Sebastian Schenker

The SCIP Optimization Suite 4.0

  • Tobias Fischer
  • Tristan Gally
  • Gerald Gamrath
  • Ambros Gleixner
  • Robert Lion Gottwald
  • Gregor Hendel
  • Thorsten Koch
  • Marco E. Lübbecke
  • Stephen J. Maher
  • Matthias Miltenberger
  • Marc E. Pfetsch
  • Felipe Serrano
  • Dieter Weninger
  • Jakob Witzig
  • Benjamin Müller
  • Christian Puchert
  • Daniel Rehfeldt
  • Sebastian Schenker
  • Robert Schwarz
  • Yuji Shinano
  • Jonas T. Witt
    • Categories (Mixed) Integer Nonlinear Programming, Optimization Software and Modeling Systems Tags , ,

    The SCIP Optimization Suite is a powerful collection of optimization software that consists of the branch-cut-and-price framework and mixed-integer programming solver SCIP, the linear programming solver SoPlex, the modeling language Zimpl, the parallelization framework UG, and the generic branch-cut-and-price solver GCG. Additionally, it features the extensions SCIP-Jack for solving Steiner tree problems, PolySCIP for solving … Read more

    The SCIP Optimization Suite 3.2

  • Tobias Fischer
  • Tristan Gally
  • Gerald Gamrath
  • Ambros Gleixner
  • Gregor Hendel
  • Thorsten Koch
  • Stephen J. Maher
  • Matthias Miltenberger
  • Marc E. Pfetsch
  • Felipe Serrano
  • Dieter Weninger
  • Jakob Witzig
  • Benjamin Müller
  • Christian Puchert
  • Daniel Rehfeldt
  • Sebastian Schenker
  • Robert Schwarz
  • Yuji Shinano
  • Stefan Vigerske
  • Michael Winkler
  • Jonas T. Witt
    • Categories Integer Programming, Linear, Cone and Semidefinite Programming, Optimization Software and Modeling Systems

    The SCIP Optimization Suite is a software toolbox for generating and solving various classes of mathematical optimization problems. Its major components are the modeling language ZIMPL, the linear programming solver SoPlex, the constraint integer programming framework and mixed-integer linear and nonlinear programming solver SCIP, the UG framework for parallelization of branch-and-bound-based solvers, and the generic … Read more