Sequential projection maximin distance sampling method

  • Jang, J
  • Lim, W
  • Cho, S
  • Lee, M
  • Na, J
  • 외 1명

초록

Design optimization for engineering problems often requires severe computer simulations. Thus, to perform a design optimization efficiently, surrogate models replacing the time-consuming simulator by using the adequate number of computer experiments, i.e., design and analysis of computer experiments (DACE) have been developed. Our goal in this paper is to propose a sequential design of experiments to construct a global surrogate model. The proposed method employs the priority of variables defined from non-linearity, contribution ratio or global sensitivity. The priority gives a chance to have better projective property to more important variable, because relatively more important variable significantly influences on the accuracy of surrogate model. Consequently this causes a decrease in the error of surrogate model and a reduction of the total number of sample points. The proposed method is compared with sequential maximin distance design and optimal Latin hypercube design with two examples.

키워드

Design of experiment (DOE)Sequential designMaximin distance designSpace filling designProjective propertySurrogate model
제목
Sequential projection maximin distance sampling method
저자
Jang, JLim, WCho, SLee, MNa, JLee, Tae Hee
발행일
2013-12
유형
Proceeding
저널명
Proceedings of the 5th Asia Pacific Congress on Computational Mechanics and 4th International Symposium on Computational Mechanics
페이지
1 ~ 8