On Improving Efficiency of Differential Evolution for Aerodynamic Shape Optimization Applications

  • Nateri Ic Madavan
  • Published 2004

Abstract

Differential Evolution (DE) is a simple and robust evolutionary strategy that has been proven effective in determining the global optimum for several difficult optimization problems. Although DE offers several advantages over traditional optimization approaches, its use in applications such as aerodynamic shape optimization where the objective function… (More)

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Cite this paper

@inproceedings{Madavan2004OnIE, title={On Improving Efficiency of Differential Evolution for Aerodynamic Shape Optimization Applications}, author={Nateri Ic Madavan}, year={2004} }