Construction of a Set of 512-Run Designs of Resolution $\geqq 5$ and a Set of Even 1024-Run Designs of Resolution $\geqq 6$
From MaRDI portal
Publication:5634747
DOI10.1214/aoms/1177696965zbMath0227.62046OpenAlexW2001970255MaRDI QIDQ5634747
Toby J. Mitchell, Norman R. Draper
Publication date: 1970
Published in: The Annals of Mathematical Statistics (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1214/aoms/1177696965
Related Items (11)
Algorithm for determining whether various two-level fractional factorial split-plot row–column designs are non-isomorphic ⋮ Degree of isomorphism: a novel criterion for identifying and classifying orthogonal designs ⋮ Orthogonal plans of resolution IV and V ⋮ Creating catalogues of two-level nonregular fractional factorial designs based on the criteria of generalized aberration ⋮ On the geometric equivalence and non-equivalence of symmetric factorial designs ⋮ An isomorphism check for two-level fractional factorial designs ⋮ A survey and evaluation of methods for determination of combinatorial equivalence of factorial designs ⋮ On the isomorphism of fractional factorial designs ⋮ Geometric isomorphism check for symmetric factorial designs ⋮ Graph based isomorph-free generation of two-level regular fractional factorial designs ⋮ Errors in the factor levels and estimation of regression model parameters
This page was built for publication: Construction of a Set of 512-Run Designs of Resolution $\geqq 5$ and a Set of Even 1024-Run Designs of Resolution $\geqq 6$