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A MATLAB simulator for magnetic detumbling of fast-tumbling picosatellites, featuring a weighted B-dot control algorithm that reduces power consumption while maintaining effective detumbling performance. The repository links to a related paper that outlines the proposed approach and presents simulation results demonstrating its practical benefits.

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Magnetic Detumbling Control and Simulation

A simplified MATLAB simulator for magnetic detumbling of fast-tumbling picosatellites. The code is partially based on the following conference paper [PDF]:

@InProceedings{Fon18a,
  author    = {Fonod, Robert and Gill, Eberhard},
  title     = {Magnetic Detumbling of Fast-tumbling Picosatellites},
  booktitle = {69th International Astronautical Congress},
  year      = {2018},
  month     = {October},
  address   = {Bremen, Germany},
  note      = {IAC-18-C1.3.11},
  url       = {https://research.tudelft.nl/files/47149549/IAC_18_C1_3_11_x46290.pdf}
}

Abstract: The problem of pure magnetic detumbling of a fast-tumbling picosatellite is considered. A new weighted B-dot control algorithm is proposed. The algorithm enables power reduction while not sacrificing detumbling performance. Analytical expressions relating the maximal expected rotational rate to the minimum sampling time required are presented. Simulation results demonstrate the practical benefits of the proposed approach for picosatellites.

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A MATLAB simulator for magnetic detumbling of fast-tumbling picosatellites, featuring a weighted B-dot control algorithm that reduces power consumption while maintaining effective detumbling performance. The repository links to a related paper that outlines the proposed approach and presents simulation results demonstrating its practical benefits.

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