Response Correction Techniques for Microwave Design Optimization
Slawomir Koziel
Reykjavik University, Iceland
A class of microwave design optimization techniques exploiting response-corrected physically-based coarse models is considered. The surrogate models created through such a correction can be used to yield a reasonable approximation of the optimal design of the CPU-intensive structure under consideration (fine model). Several approaches using this idea are reviewed including output space mapping, manifold mapping and shape-preserving response prediction. A common feature of these methods is that they are easy to implement and can be quite reliable. Illustration examples are provided.
27th Annual Review of Progress in Applied Computational Electromagnetics
2011
March
576-581
Due to copyright restrictions articles are not available for download. They are however indexed on this site and search results will therefore correctly indicate if such terms are present in the articles.
