Publication date
January 2006
DOIAbstract
All mixed (or asymmetric) orthogonal arrays of strength 3 with run size at most 64 are determined
All mixed (or asymmetric) orthogonal arrays of strength 3 with run size at most 64 are determined
This paper considers the issue of optimality of orthogonal array plus one run plans under generalize...
We describe a method for finding mixed orthogonal arrays of strength 2 with a large number of 2-leve...
We give a characterization for orthogonal arrays of strength two in terms of D-optimality under a mu...
All mixed (or asymmetric) orthogonal arrays of strength 3 with run size at most 64 are determined
Abstract. Orthogonal arrays of strength 3 permit estimation of all the main effects of the experimen...
The paper attempts to construct all orthogonal arrays of strength three and size 2r. Methods for con...
Orthogonal arrays are widely used in manufacturing and high-tech industries for quality and product...
A new construction for orthogonal arrays of strength 3 is given. 1 Introduction An orthogonal array...
Orthogonal arrays are frequently used in industrial experiments for quality and productivity improve...
a<p>, values represent: mean±standard deviation.</p><p>Note, orthogonal array testing is an optimiza...
All combinatorially inequivalent orthogonal arrays with 18 runs and eight or less factors are genera...
This paper describes the construction and enumeration of mixed orthogonal arrays (MOA) to produce op...
The paper presents the construction of new symmetric orthogonal arrays with 3 and 4 levels by using ...
The problem of embedding an orthogonal array of strength 2 into a complete orthogonal array is discu...
Orthogonal arrays are frequently used in industrial experi-ments for quality and productivity improv...
This paper considers the issue of optimality of orthogonal array plus one run plans under generalize...
We describe a method for finding mixed orthogonal arrays of strength 2 with a large number of 2-leve...
We give a characterization for orthogonal arrays of strength two in terms of D-optimality under a mu...
All mixed (or asymmetric) orthogonal arrays of strength 3 with run size at most 64 are determined
Abstract. Orthogonal arrays of strength 3 permit estimation of all the main effects of the experimen...
The paper attempts to construct all orthogonal arrays of strength three and size 2r. Methods for con...
Orthogonal arrays are widely used in manufacturing and high-tech industries for quality and product...
A new construction for orthogonal arrays of strength 3 is given. 1 Introduction An orthogonal array...
Orthogonal arrays are frequently used in industrial experiments for quality and productivity improve...
a<p>, values represent: mean±standard deviation.</p><p>Note, orthogonal array testing is an optimiza...
All combinatorially inequivalent orthogonal arrays with 18 runs and eight or less factors are genera...
This paper describes the construction and enumeration of mixed orthogonal arrays (MOA) to produce op...
The paper presents the construction of new symmetric orthogonal arrays with 3 and 4 levels by using ...
The problem of embedding an orthogonal array of strength 2 into a complete orthogonal array is discu...
Orthogonal arrays are frequently used in industrial experi-ments for quality and productivity improv...
This paper considers the issue of optimality of orthogonal array plus one run plans under generalize...
We describe a method for finding mixed orthogonal arrays of strength 2 with a large number of 2-leve...
We give a characterization for orthogonal arrays of strength two in terms of D-optimality under a mu...
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