Titlebook: Computational Methods for Optimal Design and Control; Proceedings of the A Jeff Borggaard,John Burns,Scott Schreck (Directora Conference pr

Collision

Sensor/Actuator Placement via Optimal Distributed Control of Exterior Stokes Flow,ions, we pose a related problem of polynomial complexity. If one could sense everything and actuate everywhere, what should one do? Using the unsteady 2D Stokes flow around a cylinder as an example, we obtain the analytic solution of an optimal distributed control problem and describe its spatial st

Comprise

Fast Bounds for Outputs of Partial Differential Equations,ymmetric second—order coercive partial differential equations. The method is based upon the construction of an augmented Lagrangian, in which the objective is a quadratic “energy” reformulation of the desired output, and the constraint is a generalized representation of the finite element equilibriu

ineptitude

A Comparison of Local and Global Projections in Design Sensitivity Computations,uting sensitivities, spatial derivatives of finite element state approximations are required. We introduce two projection techniques, motivated by a-posteriori error estimators used in adaptive finite element schemes, for computing improved derivative approximations. We briefly describe the techniqu

認識

Progress in Systems and Control Theoryhttp://image.papertrans.cn/c/image/232734.jpg

迅速成長

煩人

Alveoli

Submarine Landslides and Tsunamisption of a portion of the Boeing/IBM/Rice University collaboration whose purpose is to develop effective numerical methods for managing the use of approximation concepts or response surface methodology in design optimization.

synovitis

Submarine Landslides and Tsunamisthe solution of a partial differential equation. We demonstrate several advantages in using adaptive refinement strategies to approximate this PDE. For example, error estimates which are used to perform the mesh refinement can be used to get estimates on how well the objective function and its gradi

Compatriot

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