0000000000411418
AUTHOR
Piernicola Bettiol
Optimal Control Theory and the Swimming Mechanism of the Copepod Zooplankton
In this article, the model of swimming at low Reynolds number introduced by D. Takagi (2015) to analyze the displacement of an abundant variety of zooplankton is used as a testbed to analyze the motion of symmetric microswimmers in the framework of optimal control theory assuming that the motion occurs minimizing the energy dissipated by the fluid drag forces in relation with the concept of efficiency of a stroke. The maximum principle is used to compute periodic controls candidates as minimizing controls and is a decisive tool combined with appropriate numerical simulations using indirect optimal control schemes to determine the most efficient stroke compared with standard computations usi…
Sub-Riemannian Geometry and swimming at low Reynolds number
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Optimal control theory, sub-Riemannian geometry and swimming of copepod
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Optimal Control Theory and the Efficiency of the Swimming Mechanism of the Copepod Zooplankton
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Optimal Control Techniques for Sampled-Data Control Systems with Medical Applications
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