PIPS-IPM++ Solver and Tools
a parallel interior-point method for doubly bordered block diagonal linear programs
Authors and Acknowledgements

Authors and Contributors

(in alphabetical order)

PIPS-IPM++ solver

Developed by:

  • Nils-Christian Kempke - while at Zuse Institute Berlin and Technical University Berlin
  • Stephen Maher - GAMS Software GmbH
  • Daniel Rehfeldt - while at Zuse Institute Berlin and Technical University Berlin
  • Charlie Vanaret - while at Technical University Berlin

Contributions from:

  • Svenja Uslu
  • Stefan Vigerske - GAMS Software GmbH

PIPS-IPM solver

PIPS-IPM originally developed by:

  • Cosmin G. Petra - Lawrence Livermore National Laboratory

Contributions from:

  • Miles Lubin - while at Argonne National Laboratory

Acknowledgments

We thank for their work on interfaces/testing/bug reporting and general support

  • Thomas Breuer (FZ Juelich)
  • Michael Bussieck (GAMS)
  • Henrik Büsing (FZ Juelich)
  • Frederik Fiand (GAMS)
  • Theresa Groß (FZ Juelich)
  • Maximilian Hoffmann (FZ Juelich)
  • Manuel Wetzel (DLR)

PIPS-IPM++ has been developed under the financial support of:

  • BEAM-ME (BMWi project, ID: 03ET4023A-F)
  • UNSEEN (BMWi project, ID: 03EI1004-C)
  • Gauss Centre for Supercomputing e.V. (www.gauss-centre.eu) and the John von Neumann Institute for Computing (NIC) on the GCS Supercomputer JUWELS at Jülich Supercomputing Centre (JSC)
  • Research Campus MODAL (BMBF grant numbers 05M14ZAM, 05M20ZBM)
  • PEREGRINE (BMWK project, ID: 03EI1082A-B)

PIPS has been developed under the financial support of:

  • Department of Energy, Office of Advanced Scientific Computing Research
  • Department of Energy, Early Career Program
  • Department of Energy, Office of Electricity Delivery and Energy Reliability