NESTED SPACE-FILLING DESIGNS FOR COMPUTER EXPERIMENTS WITH TWO LEVELS OF ACCURACY

Peter Z. G. Qian · Boxin Tang · Cheng Wu

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Optimal Experimental Design Methods Simulation Techniques and Applications Mathematical Approximation and Integration

Abstract

Computer experiments with different levels of accuracy have become prevalent in many engineering and scientific applications. Design construction for such computer experiments is a new issue because the existing methods deal almost exclusively with computer experiments with one level of accuracy. In this paper, we construct some nested space-filling designs for computer experiments with two levels of accuracy. Our construction makes use of Galois fields and orthogonal arrays.

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2000A Comparison of Three Methods for Selecting Values of Input Variables in the Analysis of Output from a Computer Code 1989Design and Analysis of Computer Experiments 1990Minimax and maximin distance designs 2005Design and Modeling for Computer Experiments 2001Experiments - Planning, Analysis and Parameter Design Optimization 2000Orthogonal Arrays: Theory and Applications 2000Uniform Design: Theory and Application 1993Orthogonal Array-Based Latin Hypercubes

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