This chapter describes applications of machine learning techniques, particularly supervised learning, to assist the solution of optimization problems, including warm-starting optimization solvers, identifying active/inactive inequality constraints and subsets of invariant variables, linearizing and convexifying nonconvex equations, and using machine learning models as surrogates of complex/unknown sets of equations.

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Learning-Assisted Relaxations and Approximations

  • Gonzalo E. Constante-Flores,
  • Antonio J. Conejo

摘要

This chapter describes applications of machine learning techniques, particularly supervised learning, to assist the solution of optimization problems, including warm-starting optimization solvers, identifying active/inactive inequality constraints and subsets of invariant variables, linearizing and convexifying nonconvex equations, and using machine learning models as surrogates of complex/unknown sets of equations.