A control reduced primal interior point method for PDE constrained optimization:

Abstract: "A primal interior point method for control constrained optimal control problems with PDE constraints is considered. Pointwise elimination of the control leads to a homotopy in the remaining state and dual variables, which is addressed by a short step pathfollowing method. The algorit...

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Bibliographic Details
Main Authors: Weiser, Martin 1970- (Author), Gänzler, Tobias (Author), Schiela, Anton 1975- (Author)
Format: Book
Language:German
Published: Berlin Konrad-Zuse-Zentrum für Informationstechnik 2004
Series:ZIB-Report 2004,38
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Summary:Abstract: "A primal interior point method for control constrained optimal control problems with PDE constraints is considered. Pointwise elimination of the control leads to a homotopy in the remaining state and dual variables, which is addressed by a short step pathfollowing method. The algorithm is applied to the continuous, infinite dimensional problem, where discretization is performed only in the innermost loop when solving linear equations. The a priori elimination of the least regular control permits to obtain the required accuracy with comparatively coarse meshes. Convergence of the method and discretization errors are studied, and the method is illustrated at two numerical examples."
Physical Description:17 S. graph. Darst.

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