Hybrid beamforming is a viable method for lowering the complexity and expense of massive
multiple-input multiple-output systems while achieving high data rates on track with digital …

Due to beamforming, there will be an increase in energy of signal to the intended user and
decreases in interference which is the prime requirement of mmWave communications …

The demand for higher capacity wireless communication networks has motivated research
in the techniques of adaptive beamforming using smart antennas. The technique is to …

Digital beamforming has many of the advantages that a digital computational environment
has over its analog counterpart. In most cases, less power is needed to perform the beam …

The trend in the conception of future satellite system and modern communication systems
are undoubtedly in the direction of the use of digital beamformer. These systems will include …

Intelligent reflective surfaces (IRS) are envisioned to have a significant number of
applications in future wireless network systems by reconfiguring the signal propagation to …

Adaptive beamforming using smart antennas is one of the potential solution to the demand
for increased capacity in wireless communication networks. The Least Mean Square (LMS) …

As the growing need for wireless communications is constantly increasing, the demand for
better coverage, enhance user capacity, and higher transmission quality rises. To provide …

As the technology grows low cost and low power multifunctional sensor nodes have gained
more attention in the field of wireless sensor networks (WSN). WSN is used in various …