This book addresses computationally-efficient multi-objective optimization of antenna
structures using variable-fidelity electromagnetic simulations, surrogate modeling …

Computer simulation models have become the most important design tools in the majority of
engineering disciplines. They are used for verification purposes but also directly in the …

In architectural design, parametric models often include numeric parameters that can be
adjusted during design exploration. The resulting design space can be easily displayed to …

Computer-aided design (CAD) of antenna arrays is becoming a common practice these
days. In a significant part, this is due to development of computational electromagnetics …

Abstract Design space exploration and metamodeling techniques have gained rapid
dominance in complex engineering design problems. It is observed that the modeling …

Purpose–Strategies for accelerated multi-objective optimization of compact microwave and
RF structures are investigated, including the possibility of exploiting surrogate modeling …

A procedure for low-cost multi-objective design optimization of antenna structures is
discussed. The major stages of the optimization process include:(i) an initial reduction of the …

Antenna far-field performance is normally evaluated in expensive laboratories that maintain
strict control over the propagation environment. Alternatively, the responses can be …

Abstract Design of ultra-wideband antennas for in-door localization applications is a
challenging task. It involves development of geometry that maintains appropriate balance …

Numerical methods are important tools for design of modern antennas. Trust-region (TR)
methods coupled with data-efficient surrogates based on finite differentiation (FD) represent …