A novel metamaterial-loaded, miniaturized, broadband, wide-beam dielectric resonator (DR)
antenna is presented for low-cost wide-angle beam-scanning applications. The mushroom …

A two-dimensional (2-D) discrete dielectric lens antenna is designed to radiate fan-shaped
multi-beam patterns for gain stability in beam switching. The target is to minimize adjacent …

This paper presents a low-profile, high-isolation, dual-polarized antenna with broadband
and widebeam characteristics. The antenna consists of a square patch fed by double …

This letter presents a flat-top radiation transmitter (Tx), which is composed of 2× 2 array
patches connected to the ground plane of the aperture by four shorting vias, which can …

A new perspective based on complementary sources radiation is presented for analyzing a
widebeam composite microstrip-monopole antenna. The typical cavity model theory shows …

A low‐profile wide‐scanning lens antenna operating at 5G millimeter‐wave (mm‐wave)
frequencies (24‐29 GHz) is presented in this article. Based on the principles of parallel plate …

This paper presents an antenna array organized in sub-arrays and composed of densely
spaced dielectric-based radiating elements. To reduce the number of active components …

A fan‐beam antenna system based on metasurface lenses is proposed for backhaul
antenna applications at 10.4 GHz. The planar metasurface lens is composed of three pairs …

A new flat-panel dash mount array antenna with wide-beamwidth fan-beam steering to
provide hemispherical mmWave vehicle-to-everything (V2X) communication is proposed in …

The design and development of multiband antenna for useful operating bands are the
current state-of-the-art research in the field of antenna research. A simple and single-layer …