Reduced-order controllers for fluid mechanics applications
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Controller complexity is a crucial parameter for control in engineering applications. Controllers with a large number of states are of no practical interest because of the amount of hardware and computer power necessary to compute a real-time control law. Consequently, it is crucial to reduce the order of the controller. This summary provides a background on some techniques useful for deriving reduced-order controllers for fluid mechanics applications, setting the stage for the specific topics described later in this text.
KeywordsDrag Reduction Bottom Wall Point Vortex Vortex Sheet Bottom Boundary Layer
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