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==Direct links to [[:Category:MIOCP|Problems]] <span style="font-variant:small-caps" style="font-size:10px">[[Help:Adding a Problem|(add)]]</span>== | ==Direct links to [[:Category:MIOCP|Problems]] <span style="font-variant:small-caps" style="font-size:10px">[[Help:Adding a Problem|(add)]]</span>== | ||
| − | [[Bang-bang approximation of a traveling wave | 1D wave]] - [[Bioreactor]] - [[Annihilation of calcium oscillations | Calcium]] - [[Annihilation of calcium oscillations with PLC activation inhibition| Calcium 2]] - [[Car testdrive]] - [[Diels-Alder Reaction Experimental Design | Diels-Alder OED]] - [[Double Tank]] - [[F-8 aircraft]] - [[Fuller's problem]] - [[Gravity Turn Maneuver | Gravity Turn]]'' - ''[[Lotka Volterra fishing problem | Lotka]] - [[Lotka Experimental Design | Lotka OED]] - [[Oil Shale Pyrolysis | Pyrolysis]] - [[Subway ride | Subway]] - ''[[Supermarket refrigeration system | Supermarket]] - [[Truck cruise control | Truck]]'' | + | [[Bang-bang approximation of a traveling wave | 1D wave]] - [[Bioreactor]] - [[Annihilation of calcium oscillations | Calcium]] - [[Annihilation of calcium oscillations with PLC activation inhibition| Calcium 2]] - [[Car testdrive]] - [[Diels-Alder Reaction Experimental Design | Diels-Alder OED]] - [[Double Tank]] - [[F-8 aircraft]] - [[Fuller's problem]] - [[Gravity Turn Maneuver | Gravity Turn]] - [[Controlled Heating | Heating]]'' - ''[[Lotka Volterra fishing problem | Lotka]] - [[Lotka Experimental Design | Lotka OED]] - [[Oil Shale Pyrolysis | Pyrolysis]] - [[Source Inversion]] - [[Subway ride | Subway]] - ''[[Supermarket refrigeration system | Supermarket]] - [[Truck cruise control | Truck]]'' |
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Revision as of 20:19, 11 January 2016
This wiki contains a benchmark library of mixed-integer optimal control problems. The main intention is to provide algorithm developers with a set of challenging problems to evaluate their numerical optimization methods. An important focus is given on reproducibility of optimal solutions. As, in contrast to say linear programming, there are no standard formats for the formulation of such problems, and they often show completely different characteristics, these pages dedicate some space for a thorough description of problem and solutions.
A more detailed description of the underlying concepts of this library can be found in the article [Sager2012b]Author: S. Sager
Booktitle: Mixed Integer Nonlinear Programming
Editor: J. Lee and S. Leyffer
Pages: 631--670
Publisher: Springer
Title: A benchmark library of mixed-integer optimal control problems
Url: http://mathopt.de/PUBLICATIONS/Sager2012b.pdf
Year: 2012
Sager, S., 'A benchmark library of mixed-integer optimal control problems', Mixed Integer Nonlinear Programming, Eds. J. Lee and S. Leyffer, 2012, pp. 631-670.
A preprint pdf is available.
News (add)
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Problem characterization (add)via application area - via mathematical model - via optimal solution AMPL - AMPL using TACO - Bang bang - Casadi - C code - Chattering - ODE model - optimica - PDE model - Periodicity - Switch |
Direct links to Problems (add)1D wave - Bioreactor - Calcium - Calcium 2 - Car testdrive - Diels-Alder OED - Double Tank - F-8 aircraft - Fuller's problem - Gravity Turn - Heating - Lotka - Lotka OED - Pyrolysis - Source Inversion - Subway - Supermarket - Truck |
Help (contact) |
Community (add)Feel encouraged to participate! |
