Aiming for 5G-NR vehicular applications, this paper proposes two miniaturized wideband
pattern reconfigurable antennas with different pattern steering capabilities. They are inspired …

In this paper, a low-cost printed-circuit-board (PCB) technology-based on-glass grid
structure and its application in highly-transparent antenna for the internet of vehicles are …

In this letter, a high-gain, high-efficiency, and high-isolation Ku/Ka-band dual-frequency
shared-aperture antenna array using a frequency selective surface (FSS) is investigated …

An aperture-shared dual-band circularly polarized (CP) antenna is proposed. It is the first
attempt to propose a polarizer integrated dual-functional surface (PIDFS), enabling the co …

In this article, a concept of partial structure reuse is presented, and on this basis, a 3.5/28
GHz shared-aperture antenna supporting 2-D (endfire and broadside) steerable beams in …

Dual-function periodic slotted patch and its quasi-complementary structure in designing
large frequency ratio antennas for vehicular 5G communications are presented in this article …

This paper presents a shared-metasurface antenna with frequency, directivity and
polarization diversities for vehicular communications. The designed metasurface can be …

This article presents a bandpass frequency selective surface (FSS) radome based on fully
metallic gap waveguide (GW) technology. The element of the proposed FSS radome …

This article proposes a wideband high-gain transmit-array (TA) antenna for vehicular
sensing and communication, which employs a dual-layer ultrathin Huygens' meta-surface …

In this letter, a dual-band, dual-polarized, shared-aperture grid antenna with a large
frequency ratio is presented. To achieve a shared aperture and large frequency ratio, a …