Recently, antenna array radiation pattern synthesis and adaptation has become an essential
requirement for most wireless communication systems. Therefore, this paper proposes a …

Array antenna with reconfigurable elements can further suppress the peak sidelobe level
(PSLL) by selecting reconfigurable element pattern (REP) combination according to the …

This paper contains optimal radiation pattern of linear adaptive antenna array obtained
using Genetic Algorithm (GA) for reducing the sidelobe level (SLL) and imposing nulls at …

Antenna arrays have become an essential part of most wireless communications systems. In
this paper, the unwanted sidelobes in the symmetric linear array power pattern are reduced …

Generally, the phased antennas used in radar and communication systems have a certain
taper to minimize the side-lobes. However, most tapering methods are inefficient for practical …

Side lobe level (SLL) reduction has a great importance in recent communication systems. It
is considered as one of the most important applications of digital beamforming since it …

This paper proposes a unified framework of adaptive sidelobe canceller (SLC) design,
specifically the optimization of auxiliary array configuration in terms of two commonly-used …

Large‐scale antenna array (LSAA) is one of the key factors as well as a fundamental
technology in fifth generation wireless communication systems. Beampattern sidelobe (SL) …

A simple and fast genetic algorithm (GA) developed to reduce the sidelobes in non-uniformly
spaced linear antenna arrays. The proposed GA algorithm optimizes two vectors of variables …

The changes of paradigm from" connected things" to" connected intelligence" is anticipated
to be made possible by sixth-generation wireless systems, which increases the demand for …