Space-filling designs based on orthogonal arrays are attractive for computer experiments for
they can be easily generated with desirable low-dimensional stratification properties …

Computer experiments with both qualitative and quantitative input variables occur frequently
in many scientific and engineering applications. As a result, how to choose the input settings …

Strong orthogonal arrays are a class of space-filling designs suitable for computer
experiments. Among this class of designs, those of strength two plus are most attractive as …

Mappable nearly orthogonal arrays were recently proposed as a new class of space-filling
designs for computer experiments. Inspired by mappable nearly orthogonal arrays, we …

Strong orthogonal arrays are suitable designs for computer experiments because of
stratification in low‐dimensional projections. However, strong orthogonal arrays may be very …

Strong orthogonal arrays (SOAs) were recently introduced and studied as a class of
spacefilling designs for computer experiments. To surely realize better space-filling …

Computer experiments require space-filling designs with good low-dimensional projection
properties. Strong orthogonal arrays are a type of space-filling design that provides better …

Abstract Space-filling designs are widely used in physical and computer experiments when
the model between the response and input factors is uncertain. Recently, Chen and Tang …

Orthogonality and optimality of run order are two important and worthy to be considered
criteria in design of experiment. For the mixed-level designs commonly used in the case of …

In physical and computer experiments, factorial designs and space-filling designs are
frequently employed to explore the relationship between several input factors and a …