Solved Problems
Optimization problems have been solved with GESOP for more than 10 years.
Engineering
Automotive Engineering
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Semi-autonomous parking assistant
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Optimal brake/steer maneuver
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Speed maximization for a parcour
Bio-Engineering/Medical Research
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Best kicking motion of a soccer player
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Vertical jumping movement
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Drug dose optimization for a cancer therapy
Astronautics
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Multistage conventional launcher with vertical takeoff Low-thrust transfer LEO - GEO
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Dual-Payload ascent Ascent- and return of single- or multi-stage-to-orbit advanced
launchers with vertical or horizontal takeoff and air breathing engines.
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Simultaneous optimization of the branched trajectories of the ascent and return of a
two-stage vehicle.
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Aeromaneuvering orbital transfer vehicles
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Reentry vehicles with low to high lift-to-drag ratios using 3DOF and 6DOF vehicle models
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Optimal transfer of interplanetary vehicles with electric engines
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Tethered satellite applications Advanced Launcher
Aviation
Many aviation problems have been solved, e.g.
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Nonlinear identification of aerodynamic coefficients of missiles and airships
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Super maneuvers of high performance vehicles
Academic Problems
A lot of academic problems like singular control and controls with bang-bang and chattering junctions has been investigated.
For more details on these problems, see list of publications.
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