Development of Control Models and a Robust Multivariable Controller for Surface Shape Control
Description:
Surface shape control techniques are applied to many diverse disciplines, such as adaptive optics, noise control, aircraft flutter control and satellites, with an objective to achieve a desirable shape for an elastic body by the application of distributed control forces. Achieving the desirable shape is influenced by many factors, such as, actuator locations, sensor locations, surface precision and controller performance. Building prototypes to complete design optimizations or controller develo…
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Date:
June 18, 2003
Creator:
Winters, Scott Eric
Partner:
UNT Libraries Government Documents Department