In the most recent years multiple-input multiple-output (MIMO) antennas have been widely
implemented to take advantage of the opportunity in controlling their radiation pattern and/or …

In the development of a multifunctional and multi-standard analog frontend module in
emerging and future wireless systems, multifunction antenna array is an indispensable …

This study investigates the possibility of increasing the radiation efficiency of printed
antennas and arrays by suppressing their inherent surface waves using a metasurface …

A novel customized-shaped split-ring resonator metasurface arranged in two configurations
is presented to decouple and Millimeter-Wave (MMW) Magneto-Electric (ME) Dipole in the H …

In a highly integrated analog radio-over-fiber transceiver, seamless integration of the
antenna-frontend is crucial as an antenna is generally implemented on a high-κ material …

In this paper, a multi-frequency MIMO antenna for 5G and Wi-Fi 6E is presented. The
antenna uses a cosine-shape monopole and split-ring resonator (SRR) structure for tri-band …

This article presents a novel low-cost method for decoupling two closely placed H-plane
arranged patch antennas. This new electric and magnetic coupling cancellation (EMCC) …

In this communication, a novel four-port slot antenna designed for both 5G New Radio (NR)
and WiFi operations is introduced. Wideband NR antennas are achieved using a hybrid …

On-body antennas for use in microwave imaging (MI) systems can direct energy around the
body instead of through the body, thus degrading the overall signal-to-noise ratio (SNR) of …

This letter proposes a dual-band dual-polarization decoupling metasurface using a stacked
mushroom structure with asymmetric via posts. The dual-band operation of the metasurface …