We review dielectric resonator antenna (DRA) designs. This review examines recent
advancements across several categories, specifically focusing on their applicability in array …

This communication concerns the design, simulation, and measurement of a multimode
antenna array that provides ultrawide-angle scanning for emerging mm-wave applications …

An inverted-L monopole radiating element is proposed for antenna-in-package modules at
the 151.5-164 GHz band. Its radiation pattern is half-isotropic and is well-suited for phased …

In this paper, we illustrate the feasibility of achieving extensive scan capabilities through the
integration of a pixel antenna into a radiating matrix, designed for millimeter-wave …

The advancement of 5G wireless communication brings fast speeds, high data volume, ultra-
low latency, and broad bandwidth. 5G millimeter-wave (mmWave) bands enable data rates …

To address the complexity of full-array antenna simulation models and reduce
computational demands, this study introduces an innovative design and simulation method …

In this paper presents the design of the ultra wideband compact antenna arrays radiator
based on the Vivaldi antenna. The study results of the depending of the radiation …

With the development of communication system to the mm-wave band, the antenna design
in the mm-wave band for mobile phones encounters new requirements and challenges. The …

In this work, a wide-angle millimeter-wave phased array is proposed based on dual-mode
patch elements. With the joint excitation of the TM11 and TM01 modes, the proposed array …