Using integer programming techniques for the solution of an experimental design problem

Using integer programming techniques for the solution of an experimental design problem

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Article ID: iaor1996315
Country: Switzerland
Volume: 58
Issue: 1
Start Page Number: 243
End Page Number: 260
Publication Date: Jul 1995
Journal: Annals of Operations Research
Authors: , ,
Abstract:

Latin hypercube sampling is often used to estimate the distribution function of a complicated function of many random variables. In so doing, it is typically necessary to choose a permutation matrix which minimizes the correlation among the cells in the hypercube layout. This problem can be formulated as a generalized, multi-dimensional assignment problem. For the two-dimensional case, the authors provide a polynomial algorithm. For higher dimensions, they offer effective heuristic and bounding procedures.

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