The increasing proliferation of advanced devices for UWB, 5G communication, micrometer-
wave, and millimeter-wave communication demands an antenna which can handle huge …

This investigation presents an oval slot edge (OSE) antipodal Vivaldi antenna (AVA),
hereinafter referred to as Fern AVA (FAVA), with an optimized radiation pattern. The use of …

Millimeter-wave (mmWave) bands, a key part of future 5G networks, represent a potential
channel for RF energy harvesting, where the high-gain antenna arrays offer improved end-to …

With the prevalence of breast cancer among women and the shortcomings of conventional
techniques in detecting breast cancer at its early stages, microwave breast imaging has …

Novel methods of improving directivity and decreasing sidelobe radiation via the addition of
an elliptical pseudoelement and irregularly spaced notches in the tapered slot antenna are …

The gain enhanced antipodal Vivaldi antenna (AVA) is implemented in this study for fifth‐
generation (5G) communication applications. At first, the conventional AVA is designed and …

A novel compact Vivaldi Antenna (CVA) for short-pulse ground penetrating radar (GPR)
systems is presented. Artificial materials lens (AML) and sidelobe suppressor (SSR) are …

In this paper, a miniaturized gain-enhanced antipodal Vivaldi antenna (AVA) with gradual
corrugated edges (GCEs) and triangular metal directors (MDs) is investigated. Its operating …

Millimeter-Wave (mmWave) bands will be a key part of future 5G networks, with the 26 and
28 GHz bands being introduced first. The wide bandwidth aims to solve traffic-related issues …

The progressions in the field of wireless technology can be highly attributed to the
development of antennas, which can access high data rates, provide significant gain and …