In this letter, a reliable procedure for the expedited design optimization of antenna structures
by means of trust-region adaptive response scaling (TR-ARS) is proposed. The presented …

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

Numerical optimisation plays more and more important role in the antenna design. Because
of lack of design‐ready theoretical models, electromagnetic (EM)‐simulation‐driven …

Design of contemporary antenna structures is heavily based on full-wave electromagnetic
(EM) simulation tools. They provide accuracy but are CPU intensive. Reduction of EM-driven …

Full-wave electromagnetic analysis has become one of the major design tools for
contemporary antenna structures. Although reliable, it is computationally expensive, which …

An antenna shape synthesis method is proposed that allows shaping of the antenna
geometry prior to specification of the feed location and type. This reduces the constraints …

Purpose A technique for accelerated design optimization of antenna input characteristics is
developed and comprehensively validated using real-world wideband antenna structures …

Design of antennas for the Internet of Things (IoT) applications requires taking into account
several performance figures, both electrical (eg, impedance matching) and field (gain …

In this letter, a computationally feasible technique for dimension scaling of antenna
structures is introduced. The proposed methodology is based on inverse surrogate modeling …

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 …