays (OAs) are basic combinatorial structures, originally studied by statisti...
Abstract. The paper describes the various types of combinatorial designs applied in Statistical Desi...
A methodology for the design of an experiment is proposed in order to find asmany schemes as possibl...
Orthogonal arrays are widely used in manufacturing and high-tech industries for quality and product...
Abstract. Orthogonal arrays of strength 3 permit estimation of all the main effects of the experimen...
<p>projecting the design points onto any two-dimensional subspace, the projected points always form ...
ii Orthogonal arrays are frequently used in industrial experiments for quality and productivity impr...
a<p>, values represent: mean±standard deviation.</p><p>Note, orthogonal array testing is an optimiza...
We generate all the Orthogonal Arrays (OAs) of a given size n and strength t as the union of a colle...
We generate all the Orthogonal Arrays (OAs) of a given size n and strength t as the union of a colle...
Orthogonal array-based Latin hypercubes, also called U-designs, have popularly been adopted for desi...
Due to run-size constraints, some experimental situations cannot be approached using orthogonal-army...
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