This paper introduces, constructs and studies a new class of arrays, called strong orthogonal
arrays, as suitable designs for computer experiments. A strong orthogonal array of strength t …

The use of optimal orthogonal array latin hypercube designs is proposed. Orthogonal arrays
were proposed for constructing latin hypercube designs by Tang (1993). Such designs …

The maximin distance criterion is used for the selection of an OA-based Latin hypercube. For
the case in which the underlying orthogonal array is a full factorial design without replication …

Strong orthogonal arrays were recently introduced and studied in He and Tang [Biometrika
100 (2013) 254–260] as a class of space-filling designs for computer experiments. To enjoy …

We propose two methods for constructing a new type of design, called a nested orthogonal
array-based Latin hypercube design, intended for multi-fidelity computer experiments. Such …

Strong orthogonal arrays have better space-filling properties than ordinary orthogonal arrays
for computer experiments. We consider column-orthogonal strong orthogonal arrays of …

Latin hypercube design and uniform design are two kinds of most popular space-filling
designs for computer experiments. The fact that the run size equals the number of factor …

Space-filling designs are widely used in computer experiments. Inspired by the stratified
orthogonality of strong orthogonal arrays, we propose a criterion of minimum aberration-type …

Orthogonal Latin hypercubes provide a class of useful designs for computer experiments.
Among the available methods for constructing such designs, the method of rotation is …

This article presents a method of constructing a rich class of orthogonal designs that include
orthogonal Latin hypercubes as special cases. Two prominent features of the method are its …