A method for constructing asymmetrical (mixed-level) designs, satisfying the balancing and interaction estimability requirements with a number of runs as small as possible, is proposed in this paper. The method, based on a heuristic procedure, uses a new optimality criterion formulated here. The proposed method demonstrates efficiency in terms of searching time and optimality of the attained designs. A complete collection of such asymmetrical designs with two- and three-level factors is available. A technological application is also presented.
BARONE S, LOMBARDO A (2006). Balanced Asymmetrical Nearly Orthogonal Designs for First and Second Order Effect Estimation. JOURNAL OF APPLIED STATISTICS, 33(4), 373-386 [10.1080/02664760500448917].
Balanced Asymmetrical Nearly Orthogonal Designs for First and Second Order Effect Estimation
BARONE S;LOMBARDO A
2006-01-01
Abstract
A method for constructing asymmetrical (mixed-level) designs, satisfying the balancing and interaction estimability requirements with a number of runs as small as possible, is proposed in this paper. The method, based on a heuristic procedure, uses a new optimality criterion formulated here. The proposed method demonstrates efficiency in terms of searching time and optimality of the attained designs. A complete collection of such asymmetrical designs with two- and three-level factors is available. A technological application is also presented.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.