Purpose This study aims to propose a computationally efficient framework for multi-objective
optimization (MO) of antennas involving nested kriging modeling technology. The technique …

Optimal design of antennas is very useful to attain narrow beam and low sidelobe, while
keeping a low manufacturing cost. Artificial bee colony (ABC) algorithm has shown good …

In this study, a technique for low‐cost multi‐objective design optimisation of antenna
structures has been proposed. The proposed approach is an enhancement of a recently …

The development of advanced fault diagnostic systems for induction machines through the
stator current requires accurate and fast models that can simulate the machine under faulty …

In this article, we investigate a novel iterative antenna array synthesis method. The method
is based on the iterative addition of antenna array elements. After defining the synthesis …

Among the hot issues of the Fifth Generation (5G), developing by the Third Generation
Partnership Project (3GPP), advanced antenna design significantly improves the wireless …

Wireless communication technologies such as Near Field Communication (NFC) found its
way into our everyday life. The antenna structures used in such systems have to comply with …

A novel optimization method for multiple beamforming with null steering is proposed. Firstly,
an invasive weed optimization method is improved in order to optimize the search depth. In …

In this paper, an improved genetic algorithm with dynamic weight vector (IGA‐DWV) is
proposed for the pattern synthesis of a linear array. To maintain the diversity of the selected …

The main focus of this thesis is to extend and improve the applicability and the accuracy of
the Unstructured Partial Element Equivalent Circuit (PEEC) method. The interest on this …