This paper presents an innovative technique to synthesize a virtual antenna array (VAA) that
consumes less energy than conventional antenna arrays that are used in mobile …

High isolation between massive MIMO antenna elements is one of the important parameters
that improves antenna performance, especially for 5G communication applications. In this …

With the advancement in technology, the millimeter-wave mobile communication for 5G has
become very popular. There is a rapid growth of millimeter-wave band antennas for use in …

This research aims to increase the antenna gain by adding U-slot and Y-slot and using the
air gap method at millimeter-wave frequency 28 GHz. In the previous studies have shown an …

The design and simulation of compact leaky wave antenna based on substrate integrated
waveguide (SIW) using slot section technique is presented in this paper. The proposed …

High data rates, low latency, and low energy consumption are required for the fifth-
generation (5G) mobile wireless network. One of the devices that garner interest to be …

In the twenty-first century, human society relies heavily on wireless technology, whether for
short-distance communication such as Bluetooth or long-distance communication such as …

In the 5G cellular communication system requires an antenna that has a wide bandwidth
and works at millimeter-wave frequencies. In this study, the addition of defective ground …

In this article, statistically distributed Rotated Dual Split Elliptical Complementary Split Ring
Resonator (RDS-ECSRR) loaded substrate integrated waveguide (SIW) antenna with highly …

This study aims to reduce the mutual coupling and envelope correlation coefficient (ECC)
parameters of massive MIMO antennas. This parameter is important to support the …