sensitivity (version 1.30.1)

maximin_cplus: Maximin criterion

Description

Compute the maximin criterion (also called mindist). This function uses a C++ implementation of the function mindist from package DiceDesign.

Usage

maximin_cplus(design)

Value

A real number equal to the value of the maximin criterion for the design.

Arguments

design

a matrix representing the design of experiments in the unit cube [0,1]\(^d\). If this last condition is not fulfilled, a transformation into [0,1]\(^{d}\) is applied before the computation of the criteria.

Author

Laurent Gilquin

Details

The maximin criterion is defined by: $$maximin= \min_{x_{i}\in X} \left( \gamma_{i} \right)$$ where \(\gamma_{i}\) is the minimal distance between the point \(x_{i}\) and the other points \(x_{k}\) of the design.

A higher value corresponds to a more regular scaterring of design points.

References

Gunzburer M., Burkdart J. (2004) Uniformity measures for point samples in hypercubes https://people.sc.fsu.edu/~jburkardt/.

Jonshon M.E., Moore L.M. and Ylvisaker D. (1990) Minmax and maximin distance designs, J. of Statis. Planning and Inference, 26, 131-148.

Chen V.C.P., Tsui K.L., Barton R.R. and Allen J.K. (2003) A review of design and modeling in computer experiments, Handbook of Statistics, 22, 231-261.

See Also

discrepancy measures provided by discrepancyCriteria_cplus.

Examples

dimension <- 2
n <- 40
X <- matrix(runif(n*dimension),n,dimension)
maximin_cplus(X)