Trajectory optimisation under uncertainties: a different algebra approach Final Presentation @ESAAdvancedConcepts
Trajectory optimisation under uncertainties: a different algebra approach Final Presentation  @ESAAdvancedConcepts
Uploaded November 2012 | Updated September 2026, 1 week ago
The computation of the reference transfer trajectories for continuously propelled spacecraft has been first investigated using a differential algebraic approach
, including control saturation constraints. Within this frame, a three-step numerical procedure based on the use of a smoothing method has been developed and tested on a transfer to asteroid 1996 FG3.
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Trajectory optimisation under uncertainties: a different algebra approach Final Presentation

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