Mar 4, 2015 � The key ideas involved in constructing the MED are the visualization of each design point as a charged particle inside a box, and minimization�...
that with a proper choice of the charge function, the MED can asymptotically generate any arbitrary probability density function. A version of the MED,�...
The key ideas involved in constructing the MED are the visualization of each design point as a charged particle inside a box, and minimization of the total�...
SeqMED is a space-filling design that automatically selects data to collect for distinguishing two models. Its space-filling.
Description This is a method (MinED) for mining probability distributions using deterministic sam- pling which is pro- posed by Joseph, Wang, Gu, Lv, and Tuo (�...
(2015) “Sequential Exploration of Complex Surfaces Using Minimum Energy Designs“. Technometrics, 57, 64-74. V. Roshan Joseph (2016) “Space-Filling Designs�...
The mission of Technometrics is to contribute to the development and use of statistical methods in the physical, chemical, and engineering sciences.
“Sequential Exploration of Complex Surfaces. Using Minimum Energy Designs”. Technometrics 57(1):64–74. Kim, H., J. T. Vastola, S. Kim, J.-C. Lu, and M. A.�...
Aug 19, 2016 � For example, the image shows 100 points generated sequentially using minimum energy designs for a banana shaped surface. Efficient�...
Through the sequential learning of the unknown response surface, the proposed method sequentially narrows down the design space to more important subregions and�...