Time-optimal kinematic control of solid bodies docking in a rotating coordinate system

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The problem of the two solid bodies docking time-optimal kinematic control in a rotating coordinate system is solved. The time optimal, controls and optimal movement path are found in the analytic form. The numeric examples illustrating the developed theory are given.

Quaternions, docking, optimal control, pontrjagin maximal principle, biquaternions

Короткий адрес: https://sciup.org/14729902

IDR: 14729902

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