To approximate the solution of problems usually encountered in sciences and engineering, defined in space and time, u(x, t), a natural choice is to express it as a combination of a reduced number of functions with a physically or mathematically sound.

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From Discretization to Model Order Reduction

  • Francisco Chinesta,
  • Elías Cueto,
  • Victor Champaney,
  • Chady Ghnatios,
  • Amine Ammar,
  • Nicolas Hascoët,
  • David González,
  • Icíar Alfaro,
  • Daniele Di Lorenzo,
  • Angelo Pasquale,
  • Dominique Baillargeat

摘要

To approximate the solution of problems usually encountered in sciences and engineering, defined in space and time, u(x, t), a natural choice is to express it as a combination of a reduced number of functions with a physically or mathematically sound.